KR200433856Y1 - Moxibusting implement - Google Patents

Abstract

The present invention by supplying the excess smoke of the incomplete combustion of the herbal medicine for the moxibustion to the combustion chamber, by performing the complete combustion of the herbal medicine to minimize the generation of smoke, maximize the air circulation in the combustion chamber to promote the complete combustion of the herbal medicine In order to provide a moxibustion system, the movement path of the combustion air according to the herbal medicine combustion is doubled so that the heat of the herbal medicine combustion does not flow out to the side of the moxibustion or flow into the fan. The moxibustion device according to the present invention includes a combustion chamber for storing and burning herbal medicines, and a combustion part for providing and discharging the combustion smoke according to the herbal medicine combustion through a doubled air circulation chamber; A first air circulation guide unit which generates mixed air by mixing external air with combustion smoke discharged from the combustion unit; A fan unit forcibly transferring the mixed air; A fan driver for driving the fan unit; Some of the mixed air forcibly transported by the fan portion is characterized in that it comprises a second air circulation guide portion for discharging and re-feeding the remaining portion as the reburn air.

Moxa moxibustion

Description

Moxibustion {MOXIBUSTING IMPLEMENT}

1 is a perspective view of a moxibustion according to a preferred embodiment of the present invention.

Figure 2 is an exploded perspective view of the moxibustion according to a preferred embodiment of the present invention.

3 is a plan view of the combustion unit of FIG.

4 is a plan view of the first air circulation guide of FIG.

5 is a rear view of the first air circulation guide of FIG.

6 is an exemplary view of combining the combustion unit and the first air circulation guide unit.

Figure 7 is a combined example of the first air circulation guide portion and the fan portion.

8 is a rear view of the second air circulation guide unit of FIG. 1.

Figure 9 is a side cross-sectional view of the steaming machine marked the air inlet path of the steaming machine according to a preferred embodiment of the present invention.

10 is a side cross-sectional view of the steaming machine marked the air discharge path of the steaming machine according to a preferred embodiment of the present invention.

11 is a block diagram of a drive device of the moxibustion according to a preferred embodiment of the present invention.

Figure 12 is an exploded perspective view of the moxibustion according to another embodiment of the present invention.

Figure 13 is a block diagram of a moxibustion handle according to a preferred embodiment of the present invention.

The present invention relates to a moxibustion, and more particularly to a moxibustion by minimizing the generation of smoke by performing a complete combustion of the herbal medicine by re-supplying the excess smoke according to the incomplete combustion of the herbal medicine for moxibustion.

Moxibustion as a herbal treatment method is to rub the wormwood, etc. in the blood (穴) to put on the heat to spread the heat into the flesh, the excellent effect of the above moxibustion is recognized and widely used in oriental medicine or home.

Recently, various types of moxibustion have been proposed to improve the effect of moxibustion and to minimize the generation of smoke and ash due to combustion of medicinal herbs such as wormwood.

For example, Patent No. 20-2005-0030155 filed with the Korean Patent Office for the name of the portable moxa moxibustion device is a fan driven by a motor and an upper case in which a switch for connecting power to the motor is installed, and moxa moxa The bottom case of which the discharge hole is formed is detachably installed at the bottom of the accommodating part, and a partition having a through hole is provided between the fan and the accommodating part of the lower case. Is provided, the receiving portion of the lower case is composed of a bottom and the receiving jaw in the circumferential direction extending upward from the bottom, the lower end of the inner coupling is disposed between the inner surface and the receiving jaw of the lower case, At the lower end of the inner coupler is formed a partition of a recess concave upwards, The wormwood moth moxibustion formed a plurality of through holes along the circumferential direction on the inner surface.

The above-mentioned portable mugwort moxibustion can avoid the case where the mugwort of burning mugwort is scattered and flows back to a motor or a fan, causing trouble, and since the through hole is formed around the lower end of the groove, the moxa arranged in the center It was possible to prevent high temperature from being transmitted directly to the motor or fan, causing a breakdown.

According to the portable moxa moxibustion, the outside air is supplied to the moxa by means of a fan, and the smoke generated by combustion of moxa is discharged as it is through the discharge hole formed in the lower case. In this way, since the smoke according to the combustion of moxibustion as it is, when a large amount of smoke is generated for reasons such as incomplete combustion of moxa moxibustion, a lot of smoke is spread in the room, there was a problem that causes excessive odor.

