JP3161762B2 - Manufacturing method of smokeless and odorless moxibustion molded product - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a smokeless odorless KyuNaru form products
It relates to a manufacturing method .

[0002]

2. Description of the Related Art The basic philosophy of moxibustion is that the circulation path in the human body is called the meridian,
(Kiketsu) is the root of systemic activity. If the meridians change to cause excess or deficiency in pneumoconiosis, illness is caused. When the disease occurs, the acupuncture points associated with the disease are modulated on the meridian to notify the location of the disease. Moxibustion using this acupuncture point as a treatment point is called "correcting the testimony". Table 1 was prepared by selecting moxibustion tools suitable for "correcting the testimony" from a large number of hot moxibustion tools and classifying the structural contents. Also,
Heat-generating therapeutic tools other than hot moxibustion tools include electrothermal shiatsu moxibustion devices,
Various therapeutic instruments have been developed, such as electronically controlled electric moxibustion tools, infrared acupuncture moxibustion devices, magnetic moxibustion devices, acupressure hand warmers with projections, and disposable hand warmers.

[0003]

[Table 1]

[0004]

[Problems to be Solved by the Invention] When moxibustion is continued, the “flow of qi” becomes rhythmic due to the modulation, and the physical strength gradually increases and the constitution is gradually preserved. Defects of the hot moxibustion tools are due to the difficulty in generating fumes and odors, the amount of heat to be administered, waiting time and skin feeling time, and the degree of skin damage. These will be described below.

[0005] Smoke and odor generated [0005] Newly built houses have an independent structure for each room.
If moxibustion is continued, smoke from the moxa fills the room, and the odor permeates the walls, clothes, furniture, furniture, and ornaments, and continues to smell all day. It is becoming more and more remote. In addition, since direct moxibustion is a therapy that treats skin by receiving a stinging thermal stimulus, it must endure the pain of an open fire that burns the skin. While many improved moxibustion devices are becoming gentler on the skin, there is a growing trend for smoke-free, odorless and sharp-acting moxibustion devices. Table 2 is a performance comparison regarding mushroom combustion common to various hot moxibustion tools.

[0006]

[Table 2]

Heat of administration The heat of administration of direct moxibustion starts from the time of ignition of the moxa and continues until the burning ends, and the intensity of the stimulation heat is determined by the quality of the moxa. If the muzzle is good, it is easy to ignite, and it does not extinguish during combustion and mildly stimulates mild thermal power, but as it gets worse, ignition slows down and extinguishes in the middle of combustion, and sometimes the intensity of the fire suddenly intensifies and becomes intense Heat. The heat of administration of the moxibustion tool also depends on the quality of the moxa, and if the moxa is good, the heat will be mild and if it is poor, the skin will be damaged by thermal stimulation. The various moxibustion tools of the classification use mousses of different quality. If the muzzle is good, the heat becomes moderate, and the worse the heat, the more severe the thermal stimulus. Table 3 shows the results of measuring the heat of administration of various moxibustion tools.

[0008] Waiting time and skin sensation time With moxibustion tools other than direct moxibustion, if the moxa is used upright, the time until the bodily sensation becomes longer, and if it is burned horizontally, efficient heat administration is achieved. Table 4 is a table in which the time from ignition to warmth and the time from warmth to heat disappearance of various moxibustion tools are classified for each moxibustion tool.

[0009]

[Table 3]

[0010]

[Table 4]

Degree of skin damage In moxibustion using a hot moxibustion tool, if the applied heat is at an appropriate temperature, red spots will adhere to the moxibustion tool. Moxibustion therapy is only a treatment method that continues treatment while accumulating the number of moxibustion, and if you are patient with a moxibustion tool with strong stimulation heat,
Blisters become light burns, and as they become burns, the burns become larger, eroded and spread deeper, and even if the disease is cured, they may remain as keloid-like moxibustion scars. Table 5 is a comparison table in which the degree of skin damage caused by the heat of administration of the moxibustion device is classified according to moxibustion type.

