KR101183461B1 - Producing method of maxa bar, producing maxa bar and moxa cautery using its producing method - Google Patents

Abstract

The present invention relates to a mugwort moxibustion and a method for producing a mugwort rod used therein, by inserting and inserting the mugwort moth of mugwort moth into a branch pipe, the bonding is simple, and it is possible to prevent the combustion of impurities due to adhesives and the like. By using the thermoforming without using to maintain the color of the original mugwort to increase the reliability of the product and to reduce the smoke when using the mugwort moxibustion and the method of manufacturing the mugwort rods used therein.

Description

Manufacturing method of mugwort sticks and mugwort mugwort prepared by the manufacturing method of the mugwort bar (PRODUCING METHOD OF MAXA BAR, PRODUCING MAXA BAR AND MOXA CAUTERY USING ITS PRODUCING METHOD}

The present invention relates to a method of manufacturing wormwood rods and wormwood rods and wormwood moss balls produced by the production method. In addition, by making the wormwood thermoforming without using water to maintain the color of the original wormwood to increase the reliability of the product and reduce the smoke when using the production method of wormwood rods and wormwood produced by the manufacturing method and It is about mugwort.

Mugwort is also called wormwood, babies, and cherries, and it is a perennial plant that is about 80cm high. The leaves are white with long white hairs on the underside. In summer and autumn, brown round flower ears hang on the ends of branches and grow widely in low mountains, foothills and fields. The outpost contains essential oils, tannins, resins, bitters, artemisine, 30-130 mg% ascorbic acid, and 11-12 mg% carotene.

The leaves contain 0.1 ~ 0.6% of essential oils, 50% of whole milk is cineol, and others are alpha-tuyon C10H16O, borneo and paraffin. The leaves also contain 0.02% adenine, 0.11% choline, and vitamins A, B, and D.

Roots contain about 1.8% and up to 0.1% of the polysaccharides Artemis, dihydro-matricarin esters, tetradecatrine, inulin and mucus.

Dry leaf shattered hair contains fatty acid mixtures such as lead 2.3%, tricozanol C22H48O, hectriacotan C31H64, capric acid, palmitic acid and stearic acid.

In the treatment of Han, astringent hemostatic drugs, pain medicine is used when there is uterine bleeding, abdominal pain, bloody stool, and is also used as a tonic hemostatic drug. It is also used to rub dry leaves to collect and moisten the outer hairs. For folk remedies, outposts are used for sedatives, pain relief, cramps, cramps, numbness, and body stiffness. Painkillers, headache, toothache, brain edema, Rheumatoid gout, cough drops, antipyretic drugs are known to be effective in bronchitis, bronchial asthma, pulmonary tuberculosis, pneumonia, cold.

As described above, wormwood contains various flavoring ingredients and nutrients of pharmacologically useful ingredients, and various methods have been proposed to use these ingredients conventionally.

In particular, among the folk remedies using the pharmacological action of the mugwort is mugwort moxibustion is moxibustion is direct moxibustion performed by direct contact with the treatment site, and place the moxibustion with garlic, rich, salt, etc. on the treatment site Indirect moxibustion using a support or a hot air balloon is known.

The direct moxibustion is a situation that has been avoided because the pain and burn is followed by burning fat, and indirect moxibustion of the moxibustion of the moxibustion and the smoke through the paper support is now prevalent.

However, the conventional mugwort moxibustion is because the glue that is actually burning the mugwort sticks and the paper tube surrounding them through the adhesive, such as glue, when the combustion of the mugwort sticks, there is a problem that the toxic components of the adhesive is also delivered to the affected area.

In addition, when manufacturing the mugwort sticks used in the mugwort moss, the mugwort powder is kneaded with water, molded into a certain shape, and dried to use it. Decreased reliability of the product, due to the addition of water, the smoke is not a weak smell when burning the mugwort sticks, there is a disadvantage that the use is not good.