The present invention is to overcome the above-mentioned conventional problems, by re-supplying the excessive smoke according to the incomplete combustion of the herbal medicine for moxibustion to the combustion chamber, to provide a moxibustion that can minimize the generation of smoke by performing the complete combustion of the herbal medicine It is for that purpose.

In addition, another object of the present invention to maximize the air circulation of the combustion chamber to provide a moxibustion that can achieve complete combustion of the herbal medicine.

In addition, another object of the present invention is to provide a moxibustion so that heat caused by the herbal medicine combustion is not leaked to the side of the moxibustion or flows into the fan by dualizing the movement path of the smoke according to the herbal medicine combustion.

In addition, another object of the present invention is to provide a moxibustion that can be driven freely indoors or outdoors by being able to drive using a commercial power source and a battery.

In addition, another object of the present invention is to provide a moxibustion to adjust the amount of oxygen supplied to the combustion chamber to moisturize at a temperature and time according to the user's taste.

Moxibustion according to the present invention for achieving the above object and to solve the problems of the prior art, has a combustion chamber for storing and burning the herbal medicine, the combustion smoke according to the herbal medicine combustion to the affected part through the doubled air circulation chamber Combustion unit provided and discharged; A first air circulation guide unit which generates mixed air by mixing external air with combustion smoke discharged from the combustion unit; A fan unit forcibly transferring the mixed air; A fan driver for driving the fan unit; Some of the mixed air forcibly transported by the fan portion is characterized in that it comprises a second air circulation guide portion for discharging and re-feeding the remaining portion as the reburn air.

With reference to the drawings will be described in detail the configuration and operation of the moxibustion according to a preferred embodiment of the present invention.

Figure 1 shows a perspective view of the moxibustion according to a preferred embodiment of the present invention, Figure 2 shows an exploded perspective view of the moxibustion according to a preferred embodiment of the present invention.

1 and 2 will be described schematically in the configuration of the moxibustion.

The moxibustion is composed of a combustion unit 100, the first air circulation guide 200, the fan 300 and the second air circulation guide 400.

The combustion unit 100 is housed in a herbal medicine for moxibustion, such as the outer housing 102, mugwort, etc., the spiral projection 104 is formed for binding with the first air circulation guide 200, and the combustion of the herbal medicine The first ring 106 constituting the combustion chamber to be performed, and the air (hereinafter referred to as combustion air) generated by the combustion of the herbal medicine to supply the affected part to perform the fumigation and the combustion air supplied to the affected part first A second ring constituting a doubled air circulation chamber positioned between the first ring 106 and the outer housing 102 which are supplied to the second air circulation guide unit 400 through the air circulation guide unit 200 ( 108), a net 110 installed at the lower end of the second ring 108 to fix the herbal medicine stored in the first ring 106 and the first ring 106, and the second ring 108 are provided. It is spaced apart from the outer housing 102 by a predetermined distance to form a doubled air circulation chamber It consists of a plurality of screws 112 for fastening the outer housing 102 and the second ring 108 at a predetermined distance apart. In particular, the lower end of the outer housing 102 is preferably added to the silicon or sponge to be in close contact with the user's affected part.

The first air circulation guide part 200 is formed with a spiral protrusion for binding with the outer housing 102 of the combustion unit 100 and a plurality of suction pipes 206 for installation of the inlet air The outer housing 202 is provided with a hole, a net for fixing the first ring 106 of the combustion unit 100 is installed on the back, the upper surface of the second ring 108 in contact with the air circulation A plurality of suction pipes for mixing the outside air to the smoke circulated from the air circulation chamber of the combustion unit 100 by the blocking film 204 for sealing the upper part of the seal, the fan 302 provided in the fan unit 300 206, air mixed with external air and combustion air (hereinafter, referred to as mixed air) positioned above the blocking film 204 is moved to the second air circulation guide part 400 by the fan 302. After that, the mixed air is re-supplied through the second air circulation guide 400 (hereinafter, referred to as reburn air) ) Is supplied to the combustion chamber formed by the first ring 106, the recombustion combustion induction pipe 208, the lower surface of the blocking film 204 and the upper surface of the second ring 108 abut the doubled The blocking film 204 is formed of a plurality of screws 210 for fastening the outer housing 202 and the blocking film 204 so as to be spaced apart from the outer housing 202 by a predetermined distance to form an air circulation chamber. .

