KR100690075B1 - A manufacturing method of moxa using a salt - Google Patents

Abstract

The present invention comprises the steps of preparing a solution of saturated concentration by the addition of bamboo salt or pine salt in water; Kneading while adding the saturated solution of the salt to the dried mugwort; Aging the kneaded mugwort in a dark room; It relates to a method of producing moxa for moxibustion using bamboo salt or pine salt consisting of the steps of: natural drying the aged mugwort at room temperature;

Moxa moth powder for moxibustion prepared through the manufacturing method as described above is manufactured as moxa moxa rods as the salt component is contained therein, thus reducing the amount of smoke generated during use and reducing the mesmerized odor so that the user can be treated in a pleasant environment. The tar content contained in the interior is also reduced to prevent the surrounding furniture from being contaminated, and as the salt component acts as a preservative, the storage property can be improved for long-term storage.

Mugwort, moxa, salt, mugwort

Description

A manufacturing method of moxa using a salt using bamboo salt or pine salt

Figure 1a and 1b is a graph measuring the far-infrared emissivity and radiation energy for the mugwort moth of the present invention

The present invention relates to a method for producing moxa for moxibustion using bamboo salt or pine salt, and more particularly to a method for producing moxa for moxa used as a raw material of moxa moxa rods that can be easily used at home.

Moxibustion means burning medicinal products such as mugwort at the point where acupuncture points are used a lot, causing thermal stimulation from the body surface to the living body, causing constant bioreaction, contributing to the prevention and treatment of diseases. It is a unique method of oriental medicine.

The therapeutic effect of moxibustion described above is enormous, and the effect on the human body is to improve blood circulation, communicate clogged groups and blood, increase cellular immunity and humoral immune function, and leukocytes It increases the number of red blood cells and the amount of hemoglobin, enhances blood flow rate and phagocytosis, and positively affects blood sugar and potassium, calcium and blood clotting time. It is known to have an analgesic soothing effect by promoting lubrication of the gastrointestinal tract and increasing secretion of digestive fluid, increasing body mass as well as affecting the endocrine system.

Such moxibustion is divided into direct moxibustion, which burns directly on the skin while moxibustion, and indirect moiety that is placed on top of ginger or garlic on the skin. In general, direct moxibustion treatment is large and fast, but there are disadvantages such as pain, scars, physical dissipation, and inadvertent side effects, while indirect moxibustion is not hot and scary instead of small and slow. In recent years, the use has increased due to the advantage that it does not occur and has fewer side effects.

The most widely used moxibustion of the moxibustion is when heating the wormwood to stimulate the blood, a kind of heating protein is formed, the protein formed in this way to communicate the blocked blood and chemicals in the body by chemical reaction, the protein in the diseased lesion Is known to have an excellent effect in treating various diseases.

As mentioned above, mugwort used for medicinal use is known to be the most effective when used within five days before and after the May Dano, and recently, many mugwort moulds, which have been formed from mugwort powder, are easily sold at home. It is true.

However, despite the excellent effect of moxibustion therapy, smoke generated during moxa moxibustion has a unique wormwood smell, which causes user discomfort, and when such smoke is discharged into the room, tar components of mugwort are buried in furniture. It has been reluctant to use because it pollutes the environment. In addition, in the case of mugwort, it is difficult to long-term storage because of the natural occurrence of worms, especially when stored at home, it was difficult to keep the insects boiled and deteriorated easy to use in the home.

On the other hand, in addition to these moxa moxibustion as indirect moxibustion, garlic moxibustion, ginger moxibustion, rich moxibustion, pepper moxibustion, moxibustion moxibustion. There are moxibustion moxibustion, moxibustion, electrothermal moxibustion, foaming moxibustion, and these moxibustions have their own characteristics and effects.

Among them, salt moxibustion has been introduced in the ancient Chinese book Emperor's Botany, which has been shown to be effective in relieving cold decay and decomposing abdominal fat of women. It has been found to maintain the osmotic pressure of the constant, to balance the acid and alkali, to cleanse the blood, penetrate the saliva, urine and bile to facilitate its function. In particular, when the joint is cold or sudden abdominal pain, diarrhea, vomiting, belly hands and feet cold, moisturizing the perineum is said to have an excellent effect.