The present invention has been made in order to solve the above problems, by inserting the wormwood sticks of the mugwort mothballs into the branch pipes, the conventional wormwood rods and the paper tube surrounding them are bonded through glue such as glue. When burning, the adhesive is burned together to provide a wormwood rod and wormwood moxa moth produced by the manufacturing method to solve the problem that even the toxic components of the adhesive is delivered to the affected area.

In addition, by thermoforming the mugwort without using water, the mugwort powder is kneaded with water to form a certain shape and dried after being used in the manufacture of mugwort sticks as in the prior art. It does not have the original mugwort color, and it lowers the reliability of the product, and by the addition of water, the smoke of the mugwort sticks, which is not a fragrance, causes unnecessary smoke to be solved. It is to provide a wormwood and moxa moxa balls produced.

The present invention as a means for solving the above problems, (a) a selection step to dry and select the wormwood collected; (b) ripening step of natural ripening the selected mugwort; (c) a cutting and crushing step of cutting and crushing the aged mugwort to powder; (d) a mold input and pressurization step of directly putting and pressing the powdered mugwort powder into a mold; (E) a heating and molding step of applying the heat to the mold into which the mugwort powder is injected for a predetermined time to solidify the mugwort rod and to mold; It provides a method of manufacturing mugwort rods comprising a.

Preferably, the heating environment applied to the mold in the heating and molding step is characterized in that the temperature of 45 ℃ to 50 ℃ is maintained for 15 to 20 seconds.

On the other hand, according to another aspect of the present invention, there is provided a wormwood bar produced by the manufacturing method according to the above features.

On the other hand, according to another aspect of the present invention, the solid mugwort rod formed by molding the mugwort powder into a cylindrical shape, the cylindrical branch pipe to form a hollow, and the bottom end of the branch pipe is bonded to stand up the branch pipe and the skin through the back It is composed of a base film to be bonded, wherein the branch pipe has an inner diameter corresponding to the outer diameter of the wormwood rod inserting the wormwood rod into the hollow of the branch pipes, characterized in that the coupling of the wormwood sticks only in the state that the upper part of the wormwood sticks combined; Provide a phrase.

Preferably, the wormwood rod is characterized in that the outer diameter is gradually narrowed toward the upper end from the top.

Preferably, according to claim 4,

The center of the wormwood bar is characterized in that the guide groove is formed from the bottom for the skin side discharge of wormwood smoke.

Preferably, the lower portion of the branch pipe is characterized in that the ventilation hole is formed for the external discharge of the wormwood smoke.

Preferably, the central surface of the base film is characterized in that the guide hole for skin contact of the mugwort machine is perforated.

According to the present invention, when the wormwood rods are burned together, such as when the conventional wormwood rods and the paper tube surrounding the wormwood are glued together with glue such as glue, the adhesives are burned together and the toxic components of the adhesive are also delivered to the affected part. By inserting and inserting the wormwood rods of the mugwort sphere into the branch pipe, the bonding is simple and there is an effect of preventing the combustion of impurities due to the adhesive or the like.

In addition, by thermoforming the mugwort without using water, the mugwort powder is kneaded with water to form a certain shape and dried after being used in the manufacture of mugwort sticks as in the prior art. It does not have the original mugwort color, and it lowers the reliability of the product, and the addition of water causes the unnecessary smoke, which is not a weak smell, to bloom when the mugwort is burned. Maintaining the original color of the mugwort increases the reliability of the product, it also has the effect of improving the use satisfaction by reducing smoke during use.

1 is a perspective view showing a mugwort rod used in mugwort moth according to the present invention.
Figure 2 is a flow chart for explaining the manufacturing method of wormwood sticks according to the present invention.
Figure 3 is an exploded perspective view for explaining the wormwood rod bonding process of the mugwort moxibustion applied to the present invention.
Figure 4 is a perspective view for explaining the overall appearance of the mugwort moxibustion applied to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a mugwort rod 10 used in the mugwort moxibustion sphere according to the present invention.

