JPH03146062A - Moxibustion device - Google Patents

Abstract

PURPOSE:To treat each treating point with one piece of moxibustion by providing a pedestal seat composed of a pedestal, which is equipped with plural moxa inserting holes, and a fuse to connect moxa and equipped with an adhesive agent layer on the bottom of the pedestal, providing a notched part on the partition wall of the moxa inserting hole and providing a space to house a natural element including object on the bottom of the pedestal. CONSTITUTION:For a pedestal 1 of a moxibustion device, four rectangular moxa inserting holes 2a-2d are provided and the moxa inserting hole 2 is connected with the other moxa inserting hole by a fuse 3. A housing space 20 is provided on the bottom of the pedestal 1 of the moxxibustion device and when a natural element including object is housed, the components of the natural element and the moxa apply nutrition to skin cells while being permeated to the treating point by thermal operation. By partially providing a notched part 8 for the moxa inserting hole 2, the moxa is smoothly burnt. By providing a pedestal seat 10 equipped with an adhesive agent layer 9 on the bottom of the pedestal 1, traces to be generated on the skin by secretion liquid to be generated is interrupted by the pedestal seat 10.

Description

[Detailed description of the invention] [Industrial application field]

The present invention effectively utilizes the effect of the pedestal that accumulates and conducts the amount of heat administered by the molded moxa, and provides a warm moxibustion method for scarless moxibustion that does not cause blisters or moxibustion marks even if the treatment is continued for a long time. It is related to vessels. (Conventional technology) Moxibustion is classified into moxibustion that leaves a mark and moxibustion that leaves no mark.In the 0th generation, there is a tendency to seek moxibustion (indirect costs) for moxibustion that shields direct fire and belongs to the non-scarring moxibustion, which has a gentle action and is highly effective. Figures 10 to 12 show examples of conventional indirect costs, and all are cross-sectional views. ■Figure 10 shows paper-wrapped moxa (11) containing paper-wrapped moxa and dried natural pieces. It is made into a cylindrical shape, or made into a fixed size by solidifying moxa with a glue.The indirect cost is fixed by making concentric discs of laminated paper or Styrofoam and gluing them to a base (12) whose surface is covered with aluminum foil. ■Figure TI shows an indirect structure in which compressed moxa (14) is press-fitted into a cylindrical paper tube or synthetic resin cylinder (13) cut to a predetermined length and the lower end is pasted on the treatment point. ■Figure 12 shows how to insert paper-wrapped moxa or solid moxa (1
6) Insert one end and ignite the other end. Once the combustion is complete, the pedestal remains attached to the affected area and is replaced with another moxa and ignited. This is the so-called exchange-type indirect moxibustion.