[0012]

[Table 5]

[0013]

Means for Solving the Problems According to the present invention, there is provided a moxibustion composition comprising: (1) one or more kinds of plant fibers mixed and fumigated; Moxibustion molded product obtained by molding the moxibustion composition into a predetermined shape, (3) moxibustion molded product formed by fumigation after forming one or two or more kinds of plant fibers into a predetermined shape, and (4) plant A method for producing a smokeless and odorless moxibustion composition was achieved by fumigation of a molded product punched into a predetermined shape from a plate-shaped molded product of one or a mixture of two or more fibers. That is, one or more plant fibers are mixed.
Combined into fumigants or individually into fumigants,
Flame-retardant fiber and binder in one or a mixture of two or more
Blended and molded into a predetermined shape, or
One or more types and a mixture of flame retardant fiber and binder
Forming into a fixed shape or punching from a plate-like molded product of the mixture
It is characterized by punching, shaping into a predetermined shape and fumigation
This is a method for producing a smokeless and odorless moxibustion molded article.

[0014] The fumigation referred to here is fumigation
In that sense, the carbonization furnace and the air blocking device, the air suction device,
This is a general term for the step of performing heat treatment using a cooling device or the like such that smoke components and odor components are lost while elasticity of the mushroom and medicinal components remain. Table 6 also shows the composition of carbonized mousse remaining after fumigation of the mousse.

[0015]

[Table 6]

Regarding the method for producing carbonized mousse, see Japanese Patent Application No. 2-17 / 1990.
No. 9846, “Smokeless and odorless moxibustion composition and molded product thereof” is proposed, but in the production method of the present invention, treatment can be performed while the substance in the carbonization furnace does not change into ash, and a good-quality fumigation mushroom can be obtained. The details of the fumigation treatment are, for example, the air in the dry distillation furnace charged with any of the above is cut off by an air cutoff device, and the air amount in the furnace is reduced to about 50% by an air suction device and heated. When the temperature inside the furnace reaches 100 ° C (normal pressure conversion, the same applies hereinafter), the process shifts to the water evaporation process.At 170 ° C to 230 ° C, methane, carbon monoxide, hydrogen, etc. are gasified and scattered as white smoke. . When the temperature exceeds 230 ° C, the amount of the emitted white smoke becomes small and black-brown carbide remains. If left as it is, the carbon in the furnace shifts to ash generation due to the effect of residual heat. Therefore, the dry distillation furnace is rapidly cooled by a cooling device while shutting off the air. The temperature in the furnace is lower than room temperature, and no ash is generated.

One or more plant fibers are mixed and fumigated, or individually fumigated and mixed. Acupuncture treatment, skin irritation treatment, novocaine treatment and the like are therapies that restore the modulation site by stimulation given to the epidermis. It seems that direct moxibustion therapy is suitable for home remedies, just like applying an applied drug to the affected area, the advantage of being easy to operate with the fingertips and the fact that it only causes a slight trauma and has no side effects, At present, she is treated as a heretic due to the instantaneous pain caused by slight blemishes and burns as well as the generation of smoke and odor peculiar to Mogusa. In order to solve this difficulty, we focused on the fact that making mushrooms smokeless and odorless would make modern moxibustion the preferred moxibustion treatment, and developed an operation method for fumigation treatment. FIG. 1 shows the production method separated into a fumigation step and a molding step.

[0018] One or more kinds of plant fibers are mixed and formed into a predetermined shape, followed by fumigation. Direct moxibustion, which has been referred to as a hot synonym, has also become a hot moxibustion tool that is formed by winding, gluing, gluing, inserting into a paper cylinder, or punching out a plate from the needs of the times. Most of the work to create this shape is manual. However, from the viewpoint of product quality control, it is difficult to make the heat of administration uniform without mechanical shaping. In order to form mushrooms with a molding machine, it is necessary to consider the suitability, adhesion, abrasion resistance, surface hardening properties, etc. of the mousse material and flame-retardant staple fibers. ,
It is important to carefully examine the strength and bonding state. When the molding is completed, the shaped article that has been carefully inspected for the internal structure, strength, bonding state, and the like of the shaped article is subjected to fumigation treatment in a carbonization furnace, whereby a smokeless and odorless shaped article is purified. The process diagram of FIG. 2 is divided into a molding process and a fumigation process.