The wormwood rod 10 is formed by agglomerating the wormwood powder into a hollow cylindrical shape as a whole, the inner center is formed with a long guide hole 11 opened to the lower skin side. The guide hole 11 acts as a passage for guiding the wormwood of the wormwood rod 10 burning from the top during combustion of the wormwood rod 10 to be easily transferred to the lower skin side, such a guide hole 11 Since the top of the blockage is blocked and only the bottom of the wormwood barb (10) has the effect of being able to concentrate on the desired affected area.

The mugwort rod 10 having a cylindrical shape as a whole, as shown in Figure 2, the collection and drying of the mugwort (S10), natural ripening process (S12), cutting and shredding process (S14), mold input process (S16) ), And may be manufactured through a manufacturing method including a heating and molding process (S18).

2 is a flow chart for explaining the manufacturing method of wormwood rod 10 according to the present invention.

Referring to FIG. 2, in the step of collecting and washing the mugwort (S10), the mugwort grown to about 50 cm in 15 days before and after the lunar calendar is collected and dried and selected in a shade environment.

Here, the collected wormwood may be lion foot wormwood, which is one of the specialties of Ganghwado in Korea. Lion's foot mugwort used as a mugwort raw material has a range of essential oil content of 0.5 ~ 0.6%, which has more essential oil content and higher content of aromatic substances than any other mugwort, and especially high content of substances with excellent physiological functions such as tricosanol. This can be called. In addition, the harvest time of the lion's foot wormwood is collected around 15 days on the basis of the lunar calendar Dano, this time is the period that contains the most medicinal ingredients including incense.

The wormwood collected in this way is dried for 60 to 90 days in a shade environment without sunlight for about 60 to 90 days. Through this shade drying it is possible to maintain the essential oil components unique to wormwood.

Thereafter, in the natural ripening step (S12), as described above, the dried dried mugwort is naturally matured by hanging or stacking them in a drying room such as a warehouse. This natural aging process may be performed for 2 to 4 years, preferably 3 years of aging.

By the above-mentioned shade drying and natural ripening drying so that water is not contained in the production of mugwort sticks, the original mugwort color can be maintained for a long time and there is an effect of preventing unnecessary smoke from rising during combustion of mugwort sticks.

Then, in the cutting and shredding step (S14), the mugwort is cut by a vertical cutter installed at the rear while focusing the mugwort with another conveyor maintaining a constant distance from the upper side of the conveyor end portion, and thus cut the mugwort cut pieces At the same time as the transfer screw is mounted to the hopper through the cylindrical tube is crushed and crushed by an integrated crusher and crusher installed under the hopper.

After this cutting and crushing process (S14), optionally a separate powder drying and ultra-fine grinding operation may be further carried out.

Thereafter, in the mold input and pressurization step (S16), the crushed mugwort powder is put directly into the mold for forming a cylindrical shape and pressurized.

That is, using a solution such as water or filtrate as in the prior art, the mugwort powder is not kneaded, but is directly put into the mold in powder form. Through the omission of the water kneading process it is possible to block the source of moisture in the mugwort rod 10.

Such a mold has a cylindrical inner space capable of molding the wormwood rod 10, and a guide hole is installed therein for molding the guide groove 11. And the mold will compress the mugwort powder that is put inside. At this time, the wormwood rods 10 having various shapes can be molded according to the shape of the mold, and as shown in FIG. 1, the wormwood rods 10 generally have a cylindrical appearance and gradually become narrower at the top. It is shaped to have a structure that is easy to ignite the top.

Subsequently, in the heating and molding step (S18), as described above, the mugwort powder is solidified by applying heat to the mold to which the mugwort powder is injected and pressurized for a predetermined time.

At this time, the heating environment applied to the mold is preferably maintained at a temperature of 45 ° C to 50 ° C for about 15 to 20 seconds.