[Problem to be solved by the invention Ml] Moxibustion is a therapy in place that brings an abnormality back to normal while applying thermal stimulation to the treatment point. This brings out the flaws and problems of moxibustion. The structure shown in FIG. 10 of (1) above has the following drawbacks. (A) The moxa used for paper-wrapped moxa (11) and solid moxa have thick fibers and are strong, so it is difficult to ignite them with incense sticks, so it is common practice to use pine as a lighter. (II) When paper-wrapped moxa is glued vertically to the pedestal (12), the adhesive closes the end face of the paper-wrapped moxa (11), and the components of the moxa and natural nutritional components are blocked by the adhesive film and spread to the affected area. do not. (C) Since the aluminum foil intended to prevent moxa combustion from reaching the pedestal reflects the heat generated by the moxa, the structure that makes up the pedestal does not take full advantage of its ability to store and retain heat. (+1) If the paper-wrapped moxa (11) is standing upright on the pedestal (12), the skin will not feel any heat stimulation until the burning of the moxa reaches the pedestal, so the waiting time will be longer than the time to administer the heat. ing. Furthermore, the structure shown in FIG. 11 of (2) above has the following drawbacks. (A) Since the internal space of the cylinder (13) is widened to hold a large amount of moxa, the secretory properties of the burning moxa adhere to the affected area and leave brown marks like bruises. (B) If the moxa is held at a higher position to minimize residual marks on the skin, the center of gravity will become higher and there will be a risk of falling. (C) The moxa press-fitted into the cylinder obstructs air circulation, so oxygen becomes insufficient. When oxygen is depleted, the combustion of grasses may slow down or even disappear. (D) If the air supply is thin and the grass burns slowly,
The waiting time will be longer than the heat sensation time. Also, paper tubes have a drawback in their ability to store and retain heat, so even after the burning of the moxa is completed, they do not have the ability to calm down skin irritation caused by residual heat. Furthermore, the Mlt structure shown in Fig. 12 of (2) above has the following drawbacks. (A) For people with impaired fingertips or poor vision,
It seems that the small insertion hole is a problem and takes time to insert the grass. (B) When the moxa is replaced many times, the secretory properties of the moxa adhere to the inner wall of the insertion hole, and mucus and moisture penetrate into the inside of the moxa. Therefore, as the amount of moxibustion increases, the phenomenon disappears. It becomes noticeable. (C) The speed at which the pedestal absorbs and discharges the heat generated by the moxa depends on the material and shape of the pedestal, but the heat storage and heat retention ability of the resin-molded pedestal is the only difference between the above two types of indirect moxibustion. Better. The above difficulties can be summarized as follows. ■The time it takes for the skin to feel heat is longer than the heat sensing time, the aluminum foil reflects heat and the pedestal does not exhibit its heat retention ability, and the amount of heat stored by the cylindrical paper tube is insufficient. ■It takes time to push the moxa into the insertion hole, the secretion adheres to the inner wall of the insertion hole, and the secretion of the moxa leaves marks on the treatment point. ■Since the cylindrical paper tube carries the moxa at a high position, there is a phenomenon in which the moxa falls over and disappears due to lack of air. ■Paper-wrapped moxa and solid moxa are difficult to ignite with incense sticks, making it a pain to light them with a lighter or stick. Conventional indirect moxibustion had such problems to be solved. [Means for Solving the Problems] As a means to solve the above-mentioned problems, we have developed an idea based on the following points. ■As a way to maintain an appropriate temperature for a long time, molded moxa is inserted and fixed into a base made of synthetic resin with multiple moxa insertion holes made of flame-retardant resin or fine cellulose powder. When the moxa is ignited, the heat continues with a repeating waveform, but when it becomes residual heat, it gradually releases the accumulated heat and disappears while submerging the treatment point excited by inflammation. ■As a first step to effectively utilize the heat generated by molded moxa,
A plurality of independent spaces surrounded by partition walls are arranged on the bottom surface of the pedestal and are connected to the insertion holes through small connecting holes. Furthermore, if the independent space is removed and a void space is provided throughout the bottom abdomen of the pedestal, natural elements or herbal medicines can be easily inserted. ■As a means to increase the effect of heat utilization, a paper sheet was glued to the bottom of the pedestal and small holes were punched in the moxibustion base. For V-moxibustion, a natural element (herbal medicine) is inserted into the cavity of the pedestal, and a paper sheet with the same dimensions as the outer frame on the bottom but slightly smaller in width than the inner method (uchinori) is glued to the bottom of the pedestal. Not only does it eliminate the discomfort caused by secretions from moxa and natural herbs (r! Ru0