[0019] A shaped article punched into a predetermined shape from a plate-shaped article of one or a mixture of two or more plant fibers is fumigated. Japanese Patent Application Laid-Open No. 1-197430, entitled "Plate Moxa and a Method for Producing the Same", and Japanese Patent Application No. 3-77330, entitled "Heat-producing elements for moxibustion and molded products thereof" have been proposed. When the plate-shaped mushrooms are stamped and fumigated, the fibers of the mushrooms that have been compressed and shrunk take in air and expand. For example, if a 3 mm thick plate-shaped mushroom is punched to a diameter of 10 mm and fumigated,
It becomes a disk of 8.5mm and 4mm thick. When igniting both muggers, the latter burns in 35 seconds and burns 45 seconds faster while the former burns over 80 seconds. Since the moxa molded product that has been carbonized and expanded in this way burns at twice or more the speed of the punched molded product, the administration over a suitable period of time, which is the main purpose of moxibustion, cannot be avoided because the combustion is too fast. Absent. In order to slow down the burning of the carbonized mousse, the mousse or natural fiber and the flame-retardant staple fiber are dispersed in water, processed into a plate, punched into the required shape, and subjected to fumigation treatment. It was found that the burning speed was slowed down because the mushroom burning speed was slowed down. FIG. 3 is a process diagram for forming a mushroom plate and fumigation-treating the moxibustion molded product to make it smokeless and odorless.

A good mousse has thin and flocculent fibers, and when ignited with a sparkler, it burns while radiating heat of about 80 ° C. However, a poor mousse has a thick and poor elasticity, so it is a match or lighter. Otherwise, do not ignite, 140 ° C ~ 190
Burning at about ℃. The temperature difference between good and bad mousses is as large as 60 ° C to 110 ° C, so if the degree of inflammation on the skin is good, only blisters are needed.
As it gets worse, the burn area becomes larger and deeper. Smokeless and odorless medium and rough mousses were twisted into rice grains and the combustion temperature was measured.
The amount of heat generated was 114 ° C and the latter was 117 ° C, and the difference in generated heat was as small as 3 ° C. The smokeless and odorless mousse had a fibrous shape in a reduced form of the original form. The mousse ignited instantly with the sparkler, without any phenomenon of burning and disappearing, and the remaining ash remained in its original form without being scattered around.

The natural fiber is used as a heating element for moxibustion after being mixed in the mushroom or as a substitute for the mushroom by fumigation treatment in a carbonization furnace. The standard of smokeless and odorless carbonized fiber is
It does not contain 3% or more of stems having a diameter of 0.5 mm or more, and the purity is limited to a mixture ratio of foreign matter other than stems of 2% or less.
In order to reduce the thermal stimulus given to the skin, the carbonized fiber is burned at a low temperature. Candidate materials for which wood fibers that have been left for a long time after logging, fibers of aging grass root bark, fibers of corn pomace, fibers of straw and rice hulls, fine fibers of bamboo, and fibers of pulp are applied. It is.
Since the fiber obtained by carbonizing this material has no medicinal component of moxa, it is turned into a carbonized fiber very similar to the carbonaceous mushroom containing the medicinal component when dried after spraying a mosaic extract solution (concentration: 5%). Drugs used for spray impregnation are natural extract solutions such as ginger (garlic), loquat leaf (bihayo), shiso leaf (shisoyo), ginger, sansho etc. Concentration 5%), safflower (Benibana), which promotes blood circulation and is effective in improving symptoms Chinese herbal extract solution (concentration: 5)
%) Alone or in combination.

The natural short fiber and the flame-retardant short fiber are blended in the mog, or the natural short fiber is added to the flame-retardant short fiber, and dispersed in water to form a paper having a thickness of 2 mm to 4 mm. However, since the moxibustion molded article is liable to be damaged during various steps such as forming into a plate → punching → dry distillation furnace → heating → sorting, etc., the binder is sometimes administered in water. When the fumigated molded product is sprayed with the mica leaf extract solution to compensate for the missing drug, it becomes a smokeless and odorless moxibustion molded product very similar to mushroom. Natural fibers used in papermaking are generally fumigation after molding, so that the fibers are generally finer and shorter. For example, the fiber of grass roots bark fiber and straw (rice, wheat) fiber,
It is a fiber of bamboo (Masatake, Moso bamboo), a fiber of cane (sugar, corn), and the like, and suitable for papermaking materials such as mulberry, mitsumata, ganpi, hemp, flax, flax, pulp, and cotton.