The fan part 300 is positioned at the upper end of the blocking film 204 of the first air circulation guide part 200 and the second air circulation guide part 400 on the upper surface of the mixed air in the first air circulation guide part 200. A blocking film including a fan 302 forcibly moving to the side, and a hole 306 for supporting the fan 302 and allowing the induction pipe 208 to extend to the second air circulation guide part 400. 304, a plurality of screws 308 that bind the blocking film 304 and the fan 302.

The second air circulation guide part 400 has a hole 404 for installing a discharge pipe 406 for discharging a part of the mixed air forcedly moved by the fan 302 and of the mixed air. An outer housing 402 for accommodating the mixed air for resupplying the remaining portion as reburned air to the reburned air induction pipe 208 of the first air circulation guide part 200, and a part of the mixed air Discharge pipe 406 for discharging the gas to the outside, the lever 408 located on the upper surface of the outer housing 402, the hole 306 to be formed in the blocking film 304 of the fan unit 300 by the lever 408 The opening and closing device for controlling the combustion time and the degree of combustion of the herbal medicine by adjusting the amount of reburn air supplied to the combustion chamber by adjusting the opening and closing information of the. Here, the positions of the discharge pipe 406 and the guide pipe 208 are installed to be spaced apart from each other to adjust the discharge amount and resupply amount of air.

To help understand the moxibustion structure according to the preferred embodiment of the present invention configured as described above, it will be described in more detail with reference to Figure 3 showing a plan view of the combustion unit (100).

The rear surface of the second ring 108 of the combustion unit 100 is provided with a wire mesh 110, the first ring 106 is seated on the central portion on the wire mesh (110). Here, the herbal medicine for moxibustion is accommodated in a cylindrical combustion chamber formed by the first ring 106.

The combustion chamber formed by the first ring 106 is supplied with recombustion air from the first air circulation guide part 200, and accordingly, oxygen contained in the recombustion air is supplied to the herbal medicine that has started combustion. Incomplete combustion materials contained in the reburn air are re-injected into the combustion chamber to achieve complete combustion. The hot air (hereinafter referred to as combustion air) in which the active ingredient generated by the combustion exists is moved to the rear surface of the steamer through the first air circulation chamber between the first ring 106 and the second ring 108, The combustion air moved to the rear surface of the steamer is supplied to the mixed air receiving chamber of the first air circulation guide part 200 through the second air circulation chamber between the second ring 108 and the outer housing 102.

As described above, the combustion unit 100 of the present invention enables the complete combustion of the herbal medicine by resupplying the incomplete combustion material into the combustion chamber, thereby significantly reducing the generation of smoke or odor caused by incomplete combustion.

In addition, the combustion unit 100 of the present invention is provided with a redundant air circulation chamber composed of the first and second air circulation chamber to prevent excessive heat from being transferred to the outside, and excessive heat is not transmitted to the fan 302. By doing so, the convenience of use and the reliability of the product are improved.

Now, referring to FIGS. 4 and 5 showing a plan view and a rear view of the first air circulation guide unit 200, the outside air is mixed with the combustion air from the combustion unit 100 as well as the second air. The structure of the first air circulation guide part 200 for supplying the reburn air from the circulation guide part 400 to the combustion chamber of the combustion part 100 will be described in detail.

The blocking film 204 of the first air circulation guide part 200 has a cylindrical shape in which one side is blocked, and the circumference of the blocking film 204 corresponds to the circumference of the second ring 108 and the second ring. A plurality of screws 210 are fastened to maintain a distance from the outer housing 202 so as to correspond to the installation position of the 108.

A net 212 is formed on the other side of the blocking film 206, and the net 212 is an upper surface of the first ring 106 when the first air circulation guide part 200 and the combustion part 100 are bound. The upper surface of the first ring 106 is fixed to the abutment.

One end of the induction pipe 208 for supplying the reburn air to the combustion chamber formed by the first ring 106 is connected to the central portion of the blocking film 204, the other end of the induction pipe 208 is a fan It extends to the edge of the outer housing 202 for efficiency of 302 is connected to the reburn air receiving chamber of the second air circulation guide 400. The induction pipe 208 supplies the reburn air from the second air circulation guide part 400 to the combustion chamber formed by the first ring 106.