The pedestal has a low center of gravity, so there is no risk of it tipping over, and since it is a disposable type that administers the appropriate temperature and then throws it away after it has served its purpose, there is no sign of secretions adhering to the inner wall of the insertion hole. ■In order to make it easier to ignite the molded moxa that have been inserted into the insertion holes of the pedestal one after the other, if you connect the tips of the molded moxa with a fuse and light the light with incense, the multiple moxa will burn in sequence. This will eliminate the problem of ignition, which has become a nuisance. Regarding the shape of the insertion hole: If a grass is inserted into the insertion hole of the pedestal and ignited, depending on the shape of the insertion hole, air circulation will be obstructed, resulting in complete combustion or extinction. In addition to making the insertion hole the same diameter from the top to the bottom, combustion power can be increased by removing one or more places on the wall of the insertion hole to allow for air circulation. About fuse wires Fuse wire is a general term for conductors and large sets made by combining combustion promoters and combustion improvers. When the line of light is ignited, the fuse becomes the pilot flame, and the first moxa begins to burn, gradually moving to the second grain and the third.
At that time, good combustion can be guaranteed if the moxa and the fuse are bonded together using an adhesive with excellent combustion-enhancing properties to make it easier to ignite the moxa. Combustion promoters and heat aids used in the fuse include red lead, silicon, hexanitrostilbene (HNS), borate ester, methanol, ammonium perchlorate, potassium perchlorate, saltpeter, saltpeter, pyroxine, collodion, etc. Good. The fuse can be used not only for actual moxibustion or scarless moxibustion, but also for indirect use with a single heat injection hole as shown in conventional figures 1θ to 12 to obtain a good combustion effect. . About the pedestal For indirect costs, scarless moxibustion, and actual moxibustion, the suitable material for the pedestal is a powder that does not cause any discomfort to the skin. It is best to choose one with a structure that retains heat. The moxibustion device that I invented uses a pedestal and paper mat that have this property to regulate the heat generated by the moxibustion, bringing it to an appropriate temperature for treatment. When molded moxa of various shapes are inserted into the insertion hole of this pedestal and burnt one after another, depending on the internal structure of the pedestal, it has the function of supplying heat in waves while creating an hourly difference or temperature difference. Relationship between the internal structure of the pedestal and the paper sheet Kampo medicine is a therapy that makes effective use of natural materials while adapting to nature, so the therapy using moxa, which is purified from the wild mugwort, is also derived from Kampo medicine. In direct flame, when the moxa is ignited, the heat generated is transferred to skin irritation, but in indirect costs, the temperature is appropriate for moxibustion using a moxibustion, but it takes a long time to feel the heat. By using molded moxa of different lengths that match the structure of the pedestal and have the shape of each machine, it is possible to not only generate an appropriate temperature but also shorten the time it takes to feel heat. For example, by lowering the height of the pedestal. In addition, a flat or short molded moxa is inserted into the first insertion hole to increase the inner diameter of the connecting small hole and connect it to the independent space. If the independent space is reduced in void volume, heat can be quickly administered. As the combustion of moxa progresses and the generated heat approaches the pedestal, the bubbles that make up one pedestal are sensitive to heat and the structure gradually shifts to heat storage, but before it absorbs enough heat and reaches a saturated state, it gradually releases heat. discharge. At that time, the insertion hole of the pedestal becomes hot due to the heat released and the heat generated by the grass. This pressurized cohesive heat is continuously injected into the independent space at the bottom through the connecting small holes. The condensed heat that gathers in an independent space expands and projects sharp heat onto the skin, causing damage to women, women, people with sensitive skin, and other people. In order to alleviate this thermal phenomenon, ■ If you create a gap between the molded moxa by considering the shape and internal structure of the insertion hole, air circulation will be activated, and a part of the heat generated inside the insertion hole will be absorbed. dispersed into the atmosphere. ■As the pedestal accumulates heat, the temperature inside the pedestal increases,
The heat generated is controlled by changing the inner diameter of the connecting small holes in the order of unit moxa. This allows the appropriate amount of temperature to be delivered to the independent space. ■By gluing a paper sheet to the bottom of the pedestal and increasing the amount of heat conveyed from the independent space in stages, damage such as red spots and blisters that occur on the skin can be eliminated. If moxibustion is continued, white blood cells will increase, and if moxibustion continues, red blood cells will also increase. Until recently, it was believed that the heat that burns the skin from direct moxibustion was considered to be the most effective, but as research progresses,
There are signs that the concept of moxibustion is changing, as the effect is apparent at a heat level of around 5 degrees Celsius. The developed moxa pedestal controls the heat generated by moxa, and the multiple small holes in the paper sheet effectively spread the active ingredients of moxa. The suitable position of the small hole is within the partition wall of the independent space, a little further away from directly below the connecting hole of the pedestal. For example, if a small hole in a paper sheet is made at a position directly below a connecting hole, the cohesive heat discharged from the connecting hole may directly hit the hole and cause damage to the skin. When a paper sheet with small holes is glued to the appropriate position on the pedestal and the fuse is ignited, the multiple moxa strands burn one after another. Then, the shape of the moxa, the structure of the pedestal, and the small holes in the paper sheet interact to spread the appropriate temperature to the skin. This appropriate temperature continues as the waveform repeats, but