Looking at the heating and molding process (S18) in more detail, the mugwort rod (10) is solidified by heating and molding is required to have a careful heating environment because it has to maintain a circular shape while having a constant void inside the mold well. .

For example, when the heat of 60 ℃ to 70 ℃, the mugwort rod 10 is solidified so hard that it is difficult to use even if the fire does not catch well and does not burn well when burned. As another example, when low heat is applied compared to the above-described optimum environment, such as 30 ° C., solidification is difficult to be achieved, and thus, assembling with branch tubes becomes difficult, it is difficult to commercialize.

In addition, when the heating time is also applied to heat for a long time compared to the above-described optimum environment, the medicinal herbs of the wormwood is oxidized in advance, the drug efficacy is reduced, the work process is lengthened and the unit price increases. Similarly, when heating for a short time compared to the above-described optimum environment, such as 10 seconds or less, the solidification is not made well, it is difficult to assemble with the branch pipe and commercialization is impossible.

The wormwood rod 10 manufactured by such a manufacturing method preferably has a diameter of 6.7 mm, and the inner guide groove 11 is molded to have a diameter of 2.0 mm. In addition, it is preferable that the cylindrical shape having the same diameter of 6.7 mm is maintained from the lower portion to the length of 4.3 mm, and the upper portion thereof is gradually narrowed so that the diameter of the upper cross section is 5.5 mm. This narrowing section should be about 1 mm.

On the other hand, with reference to Figure 3 and 4 for the mugwort moxibustion is made by inserting the mugwort rod 10 prepared as described above.

Figure 3 is an exploded perspective view for explaining the combination process of the mugwort moxa ball (10) of the mugwort moxibustion applied to the present invention, Figure 4 is a perspective view for explaining the overall appearance of the moxa moxa sphere to which the present invention is applied.

As shown in the figure, the mugwort moxibustion sphere according to the present invention comprises a mugwort rod 10, a branch pipe 20, and a base film 30.

The branch pipe 20 is surface-treated so as not to burn together at the time of combustion of the wormwood rod 10, it is configured in a cylindrical shape.

As shown in Figure 3, the wormwood rod 10 is pushed through a separate push rod and the like is inserted into the branch pipe 20, the inner diameter of the branch pipe 20 so that the wormwood rod 10 can be inserted. It will have an inner diameter of a circular cross section corresponding to the outer diameter of the wormwood rod (10). That is, the inner diameter of the branch pipe 20 preferably has an inner diameter equal to 6.70 mm, which is the diameter of the wormwood rod 10, and may have an inner diameter of 6.70 mm to 8.00 mm for smoother insertion.

At this time, by forming the inner diameter of the branch pipe 20 to have an inner diameter almost the same as the diameter of the wormwood rod 10, the wormwood rod 10 is pushed up from the bottom through a push rod, etc. and fitted into the upper portion of the branch pipe 20. Will be.

Here, the mugwort rod 10 is preferably approximately 80% protrudes outward from the upper portion of the branch pipe 20 so as to easily catch fire.

By the coupling of the wormwood rod 10 and the branch pipe 20, there is no need for a separate coupling configuration for joining the wormwood rod 10 in a protruded state from the branch pipe 20, and also wormwood rod (10) There is no need for a separate adhesive between the branch pipe 20 is easy to bond and there is an effect that can prevent the burning of impurities together during the use of the adhesive.

Therefore, the upper portion of the branch pipe 20 is combined with the wormwood rod 10, the lower portion is to act as a passage for guiding the smoke generated during the combustion of the wormwood rod 10 into the empty space to the skin. At this time, at least one vent hole 21 is formed in the lower portion of the branch pipe 20 to help discharge of the smoke. That is, since the upper part of the guide groove 11 of the wormwood rod 10 is blocked, the wormwood by combustion is delivered to the skin by riding on the branch pipe 20 to perform the moxibustion procedure and fall out through the vent hole 21. I will go out.