However, in case of moxa moxa, moxa moxa rods are sold on the market, so it can be easily performed at home, while salt moxibustion is cumbersome, especially in the case of moxibustion. Even if you obtain bamboo salt or pine salt, it is not easy to perform the procedure unless it is a therapeutic purpose, so it is not used universally.

Therefore, the present invention is to solve the above problems, it is possible to reduce the amount of smoke generated during moxibustion to reduce the mesmerized odor during the procedure, to improve long-term storage, and also with the efficacy of salt moxibustion It is an object of the present invention to provide a method of producing moxibustion for moxibustion using bamboo salt or pine salt which can obtain the effects of two types of moxibustion simultaneously.

The present invention to achieve the above object,

Preparing bamboo salt or pine salt in water to prepare a saturated solution;

Kneading while adding the saturated solution of the salt to the dried mugwort;

Aging the kneaded mugwort in a dark room;

It is achieved by providing a method of producing moxibustion for moxa using bamboo salt or pine salt, characterized in that consisting of; the step of natural drying the aged mugwort at room temperature.

Hereinafter, the present invention will be described in more detail.

First, bamboo salt or pine salt is added to water to prepare a saturated solution, and the saturated solution of salt thus prepared is kneaded so as to be mixed evenly by adding a small amount to the dried mugwort.

At this time, the mugwort used as raw material is harvested within 5 days before and after only 5 days of May, so the medicinal effect is the best. Therefore, the leaves or fine stems of the mugwort collected at this time are cut and cut to proper length. It is desirable to.

The amount of the saturated solution of salt added to the mugwort should be supplied enough to contain as much salt as possible in the mugwort, but if too much is added, the active ingredient of mugwort may leak out and the dough is easy It must be added in consideration of this. Therefore, 25 to 40 parts by weight of saturated solution of salt with respect to 10 parts by weight of mugwort or its powder is most effective in consideration of salt absorption efficiency and workability.

The kneaded kneaded in this way is evenly spread on the mating plate, and then aged for 24 to 40 hours in a dark room at 35 ~ 45 ℃, through the aging process, the salt component is penetrated into the inside of the mugwort.

As the above-mentioned aged mugwort has a physical form change with the early mugwort due to salt penetration, the color turns slightly blackish gray, and the smell is not the smell of fresh mugwort but rather the smell of steamed mugwort. I could confirm it.

In the next process, take the aged mugwort as described above and air dried for about 24 hours in a well-ventilated shade or dried in a drying room, and afterwards is optionally subjected to a separate grinding process to complete the moxa mugwort in powder form.

The moxa powder for moxa produced as described above can be manufactured with moxa moth rods through a manufacturing method which is conventionally used. For example, the above-mentioned moxa powder is filled into a molding machine having a predetermined shape and pressurized with a compression press for 3 to 5 minutes. It can be manufactured in various shapes such as conical, cylindrical, angular or spherical.

The mugwort powder prepared as described above is manufactured with mugwort moth sticks as the salt component is contained therein, thereby reducing the amount of smoke generated during use and reducing the mesmerizing odor so that the user can be treated in a pleasant environment, and together with the smoke The tar component was also reduced to prevent the surrounding furniture from being contaminated, as well as to improve storage properties as the salt component plays a role of preservative, it was confirmed experimentally through the examples described later that can be stored for a long time.

In addition, the effect of moxibustion during the procedure, as well as the salt moistening naturally occurs at the same time, the mineral mineral of salt is absorbed into the skin as it is, maintaining the osmotic pressure of body fluids, balance the acid and alkali, purify the blood and purify the blood and saliva, urine and bile In addition to improving its functionality, a large amount of far-infrared rays are radiated to provide additional effects that promote metabolism.