In addition, the outer housing 202 is provided with a plurality of inlets 206 for the inflow of outside air, the combustion membrane 100 in the mixed air receiving chamber formed by the blocking film 204 and the outer housing 202 Combustion air supplied through the redundant air circulation chamber and mixed air mixed with the external air are accommodated. Here, the mixed air is forcibly moved to the second air circulation guide part 400 by the fan 302.

Referring to FIG. 6 illustrating a process of coupling the first air circulation guide unit 200 and the combustion unit 100, the lower end circumference of the outer housing 202 of the first air circulation guide unit 200 is described. The spiral protrusion 214 formed in the spiral protrusion 104 formed around the upper end of the outer housing 102 of the combustion unit 100 and the combustion unit 100 has a first air circulation guide unit 200 and the combustion unit according to a user's manipulation. As the 100 is rotated, they are engaged with each other or dismantled.

Here, after the user stores the herbaceous material such as mugwort in the first ring 106 in a state where the first air circulation guide part 200 and the combustion part 100 are dismantled, the first air circulation guide part ( 200 and the combustion unit 100 is combined. Accordingly, the upper and lower surfaces of the first ring 106 containing the medicinal herbs are covered by the networks 110 and 214 to stably receive the medicinal herbs and to discharge the combustion air due to the combustion of the medicinal herbs and inflow of the mixed air for combustion of the medicinal herbs. To facilitate.

In addition, the blocking film 204 of the first air circulation guide part 200 is formed between the first ring 106 and the second ring 108 in the redundant air circulation chamber formed by the second ring 108. By sealing the upper surface of the first air circulation chamber, the combustion air from the combustion unit 100 is formed between the second ring 108 and the outer housing 102 after passing through the first air circulation chamber Passing through the two air circulation chamber to be moved to the mixed air receiving chamber of the first air circulation guide portion 200.

Now, the coupling process of the fan unit 300 and the first air circulation guide unit 200 will be described with reference to FIG. 7.

The blocking film 304 of the fan unit 300 has a donut shape and a fan 302 is positioned at the center portion thereof. The blocking film 304 blocks an upper surface of the outer housing 202 of the first air circulation guide part 200, and accordingly, the blocking film 204 of the fan support membrane 204 and the first air circulation guide part 200. ), The mixed air accommodation chamber can be formed by the outer housing 202.

An end portion of the recombustion induction pipe 208 of the first air circulation guide part 200 is fitted to the edge of the blocking film 204 so that air from the recombustion air receiving chamber of the second air circulation guide part 400 is A hole 306 is formed to allow introduction into the reburned air induction pipe 208, and a manufacturer is responsible for the hole 306 and the reburned air induction pipe 208 upon installation of the fan support membrane 204. Join the end of the joint so that it comes into contact.

The mixed air accommodated in the mixed air receiving chamber of the first air circulation guide unit 200 by the fan 302 is forcibly sucked into the recombustion air receiving chamber of the second air circulation guide unit 400 located on the upper surface thereof. A portion of the mixed air forced into the reburned air accommodation chamber is discharged to the discharge pipe 406 and the remaining mixed air is introduced into the reburned air induction pipe 208 as reburned air, so that the first ring 106 is regenerated. Is supplied to the combustion chamber which forms.

In addition, the discharge pipe 406 may have a length that can be extended to the outdoor to prevent the smoke generated during the initial combustion spread to the interior.

The configuration of the second air circulation guide unit 400 will be further described with reference to FIG. 8. The second air circulation guide part 400 includes a hole opening and closing device 410 at a position corresponding to the position of the hole 306 of the fan unit 300. The hole opening and closing device 410 controls the amount of reburned air supplied to the combustion chamber by adjusting the opening and closing degree of the hole 306 formed in the blocking film 304 of the fan unit 300 by the lever 408. Adjust the burning time and degree of burning of Chinese medicine.

Through the hole opening and closing device 410, the present invention allows the user to get up to the desired time and heat.

The air circulation process for supplying oxygen and the air circulation process for recombustion in the moxibustion according to the present invention described above will be described in detail with reference to FIGS. 9 and 10.

First, with reference to Figure 9 will be described in detail the air circulation process for oxygen supply in the moxibustion of the present invention.