when the waveform reaches its peak, the thermal stimulation is at its highest, and as the waveform collapses and descends, the thermal stimulation becomes weaker. Due to the repeated effects of heat, the affected area repeatedly tenses and relaxes, and blood circulation rapidly increases in activity. Therefore, when the skin frequently tenses and relaxes, a single moxibustion treatment has a real value comparable to direct moxibustion and other indirect costs. The material for the sheet is not limited to paper, but suitable materials include cork, non-woven fabric, cloth, filters, styrofoam, felt, bark, artificial leather, and leather. be. Overhead costs due to natural tone Moxibustion performed by an acupuncturist using natural tone, and commercially available indirect costs of dry sections of natural tone wrapped in paper-wrapped moxa. Natural dark inflammation as a folk remedy using raw natural ingredients 1
Typical folk remedies for natural preparation include salt moxibustion and miso moxibustion using processed foods, and ginger and garlic moxibustion using rhizomes. For example, moxibustion using garlic is a therapy that is expected to produce excellent results by cutting fresh garlic into rings and applying them to the treatment points, then placing a pile of grass on the top and igniting it. The use of natural moxibustion and traditional Chinese herbal medicine not only solves the problems of commercially available moxibustion, but also provides the means to create a form of scarless moxibustion that is comparable to natural home remedies. The independent space provided in the abdomen of the bottom of the pedestal in Figure 1, which will be explained later, is removed to create a cavity, and natural element-containing bodies are built in. When the heat generated by the moxa is injected through the connecting pores, nutrients and herbal medicines can be extracted. They were able to solve the problem by using a method that allows the ingredients to penetrate into the treatment points. Non-scarring moxibustion using natural ingredients and herbal medicines compensates for the following deficiencies of natural treatments in home remedies. ■As a preparatory step for making natural grains, buy fresh natural grains, wash them, then cut them into rounds of a certain thickness and store the rest in a cool, dark place. To perform moxibustion, a ring of natural tones is pasted on the treatment point, and then a pile of moxa is ignited. If too little moxa is added, there will be insufficient heat, and if too much is added, the skin may be damaged by the irritating heat. Each time moxibustion is performed, the temperature changes in various ways depending on the amount of moxa added, which has a subtle effect on the effectiveness. ■The natural odor generated by administering heat is much stronger than moxa burning tools, and moxibustion using garlic in particular emits a unique odor that is close to a foul odor. ■The vegetable fats and carbohydrates contained in the natural formula are thermally decomposed and mixed with secretions and nutrients and adhere to the treatment point. Even if it is difficult to remove, if the sticky components are not removed, traces will remain for a long time. The moxibustion device of the present invention was developed in advance in patent application No. 1-64159.
It has a structure that allows it to be easily installed by inserting a container similar to the natural mixing body of the moxibustion device No. 2 into the cavity provided at the bottom of the pedestal and removing the release paper with the handle. The details are. ■Incorporate natural elements and herbal medicines into the cavity of the pedestal. If heat is not applied for a long period of time, nutrients will not penetrate into the affected area, but with this scarless moxibustion, the time required for the moxa to start burning and the temperature to drop to 40℃ is about 40℃. Since the time is 9 minutes, there is not enough time to administer heat. ■Since natural ingredients and herbal medicines are sealed in containers that contain natural elements, the active ingredients and water will evaporate and the contents will dry out, and this will also prevent moxa from becoming brittle due to evaporated water. Furthermore, even if the heat generated by the moxa acts on the container, only a small gap between it and the skin is sealed, so there is only a slight odor in the surrounding area. ■Glue a paper sheet with the same shape as the pedestal to the bottom of the pedestal. This paper sheet has the same dimensions as the outer circumference of the pedestal, but the inner circumference is slightly smaller than the inner frame of the pedestal, so the thickness of one paper sheet supports the container surrounding the natural object and creates a gap between it and the skin. ing. Due to this gap, the rate of adhesion of secretory secretions and vegetable fats is far reduced compared to treatment by directly applying natural preparation to the treatment point. Containers containing natural or Chinese herbal medicines may be made of paper, non-woven fabric, cloth, felt, etc. coated or laminated with a resin that has excellent sealing properties, heat resistance, and water resistance. When using natural or Chinese herbal medicines that are stored in the body, it is important to allow the extract preparation to penetrate into paper, non-woven fabric, felt, sponge-like resin, styrofoam, etc. until it is dripped. In non-scarring moxibustion that incorporates natural extract preparations and Chinese herbal medicine extract preparations as a practical therapy, natural
E (wormwood) or garlic, ginger. Uses nuts, loquat leaves, Japanese radish, daikon radish, shiso, etc. Processed foods such as salt and miso are also used. To relax muscles and blood vessels that have become tense due to pain, Chinese herbal medicine extract preparations that have the effect of warming the affected area are suitable. If you combine several types of herbal medicine extract preparations, the effects of relieving pain and calming one nerve will increase.