Moxibustion as a modulation therapy is becoming a therapeutic tool that does not respond immediately to the times due to the inflammation and odor caused by heat, because it is a therapy that treats while administering an appropriate temperature. Therefore, in the case of hot moxibustion tools with less heat damage, many people now avoid smoke and odors. When ignited in this smokeless and odorless muffle, it burns out in a short time. Therefore, if flame retardant fibers are blended for the purpose of slowing down the combustion, the flame retardancy of the fibers becomes resistant and the combustion is delayed. Fibers that lead to slow combustion include carbon fibers with high ignition points, activated carbon fibers, glass fibers, silicon carbide fibers, alumina fibers, and ceramic fiber fibers. / mm ² ,
Activated carbon fiber with properties of 2.0% elongation and 1200 kg / mm elastic modulus is suitable.

In molding moxa and carbonized mushrooms, if the bonding condition is weak, the moxibustion molded product may be partially damaged, deformed,
Injured due to damage, collapse, etc. In order to prevent the damage, it is molded with a binder, but it is difficult to mix the fibers in the mousse or charcoal mould while keeping the room temperature constant. , And apply a pressure of about 5 kgf / cm ² to mold. While the solidified molded product is subjected to the steps of dry distillation, heating, removal, etc., the binding component is lost, but the carbonized fibers and the flame-retardant fibers are entangled with each other. When selecting the binder, the usual adhesive starch, gelatin, casein and thickener methylose, taking into account the ease of the bonding process, cost reduction, practical environmental conditions, ease of manual work, etc. Suitable are sodium alginate, polyacrylamide, CMC, PVA, vegetable gums and the like.

Since the carbonized shaped article contains a large amount of a carbon-based substance and absorbs moisture remarkably, it is necessary to consider the occurrence of mold and deterioration. When a dilute solution is prepared by adding a moisture-proofing agent to an activator that has a strong affinity for water, spraying and impregnating the surface of the modeled product and drying it, the thin film on the surface acts as an interfacial tension, and the entire permeation layer has a moisture-proof effect. Not only appears, but also has abrasion, elasticity and dust-proof action. The surfactant is classified into a surfactant, an anionic surfactant, a cationic surfactant, an amphoteric surfactant, a nonionic surfactant, a fluorine-based surfactant, and the like.

Since the muffles having a complicated fiber shape are entangled and connected in a chain shape, it is difficult to form them with a conventional molding machine. Has become. The molding of the mousse can be performed by a rolling molding method, a compression molding method, a crushing molding method, a stirring molding method, a vacuum freezing molding method, or the like. Table 7 shows an outline of this molding method. In order to mass-produce molding mushrooms using this molding machine, artificially refined mushrooms or natural short fibers and flame-retardant short fibers are kneaded together and mechanically operated. Is done.

[0027]

[Table 7]

The moxibustion molded product of the heating element for hot moxibustion obtained by the production method of the present invention comprises a base material (dried pong, moxa, natural fiber,
The flame-retardant fiber) was smokeless and odorless moxibustion molded article by the method of (A) fumigation to form a molded article, (B) fumigation after molding, and (C) stamping and fumigation of a plate. (A) When fumigation is performed to form a moxibustion molded product, a mold made into a required shape by kneading with water or a low-concentration caking solution by adding flame-retardant short fibers to carbonized pong or carbonized mousse or carbonized fine fiber When molded into a frame, a deformed product, a truncated conical product, or a product with irregularities on the front and back sides can be formed. FIG. 4 in which irregularities are provided on the upper surface of the moxibustion molded article 1
It is a typical shape by embedding, and has the characteristic that generated heat changes while repeating waveforms. The waveform coordinates in FIG. 5 record the state in which the moxibustion molded article 1 in FIG. 4 changes in the calorific value of the height difference (about 120 ° C. to about 70 ° C.). Further, FIG. 6 is a shape diagram in which the shape of the truncated cone is removed in a semicircular shape to reduce the burning area and reduce the heat applied to the skin. This form is also considered difficult to mass-produce except for embedding.