External air including oxygen is introduced through the suction pipe 206 of the first air circulation guide part 200, and the external air is burned in the mixed air receiving chamber A of the first air circulation guide part 200. After mixing with air, the fan 306 is forcibly sucked into the reburned air receiving chamber B of the second air circulation guide part 400.

Some of the mixed air contained in the reburned air accommodating chamber (B) is discharged through the discharge pipe 406 and the other part is the combustion chamber (C) formed by the first ring 106 through the reburned air induction pipe 208. Is supplied.

Accordingly, external air containing oxygen or the like is supplied to the combustion chamber C, whereby herbal medicine such as mugwort stored in the combustion chamber C can be burned.

Now, with reference to Figure 10 will be described in detail the air circulation process for reburn in the moxibustion of the present invention.

Combustion air generated by burning of herbs such as mugwort is supplied to the surface of the affected part through the first air circulation chamber D formed between the first and second rings 106 and 108, and the combustion that has been supplied to the surface of the affected part The air again moves to the mixed air accommodation chamber A through the second air circulation chamber E formed by the second ring 108 and the outer housing 102.

Combustion air moved to the mixed air storage chamber (A) is mixed with the outside air containing oxygen, and then moved to the reburn air storage chamber (C), the mixture moved to the reburn air chamber (C) A part of the air is discharged through the discharge pipe 406 and the other part is supplied to the combustion chamber C formed by the first ring through the reburn air induction pipe 208 so that the combustion air mixed with the mixed air is regenerated. To be burned.

The driving circuit configuration of the moxibustion device according to the present invention described above will be described with reference to FIG. 11.

The driving circuit provided in the steam generator is composed of an AC power supply unit 500, a converter unit 502, a DC power supply unit 504, a switch unit 506, a motor 508, and a fan 302.

The AC power supply unit 500 receives a commercial AC power and provides it to the converter unit 502. The converter unit 502 converts the AC power into a driving power source of the motor 508 and provides it to the switch unit 506.

The DC power supply unit 504 provides DC power provided through a disposable battery or a rechargeable battery to the switch unit 506 as a driving power source of the motor 508.

The switch unit 506 provides or cuts off the driving power of the motor 508 provided by the converter unit 502 or the DC power unit 504 to the motor 508 according to a user's operation. A control switch for adjusting the rotational speed of the motor 508 may be further provided.

The motor 508 rotates the fan 302 by driving the drive power supplied through the switch unit 506, and adjusts the drive speed according to a user control through the switch unit 506. The rotation speed of the fan 302 is controlled.

As described above, since the moxibustion device of the present invention can be driven by a battery or a commercial power source, the moxibustion device can be driven by the commercial power source in a room where commercial power can be supplied, and by using a battery in the outside where commercial power is difficult to receive. By making it possible, the ease of use was doubled.

Unlike the above-described embodiment of the present invention, considering that the main user layer of the steamer is an aged layer, the combustion chamber and the first air circulation guide part of the steamer may be coupled and dismantled using binding protrusions.

Referring to FIG. 12, which shows a disassembled perspective view of a moxibustion employing the binding projection, an upper end portion of the outer housing of the combustion chamber of the moxibustion is formed with a “” ”shaped binding projection, rather than a spiral projection, wherein“ “” is formed. The lower end portion of the outer housing of the first air circulation guide part corresponding to the female protrusion is formed with a straight binding protrusion. Since the binding protrusion is commercially available for various uses such as a lid of a beverage, a detailed description of the shape is omitted.

The two binding protrusions are bound as the user rotates abutting the combustion chamber and the first air circulation guide, thereby binding the combustion chamber and the first air circulation guide, and the user abuts the combustion chamber and the first air circulation guide. As it rotates, it binds to disassemble the combustion chamber and the first air circulation guide part.

In the above-described embodiment of the present invention, only the one employing the spiral protrusion or the binding protrusion is illustrated, but it will be apparent to those skilled in the art that various types of binding members for binding and disassembling the two outer housings may be employed.

In general, moxibustion may float on blood that is out of reach of the user, such as the back and the head, and thus, when the moxibustion is used alone, it is difficult to put the moxibustion on a desired blood position.

The present invention provides a moxibustion handle that can move the moxibustion to a place that is hard to reach.

The structure of the handle of the moxibustion will be described with reference to FIG. The moxibustion handle 700 is composed of a ring portion 702, a handle portion 704, a screw 706, a cover portion 708.