[Effect]

■When the multiple molded moxa held by the overhead pedestal attached to the treatment point (acupoint) burn in sequence, it creates a waveform in which multiple curves intersect and lasts for a long time. Once the burning of the moxa is complete, the pedestal gradually releases the accumulated heat, calming the affected area that has become irritated due to heat stimulation, and increasing the effectiveness of the treatment, resulting in moxibustion. In addition, when moxibustion is performed by inserting the packed natural preparation (herbal herbal medicine) into the cavity of the pedestal, the heat generated by the moxa causes the components of the moxa to chemically react with the nutritional components of the natural preparation (fi herbal medicine), causing them to liquefy. or vaporize. This is a form of scarless moxibustion that utilizes natural ingredients (Chinese herbal medicine) to enhance the effectiveness of treatment by utilizing these active ingredients. It is said that diseases that occur within the body cause changes in fixed points on the skin related to the disease. When moxibustion is applied to the modulation point, the internal organs respond to the stimulation, and the effects of the treatment gradually become apparent. The direct heat stimulation of the axilla is instantaneous, and the heat administered indirectly is at an appropriate temperature but is short-lived, so many companies require time and effort to achieve the effect unless they administer the moxibustion. In this case, moxibustion and moxibustion can save you the trouble. Moxa used for direct moxibustion has thin and flexible fibers, so it is easy to ignite it, but since moxa is used for indirect purposes, it has thick fibers and a strong belly, so it is difficult to ignite it with incense sticks, so it is common practice to use a pine or lighter. It has become. In order to compare the ignition status of commercially available indirect moxibustion and a fuse, a paper-wrapped moxa of the same quality as the commercially available indirect moxibustion was connected to the fuse, and the paper-wrapped moxa was ignited at the same time as the other paper-wrapped moxa. Commercially available paper-wrapped moxa did not burn when used with incense sticks, only turning black and carbonized, but the fuse was ignited by the incense sticks and started burning in 6 seconds. On the other hand, paper-wrapped moxa
If I just burned the end of the head with a pine, it wouldn't ignite, so I wrapped the entire head in flames and it started burning in about 20 seconds.I inserted multiple pieces of molded moxa into the insertion hole of the pedestal, connected the tips with a fuse, and wired it. When the light ignites, the first moxa begins to burn, and the pilot flame, which travels along the fuse, moves to the next moxa.If you read the travel time on a graph, it takes 6 seconds from the time of ignition until the first moxa burns, and 2 seconds. The wood grain transitioned to combustion in 20 seconds and burned successively at 20 second intervals. When the heat administered during moxibustion reaches 55 degrees Celsius, not only women and girls and people with sensitive skin but also the general public will experience pain as the treatment area becomes agitated due to heat stimulation, but conventional indirect moxibustion uses residual heat to relieve the stimulation pain. Since no measures have been taken to calm down the excitement, we can only wait for the excitement to subside naturally. FIG. 9 is a graph showing the temperature change when the moxibustion device of the present invention is used. In this waveform graph, multiple moxa plants burn for 6 minutes by repeating the curve four times. The left-hand descending curve shown by a dotted line to the left toward the 0 mark indicates that the pedestal releases the accumulated heat as residual heat for 3 minutes. The shape of the pedestal includes a treatment point with an area consisting of a series of curved arcs and an arc of 20 cm on opposite sides. Therefore, the residual heat wraps around the R area of the treatment point, which was excited by the stimulating heat, and has the effect of calming down. The newly developed moxibustion method involves fixing molded moxa in the insertion hole of the pedestal and sequentially burning it using a fuse. At this time, since the waveform shown in the graph is continuous, the temperature at the treatment point will repeatedly rise and fall, and the treatment point will repeatedly tense and relax each time, replacing and reducing waste products. The table below expresses the peak temperature and the temperature drop numerically, and summarizes the skin sensations that the treatment points receive due to thermal stimulation. Table 1