(B) In the case of fumigation after forming into a molded product, after adding flame-retardant staple fiber to dried pongus or mocha or natural staple fiber, kneading is carried out and then processed by a molding machine. When producing on a molding machine, the type of material, the shape of the molded object,
It is necessary to examine whether the internal structure of the molded article (hollow, core component), special specifications such as thin film formation, etc. The molding machine can be molded without mixing catalysts or adhesives, so it is characterized by less scattering of dust while the machine is operating and less polluting the surrounding environment. It is suitable for reducing the production cost because it is manufactured at a low cost, but it is difficult to form complicated shapes and specializes in disk-shaped, spherical, and column-shaped molding. In addition, mechanical shaping has a beautiful appearance and helps prevent moisture. 7 to 9 show general shapes that can be mechanically formed. FIG. 7 shows a cylindrical shape,
8 shows a disk shape, and FIG. 9 shows a disk shape with a round upper surface. Fig. 10 has a special structure. The upper layer of the moxibustion molded article 1 has a truncated cone, and the lower layer has a disk-shaped two-layer moxibustion made of a mixture of moulding and flame-retardant short fibers. It is a molded product. When ignited, the upper layer burns quickly, and when the combustion reaches the lower layer, the generated heat is slowed down and the generated heat is slowly administered, which has a favorable effect on the affected area. After molding, the moxibustion molded article 1 of each shape becomes a smokeless and odorless moxibustion molded article through a process such as fumigation treatment in a carbonization furnace.

(C) In the case of punching and fumigation of a plate, the moxibustion tool belongs to a treatment tool that is frequently used by the elderly, so that a device that can be easily ignited and operated easily is desired. The molding mushroom, which is a simple and efficient heat source for hot moxibustion tools, must consider the relationship between the burning time and the heat administration time, the relationship between the generated temperature and the thermal stimulus, the shape and the ignitability. It is better to use a punching (press) machine for forming the plate-like mushrooms, and to punch out even complicated shapes.
With this machine, the general shape of Fig. 12, Fig. 13,
The moxibustion molded article 1 having the same shape as that of the moxibustion molded article 1 proposed in No. 10773 “Hot moxibustion device”, which has the same shape as the moxibustion molded article 1, is punched and then fumigated in a dry distillation furnace to form a smokeless and odorless moxibustion molded article.

In the graph presented in FIG. 11, a is a smokeless and odorless moxibustion molded product obtained by dispersing mote and flame-retardant short fibers in water, forming a paper, punching and fumigation in a dry distillation furnace.
On the other hand, b is a smoked and odorous moxibustion molded article having the same shape as the former, which is obtained by treating muffled natural short fibers in water, forming them into a plate shape, and stamping and molding. Table 8 is a table comparing the mixing ratio, the size, the shape, and the like of the two. In the coordinates, the abscissa represents the burning time and the ordinate represents the generated temperature. Reduces skin warming temperature by 40 ° C and desensitized temperature by 40 ° C
40 ° C
Based on the above, the combustion time between the two is about 240 seconds and about 120 seconds, which is about twice the time difference. It is a phenomenon caused by the flame retardancy of the flame-retardant fiber that controls the burning speed of the moxa, the combustion heat of the former can be read for about 90 seconds near the top, so it turns out to be comparable to the direct moxibustion did.

[0032]

[Table 8]

[0033]

In the case of the moxibustion composition according to the production method of the present invention, the raw material of moxibustion or moxibustion is fumigated, so that the odor component is removed, and the moxibustion becomes smokeless and odorless. This allows
The treatment can be done comfortably without disturbing the surroundings, and there is no need to worry about discoloring the surrounding walls, furniture and furnishings or infiltrating the odor.

When the fumigation treatment is performed, far infrared rays are emitted and far infrared rays are emitted. In addition to the warming effect, far infrared rays reach the deep part of the diseased site, activating blood flow and promoting the increase of white blood cells, thereby giving a good result to the disease and activating the cells. If moxibustion continues, the synergistic effect of far-infrared rays and heat will improve the therapeutic effect.

[0035]

【Example】

Example 1 2 kg of dried mugwort, moxa and natural fiber mushrooms were fumigated in a carbonization furnace in the order of the fumigation process shown in FIG. 1, and 1.2 kg of smokeless and odorless carbonized mushrooms were purified. 0.25 kg of activated carbon fiber (flame-retardant fiber) is mixed with this charcoal, and after kneading with 2 liters of water, the process proceeds to the forming step of FIG. 1 and is put into a mold for forming the moxibustion molded article 1 of FIG. Molded. The coating was prepared by mixing a 5% concentration of an mica leaf extract solution and a 2% solution of dextrin as an activator, and then spraying the mixture on the surface layer of the molded product. As a result, about 1.4 kg of a smokeless and odorless moxibustion molded product was obtained.