As described above, the wormwood rod 10 may be formed in a conical shape in which the diameter of the wormwood rod 10 is gradually narrowed toward the upper portion in order to fit the wormwood rod 10 to the branch pipe 20. When the conical wormwood rod 10 is pushed up from the lower portion of the branch pipe 20 can be easily pushed up to the top with a small force, the upper portion of the branch pipe 20 to be naturally fitted with the wide diameter wormwood rod 10 lower portion. The wormwood rod 10 is made to be smoothly fixed. Of course, even if the diameter gradually narrows toward the top, the upper part of the mugwort rod 10 does not need to have a sharp horn shape, and as shown in FIG. 1, the upper part having a predetermined diameter is preferable for propagation of combustion and the like.

On the other hand, the base film 30 provided in the lower portion of the branch pipe 20 is to make the branch pipe 20 to stand on the skin, the upper side is provided with an adhesive surface for gluing up the branch pipe 20, The lower side is provided with an adhesive surface that can be adhered to the skin, the center surface is perforated with a guide hole 31 for skin contact of the mugwort.

The adhesive surface formed on the upper side of the base film 30 may be formed only in part along the circumference of the corresponding branch pipe 20, and the adhesive surface formed on the lower side is entirely exposed for firm adhesion to the skin. It can be formed on the side.

At this time, the release paper is provided on the lower side of the base film 30 to protect the adhesive surface.

Reference numeral 32 is a gripper that can be gripped by hand to remove the release paper from the base film (30).

As described above, an optimal embodiment has been disclosed in the drawings and specification. Although specific terms have been employed herein, they are used for purposes of illustration only and are not intended to limit the scope of the invention as defined in the claims or the claims. Therefore, those skilled in the art will appreciate that various modifications and equivalent embodiments are possible without departing from the scope of the present invention. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

10: wormwood 11: guide home
20: branch 21: ventilation hole
30: base film 31: guide hole
32: gripper

Claims (8)

(a) in the selection step of drying and selecting the collected mugwort mugwort;
(b) ripening step of natural ripening the selected mugwort;
(c) cutting and crushing the hydrated wormwood by cutting and crushing the powder;
(d) a mold input and pressurization step of directly putting and pressing the powdered mugwort powder into a mold; And
(e) a heating and molding step of applying the heat to the mold into which the mugwort powder is put for a predetermined time to solidify the mugwort rod and to mold; Mugwort manufacturing method characterized in that it comprises a.
The method of claim 1,
The heating environment applied to the mold in the heating and molding step is a manufacturing method of wormwood rods, characterized in that the temperature of 45 ℃ to 50 ℃ is maintained for 15 seconds to 20 seconds.
The mugwort rod manufactured by the manufacturing method of Claim 1 or 2.
A solid mugwort rod, which is manufactured by the manufacturing method of claim 1 or 2, wherein the mugwort powder is formed into a cylindrical shape, a cylindrical branch pipe forming a hollow, and adhered to the lower end of the branch pipe, standing up the branch pipe and the skin through the back side. It consists of a base film adhered with
The branch pipe has an inner diameter corresponding to the outer diameter of the wormwood bark, the wormwood rod is inserted into the hollow of the branch pipe, the mugwort moxibustion, characterized in that coupled only by the fitting coupling in the state that the top of the wormwood sticks protrude.
The method of claim 4, wherein
The mugwort moxa is characterized in that the wormwood rod is formed so that the outer diameter is gradually narrowed toward the upper end from the top.
The method of claim 4, wherein
Mugwort moxibustion is characterized in that the center of the wormwood rod is formed with a guide groove from the bottom for the skin side discharge of wormwood smoke.
The method of claim 4, wherein
Mugwort moxa characterized in that the ventilation hole is formed in the lower portion of the branch pipe for the external discharge of the wormwood smoke.
The method of claim 4, wherein
Mugwort moxa characterized in that the guide hole for the skin contact of the mugwort smoke is formed in the central surface of the base film.

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