【Example】

FIG. 1 is a plan view of a moxibustion device according to the present invention having a plurality of moxa insertion holes (2) on the top surface, and FIG.
It is an AA sectional view in the figure. The pedestal (1) of this moxibustion device is provided with four rectangular moxa insertion holes (2a to 2d) on its upper surface. Independent molded moxa are inserted into the moxa insertion holes (2a to 2d), respectively. Of course, it is also possible to fill it with irregularly shaped moxa. A plurality of independent spaces (5) surrounded by partition walls (4) are provided on the back surface of the pedestal (1). The independent space (5) and the grass insertion hole (2) are connected by a stepped small diameter portion (6). The moxa insertion hole (2) is connected to another moxa insertion hole (2) by a fuse (3). The most effective way to make this connection is through the moxa insertion hole (2a) on the outer circumference of the pedestal.
Firstly, connect the moxa insertion hole (2b) on the same outer peripheral side with the fuse (3a), connect the moxa insertion hole (2b) and the moxa insertion hole (2c) adjacent to the same outer peripheral side with the fuse (3b), and further, It has a structure in which the moxa insertion hole (2c) and the moxa insertion hole (2d) in the center are connected by a fuse (3c). On the bottom of the moxibustion device pedestal (1), an accommodation space (20) is provided by removing the independent void as shown in FIG. Natural elements such as garlic and ingredients from grass penetrate into the treatment area using heat to nourish skin cells. Figures 3 @ and 4 show examples of the shape of the moxa insertion hole (2). In both cases, the moxa insertion side of the moxa insertion hole (2) is made into a large diameter hole so as not to obstruct air circulation. This is an example. Figures 5 to 8 show various embodiments of the pedestal (1) and the molded moxa (7). What these structures have in common is that the combustion heat of the moxa is applied to the skin quickly at first, and then it is ignited sequentially and the heat continues while repeating high and low waveforms.
After extinguishing the fire, the heat accumulated in the residual heat stage is gradually released and applied to the skin. Figures 5 (a) and (b) show that a plurality of moxa insertion holes (2) of the same size are provided in the pedestal (1), and molded moxa (7) of the same size are inserted into the holes at different depths. This is an example of inserting. The shaped moxa (7a) to be ignited first is inserted deepest into the moxa insertion hole (2a), and the moxa (7b to 7d) to be ignited later are inserted shallowly. In the case of Fig. 6(a), there is a partition wall (4) on the back side of the pedestal (1).
A plurality of independent spaces (5) are provided surrounded by a stepped small diameter part (
6). Upper moxa insertion hole (2)
The molded moxa (7) to be inserted into the mold can be of a single size as shown in FIG. 6(b), or of varying length as shown in FIG. 6(C). The moxa insertion hole (2) is the sixth
As shown in Figure (d), if a notch (8) is partially provided, the burning of grass will be carried out smoothly. In the example shown in Figure 7, a step is provided on the surface of the pedestal (1), By changing the depth of the moxa insertion hole (2),
) The structure is filled with molded moxa (7) of varying lengths as shown in (). In addition, Fig. 8 shows the same thing in that a step is provided on the surface of the pedestal (1), but there is a moxa insertion hole (
2) with the same shallow depth, and the independent space at the bottom (
5) The length of the part is changed. In addition, as shown by the two-dot chain line in Fig. 2(a), the pedestal (
A pedestal sheet (10) having an adhesive layer (9) on the bottom surface of the base sheet (1)
), the pedestal sheet (lO) blocks the secretions produced from leaving marks on the skin.