Example 2 3 kg of mogusa, 2 kg of Manila hemp staple fiber (natural staple fiber) and 1 kg of activated carbon fiber (flame-retardant fiber) were thoroughly kneaded with a powder mixer from dried pong, mogusa, and natural fiber. Processed by the crushing molding method (molding machine), the diameter of 10mm and the thickness of 3
33,000 hemispheres weighing about 0.18 g in mm were formed. When this moxibustion molded article 1 was selected, 28 pieces were rejected. When the passed product is fumigated by the fumigation process shown in Fig. 2, the outer shape is 9.4mm and the thickness is 3.3
A mixture of a 5% concentration of mosaic leaf extract solution and a 2% solution of dextrin as an activator was spray-treated on a smokeless and odorless molded product having a weight of about 0.14 g to obtain about 32,600 finished products.

Example 3 2 kg of mushroom, 0.4 kg of Manila hemp staple fiber (natural staple fiber) and 0.4 kg of activated carbon staple fiber (flame-retardant staple fiber) were dispersed in water for papermaking. The stamping machine (press machine) stamped a 2.7mm thick plate-like mushroom into the shape shown in Fig. 14 using the molding process shown in Fig. 3 (the weight of one child is about 0.22g). Fumigated in a carbonization furnace according to the standards. As a result, thickness 2.9mm, weight about 0.2
0 g of a smokeless and odorless moxibustion molded product was obtained. A mixed solution of a mica leaf extract solution having a concentration of 5% and a dextrin 2% solution as an activator was sprayed on the moxibustion molded article 1 to guide the completion.

If the muzzle becomes humid in the air, the moisture increases and the color changes to black-brown, giving the fingertip a cool touch. A cold feel makes it difficult to ignite and extinguishes in the process of burning, sometimes causing a strong fire, leaving intense heat irritation and burn marks on the skin. When the film of the active agent sprayed on the smokeless and odorless mushroom molding covers the surface, the skin is slightly hardened. The rate at which moisture and suspended matter adhere to the artificial hardening decreases. In order to investigate the moisture absorption ratio of the moxibustion molded article shown in FIG. 9, 10 sprayed activators (dextrin 2% solution) were applied to the smokeless and odorless exothermic molding mould.
In order to investigate the moisture absorption ratio of 10 smokeless and odorless moxibustion moxibustion molded products that were simultaneously sprayed with the active agent and were not sprayed, they were left standing outdoors without rainwater, and the state of absorbing moisture was investigated. Table 9 shows the results. Table 9 is a list showing the measurement results of the moisture absorption state of the moxibustion molded product over time and days. As shown in the table, both the active agent sprayed moxibustion molded product and the non-sprayed moxibustion molded product absorb moisture over time, but the moisture absorption ratio of the former is slightly and almost constant, and is saturated from around the 5th day. While the latter shows a tendency, the latter greedly absorbs moisture, so the difference is as much as 4% on the seventh day, and it is presumed that the form will eventually collapse when moistened with this condition.

[0039]

[Table 9]

One of the base materials (mogusa, manila hemp, ganpi) carbonized and smokeless and odorless in the fumigation process of FIG. It was kneaded with an adhesive liquid, and molded into a disk-shaped moxibustion molded article having a diameter of 8 mm, a thickness of 4 mm, and a groove depth of 2.5 mm as shown in FIG. Waveform graph). Until this moxibustion molded product burns normally, it is divided into seven cases and the rows are divided into rows, and the contents up to the judgment after the execution contents (basic base material, auxiliary base material, production method result, auxiliary agent, molding result) are arranged in a column. The implementation progress is presented in Table 10. Implementation number 1
In the case of ~ 3, the auxiliary was kneaded with the base material, molded and dried. When the criteria for combustion were categorized into flammability, odor, and smoke-generating properties, the bonding strength was weak and easily broken with water. It has been found. At first glance, the carbon fibers obtained by fumigating the base material had shapes that were so similar that it was difficult to determine which material was used. In Run Nos. 4 to 7, when the base material 70% to 85% and the auxiliary material 15% to 20% were compared, the activated carbon fiber was superior to the other fibers in bonding with carbides. Nos. 5 and 6 were practical, but especially No. 6 had better bonding strength.