The ring portion 702 is a steel or the like having a predetermined level or more is adopted, one side is open to the insertion of the moxibustion, if the moxibustion is inserted into the opening portion the moxibustion and the handle portion 704 Connect.

The handle portion 704 is a bar, preferably bent at a predetermined angle to move to a position not touched by the user.

The screw 706 binds the ring portion 702 and the handle portion 704.

The cover part 708 improves a user's grip with a silicone or sponge surrounding the handle part 704.

In addition, a heat insulating material surrounding the exterior of the moxibustion configured as described above is provided, it is possible to block the heat emitted to the exterior of the moxibustion.

The moxibustion device of the present invention, configured as described above, introduces external air using a fan, thereby limiting the combustion of herbal medicines such as mugwort and the like when the power is turned off so that the combustion of the herbal medicines can be resumed by turning on the power within a predetermined time. .

In addition, the moxibustion device of the present invention supplies mixed air mixed with external air and combustion air to the combustion chamber as re-combustion air, so that herbal medicines such as mugwort are gradually burned to reduce the risk of burns and to burn a long time even with a small amount of material. Can continue.

In addition, the moxibustion of the present invention can significantly reduce the occurrence of ash and wormwood by completely burning the herbal medicine such as wormwood through the process of re-burning the combustion air.

In addition, the moxibustion of the present invention extends the discharge pipe to the outside, it is possible to directly discharge the smoke that can be generated during the initial combustion of the herbal medicines, such as mugwort.

In addition, the moxibustion device of the present invention can be used freely indoors or outdoors by driving power supplied from a commercial power source or a battery.

In addition, the moxibustion of the present invention by installing a net on the upper and lower ends of the combustion chamber for accommodating herbs such as mugwort, it is possible to use dried mugwort as a moxibustion material.

In addition, the moxibustion handle of the present invention can be placed on the out of reach of the moxibustion, it can double the convenience of use.

As described above, the present invention has the effect of minimizing the generation of smoke by performing the complete combustion of the herbal medicine by re-supplying the excessive smoke according to the incomplete combustion of the herbal medicine for moxibustion.

In addition, the present invention has the effect of maximizing air circulation in the combustion chamber to achieve complete combustion of the herbal medicine.

In addition, the present design doubles the movement path of smoke caused by the burning of herbal medicine so that the heat caused by the burning of the herbal medicine does not leak to the side of the steamer or into the fan, thereby improving the convenience of use and improving the reliability of the device. There is an advantage to that.

In addition, the present invention has the advantage of being able to drive freely in the indoor or outdoor by being able to drive using a commercial power source and a battery.

 In addition, the present invention has an effect of adjusting the amount of oxygen supplied to the combustion chamber to be able to float at a temperature and time according to the user's taste.

Although the present invention as described above has been described by way of limited embodiments and drawings, the present invention is not limited to the above embodiments, which are those skilled in the art to which the present invention belongs, various modifications and Modifications are possible.

Therefore, the present invention should be identified only by the invention registration claims described below, and all equivalent or equivalent modifications thereof will belong to the scope of the present invention.

Claims (20)