【Effect of the invention】

The number of moxibustion treatments (the number of moxibustion treatments) for direct moxibustion treatment is often used for diseases such as obese people, insensitive people, and manual workers, and for people who are thin or sensitive. It is common sense to reduce the number of company songs for employees who are overly intelligent and nervous. Since the moxibustion device of the present invention repeatedly maintains the appropriate temperature in the form of a waveform, one round of moxibustion is sufficient for each treatment point, if common sense concepts of moxibustion related to occupation, constitution, etc. are ignored. If we expand the range of applications of this treatment and increase the number of treatment points, it will be possible to maintain health, eliminate obesity and weight loss, and increase energy with just one treatment. Here, we will explain the results of clinical moxibustion performed by a clinic using this moxibustion device. For example, a high school student felt pain in his knee joint during baseball practice and came to the hospital a few days later.
When I heard the situation and looked at the affected area, I noticed that it was quite swollen and hot. Direct moxibustion would be applied to the treatment points five times a day, but with the long-lasting moxibustion method of the present invention, it was judged that one time was sufficient and continued for 9 days. As a result, the swelling in his joints subsided, his slight fever subsided, and his temperature returned to normal. This kind of effect is caused by the heat generated by the sequential combustion of multiple molded moxa carried by the pedestal, which continues as a repeating waveform of a curved line, and when the burning of the moxa is completed, the pedestal accumulates heat. This results in the gradual release of heat, which leads to calming of the affected area that has been excited by thermal stimulation, increasing the effectiveness of the treatment.

[Brief explanation of the drawing]

FIG. 1 is a plan view of a moxibustion device according to the present invention having a plurality of moxa insertion holes on the top surface, and FIG. 2 is a sectional view taken along line AA in FIG. FIG. 2(b) is a cross-sectional view of an example in which a cavity is provided. 31g and 4 are plan views showing examples of the shape of the moxa insertion hole. FIG. 5(a) is a sectional view showing an example of the structure of the pedestal. FIG. 5(b) is a side view showing an example of the shape of molded moxa. FIG. 6(a) is a sectional view showing an example of the structure of the pedestal. FIG. 6(b) and FIG. 6(C) are side views showing examples of shapes of molded moxa. FIG. 6(d) is an enlarged view showing an example of the shape of the moxa insertion hole. FIGS. 7 and 8 are cross-sectional views showing structural examples of the pedestal. FIG. 9 is a graph showing heat radiation temperature and elapsed time. 10 to 12 are cross-sectional views showing examples of conventional moxibustion devices. (1) Pedestal (2) Moxa insertion hole fuse bulkhead independent space small diameter adhesive layer (10) Pedestal sheet

Claims (1)

[Claims] 1. A pedestal (1) having a plurality of moxa insertion holes (2);
A fuse wire (
3) A moxibustion device consisting of. 2. A moxibustion device characterized in that a pedestal sheet (10) having an adhesive layer (9) is provided on the bottom surface of a pedestal (1) having a plurality of moxa insertion holes (2). 3. The moxa insertion hole (
2) A moxibustion device characterized in that a notch (8) is provided in the partition wall (4). 4. A moxibustion device characterized in that a storage space (20) for a natural element-containing body (21) is provided on the bottom of a pedestal (1) having a plurality of moxa insertion holes (2).