Even if a small amount of air is supplied, a charcoal fired by summing wood (wood) burns as a "burning fire", but the moxa disappears as soon as the air supply is insufficient. Fumigated charcoal mousse is easy to ignite and becomes a charcoal and burns at a high speed. Table 11 shows the progress of the detouring combustion of FIG. 14 leading to slow combustion due to the flame retardancy and resistance of the activated carbon fiber. This table summarizes the strength, resiliency, and practicality of the papermaking sheet while adjusting the mixing ratio of the activated carbon fiber and the mogul, and summarizes the sheeting properties, strength after machine punching, disintegration, and stability. Flammability, including ignitability, speed, and extinction of phenomena that occur during combustion, and adjust the blending ratio (%) of moxa fiber and activated carbon fiber It is the list which carried out the follow-up investigation until it became a combustion state. Table 11
As shown in Table 8, the ratio of the mixture of the mousse fiber 80% and the activated carbon fiber 20% is practical as in Table 8, and if the blended ratio of the activated carbon fiber is 20% or less, the binding property is Although the inferior burning speed becomes faster, the ignition becomes gradually difficult and the burning speed becomes slower when it exceeds 20%.

[0042]

[Table 10]

[0043]

[Table 11]

[0044]

[Effects of the Invention] Conventional moxibustion with smoke and odor has difficulty in smell, but the moxibustion composition obtained by the production method of the present invention has no smoke and odor even if moxibustion is performed in a closed room. Because of this, it can be treated comfortably without worrying about discoloring the surrounding walls, furniture, and furnishings or infiltrating the unpleasant odor. A general advantage of moxibustion is that thermal stimulation expands blood vessels and improves blood flow. As blood flow increases, leukocytes and lymphocytes become more active, metabolism inside the body is promoted, and substances that counteract pain are formed in muscles, gradually reducing inflammation. If it is smokeless and odorless as this, the conventional moxa tool differences, treatment tools that meet the demands of the times is Ru obtained.

As in the case of the present invention, if the mogul is fumigated to make it smokeless and odorless, far-infrared rays having a wavelength of 3 microns or more are constantly emitted, and when ignited, this wavelength is amplified and lengthened. It emits far infrared rays that belong to the wavelength. Since far-infrared rays contribute to the maintenance of the body's system, moxibustion with smoke-free and odorless moxa using heat as a heat source causes far-infrared rays to reach deep into diseased areas, in addition to the heat effect as a treatment in place. It activates the flow and promotes the increase of white blood cells, so that it has a good effect on the disease and the cells are activated. If moxibustion is continued, the synergistic effect of far-infrared rays and heat will increase the effectiveness of the treatment and improve the therapeutic effect.

[Brief description of the drawings]

FIG. 1 is a manufacturing process diagram of a moxibustion molded article.

FIG. 2 is a manufacturing process diagram of a moxibustion molded article.

FIG. 3 is a view showing a manufacturing process of a moxibustion molded article.

FIG. 4 (a) is a plan view of a moxibustion molded product, and FIG. 4 (b) is a cross-sectional view along AA.

FIG. 5 is a graph showing a change over time in a combustion temperature.

FIG. 6 (a) is a plan view of a moxibustion molded product, and FIG. 6 (b) is a BB sectional view.

FIG. 7 (a) is a plan view of a moxibustion molded product, and FIG. 7 (b) is a front view.

FIG. 8 is a front view of a moxibustion molded article.

FIG. 9 is a front view of a moxibustion molded article.

FIG. 10 (a) is a plan view of a moxibustion molded article, and FIG. 10 (b) is a CC sectional view.

FIG. 11 is a graph showing a change over time in a combustion temperature.

FIG. 12 is a plan view of a moxibustion molded article.

FIG. 13 is a plan view of a moxibustion molded article.

FIG. 14 is a plan view of a moxibustion molded product.

[Explanation of symbols]

 1 moxibustion molding

──────────────────────────────────────────────────続 き Continuation of front page (56) References JP-A-60-259263 (JP, A) JP-A-1-197430 (JP, A) JP-A-55-78094 (JP, A) JP-A-62 84187 (JP, A) (58) Field surveyed (Int. Cl. ⁷ , DB name) A61H 39/06

Claims (2)

(57) [Claims] [Claim 1] or with one or fumigant was a mixture of two or more plant fibers, or as individual fumigation substance, the該薫steamed one
Combining flame retardant fibers and binders with seeds or mixtures of two or more
Smokeless and odorless moxibustion
Manufacturing method of shapes . 2. One or more plant fibers and a flame-retardant fiber
The mixture of fiber and binder is formed into a predetermined shape or
Punched from a plate-shaped molded product of the mixture
Method of manufacturing smokeless and odorless moxibustion molded product characterized by fumigation
Law .