In the moxibustion machine, Combustion unit having a combustion chamber for receiving and burning the herbal medicine, the combustion unit for providing the combustion smoke according to the herbal medicine combustion to the affected part through the dual air circulation chamber and discharged; A first air circulation guide unit which generates mixed air by mixing external air with combustion smoke discharged from the combustion unit; A fan unit forcibly transferring the mixed air; A fan driver for driving the fan unit; A second air circulation guide part for discharging some of the mixed air forcedly transferred by the fan part and re-supplying the remaining part as reburn air to the combustion chamber; Moxibustion comprising a. The method of claim 1, The combustion unit, A first member having an upper surface and a rear surface formed to form a combustion chamber for storing and burning the herbal medicines; An outer housing; The upper surface and the rear surface are opened, and are installed spaced apart from the outside of the first member by a first predetermined distance to form a first air circulation chamber between the first member and spaced apart from the outer housing by a second small distance. A second member forming a second air circulation chamber between the outer housing and the outer housing; Supporting the back of the first and the second member as well as the network to enable the air circulation, Combustion air generated as the herbal medicine stored in the combustion chamber is combusted is supplied to the affected part located on the rear surface of the first and second members through the first air circulation chamber and the first air circulation is provided through the second air circulation chamber. Steaming machine characterized in that it is supplied to the guide unit. The method of claim 2, The outer housing is a moxibustion, characterized in that the spiral or binding projections are provided around the upper surface for binding with the first air circulation guide. The method of claim 2, Screws connecting the outer housing and the second member so that the outer housing and the second member are bound to be spaced apart by a second predetermined distance. Moxibustion characterized in that it further comprises. The method of claim 2, The net is bound along the back circumference of the second member, The first member is a moxibustion, characterized in that stored in the mesh. The method of claim 2, Moxibustion, characterized in that the lower surface of the outer housing is further provided with a silicone ring or a sponge ring in close contact with the outer housing and the skin. The method of claim 1, The first air circulation guide unit, Suction pipe for inflow of external air; An outer housing having a hole into which the suction pipe is fitted; Blocking the upper surface of the first air circulation chamber of the redundant air circulation chamber, the mixed air mixed with the combustion air supplied from the second air circulation chamber of the redundant air circulation chamber and the external air introduced through the suction pipe A blocking membrane for separating the mixed air accommodation chamber and the first air circulation chamber; And the external air and the combustion air are mixed in the mixed air receiving chamber, so that the mixed air is supplied to the second air circulation guide part by the fan part. The method of claim 7, wherein The first air circulation guide unit, Reburning connecting the second air circulation guide portion and the central portion of the blocking film so that the reburn air from the second air circulation guide portion is supplied to the combustion chamber located in the center portion of the first air circulation chamber. A steamer further comprises an air induction tube. The method of claim 7, wherein The moxibustion is bound to the back surface of the barrier film, characterized in that it further comprises a network for supporting the upper surface of the first air circulation chamber and the upper surface of the combustion chamber and enables air circulation. The method of claim 7, wherein Moxibustion of the outer housing around the lower surface of the combustion chamber, characterized in that the spiral or binding projections are provided for binding with the outer housing. The method of claim 1, The fan unit, A fan for sucking the mixed air accommodated in the first air circulation guide part to the second air circulation guide part; A blocking membrane for supporting the fan and intercepting the first air circulation guide portion and the second air circulation guide portion to move the mixed air from the first air circulation guide portion to the second air circulation guide. Moxibustion comprising a. The method of claim 11, The fan unit, A fan for sucking the mixed air accommodated in the first air circulation guide part to the second air circulation guide part; Supporting the fan and blocking between the first air circulation guide portion and the second air circulation guide portion, the mixed air moves from the first air circulation guide portion to the second air circulation guide, Blocking membrane provided with a hole for insertion of the reburned air induction pipe so that the reburned air accommodated in the second air circulation guide portion flows into the reburned air induction pipe Moxibustion comprising a. The method of claim 1, The second air circulation guide portion, A discharge pipe for discharging a part of the mixed air forcedly transferred by the fan unit; An outer housing accommodating the mixed air and supplying the remaining part of the mixed air to the reburned air induction pipe which resupply the remaining part of the mixed air as the reburned air to the combustion chamber Moxibustion comprising a. The method of claim 13, The steam generator, characterized in that the discharge pipe is installed spaced apart from the reburn air induction pipe. The method of claim 13, The reburned air induction pipe is characterized in that the inlet of the reburned air flows through the inside of the first air circulation guide portion to the upper surface of the combustion chamber of the combustion unit. The method of claim 13, Hall opening and closing portion for adjusting the opening and closing information of the hole connected to the reburn air induction pipe; Lever for moving the opening and closing part according to the user's operation Moxibustion characterized in that it further comprises. The method of claim 1, The fan drive unit, A converter which receives commercial power and converts it into the driving power; A motor for rotating a fan of the fan unit by receiving driving power from a battery or driving power from the converter; A switch unit for supplying or interrupting driving power from the battery or driving power from the converter to the motor Moxibustion comprising a. The method of claim 1, Moxibustion further comprises a heat insulating material surrounding the exterior of the moxibustion. In the moxibustion handle, A ring portion in which a predetermined portion is opened to insert the sheath of the moxibustion; A handle portion coupled to the ring portion and bent at a predetermined angle; Screw fastened between the ring portion and the handle portion Moxibustion handle, characterized in that consisting of. 20. The moxibustion handle of claim 19, wherein the moxibustion handle further comprises a cover surrounding the outside of the handle part.

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