Hereinafter, the present invention will be described in more detail with reference to the following examples, which are only presented to aid the understanding of the present invention, and the present invention is not limited to the following examples.

<Production example>

10g of mugwort powder is put into the kneader and kneaded with 25 죽 of saturated salt of bamboo salt solution in small amounts.Then, the dough is spread evenly on a maturing plate and aged in a dark room at 40 ℃ for 30 hours. Dried.

Thus, the salt-matured mugwort powder 10g was filled into a molding machine and pressed using a compressed press to prepare a cylindrical mugwort rod through which an inner diameter of 10 pies and an outer diameter of 50 pies penetrated.

Comparative Example

10 g of ordinary mugwort powder was filled into a molding machine, and pressed using a compression press to prepare a mugwort moxa rod having a cylindrical cube penetrating an inner diameter of 10 pies and an outer diameter of 50 pies.

<Example 1>

The moxa moxa rods prepared from the above production examples and the comparative examples are separated and placed in a closed space of the same size, and a wet white woven fabric is installed at a predetermined interval on the moxa moxa rod so that smoke passes during combustion. Ignition of the upper hole at the same time and observed the combustion process by time zones and the results are shown in Table 1 below.

time Observation of combustion process over time Production Example Comparative example Ignition start Combustion is slow Combustion spreads quickly to the surface Within 1 minute Smoke of white little by little No smell A lot of blue smoke produces the smell of the mugwort 5 minutes Burning part is black and maintains shape. Smell of steamed mugwort is left. White ash bleeds to the top and the shape collapses, making the odor of the wormwood thicker 6 minutes Continuous combustion Significantly less smoke 8 minutes Significantly reduced smoke generation Smells of steamed mugwort Almost no smoke generation Smell of mugwort remains 13 minutes 5% white ash on the surface Form completely collapsed Combustion and thermal end 18 minutes Keep the form intact End of combustion and heat - Observation No special foreign objects found Dark red foreign substance found

As can be seen from the observation results of Table 1, the mugwort bar of the production example prepared by using the mugwort powder matured in the salt is relatively long combustion process compared to the mugwort bar of the comparative example prepared by using the common dry mugwort powder In the combustion process, white smoke is produced and the smell of steamed mugwort similar to that of wormwood rice cake is produced. In the comparative example, blue smoke is generated and a distinctive smell of mugwort is generated. It was. In addition, it can be seen that the smoke of the preparation example is pure combustion component that does not contain the tar component of wormwood, and even if the white woven fabric passing the smoke of the mugwort rod generated during actual combustion is estimated as a tar component only in the comparative example. It was confirmed that the dark red foreign matter was buried.

<Example 2>

The wormwood rods prepared from the preparation examples and the comparative examples were separated from each other in a sealed space and placed in a sealed space, and the alteration process was observed for each time period, and is shown in Table 2 below.

Observation of degeneration over time 15 days past 30 days past 60 days passed 120 days elapsed 180 days passed Production Example No change No change No change No change Bug outbreak Comparative example No change Bug outbreak Insect Larvae - -

As can be seen from the observation result of Table 2, the mugwort moth bar of the manufacturing example prepared using the mugwort powder aged in salt, while the insects known as mugwort weevil occurred only after 180 days, the general dried mugwort powder The moxa moth bar of Comparative Example prepared as a raw material was confirmed that the amount increased rapidly after 30 days elapsed by the production of larvae after worms were generated. It can be seen that in the case of the preparation example, the salt component acts as a preservative to prevent worms from occurring and deterioration.

<Example 3>

The far-infrared emissivity was measured by using FT-IR at the combustion temperature of 400 ° C. and the far-infrared emissivity compared to the black body, and the results are shown in Table 3 and FIGS. 1A and 1B. .

Emissivity (3 ~ 20㎛) Radiation energy (W / ㎡ · ㎛, 400 ℃) Production Example 0.866 8.89 × 10 ³

Moxibustion for moxibustion prepared by the manufacturing method of the present invention as described above is manufactured as a moxa moxibustion rod as the salt component is contained therein to reduce the amount of smoke generated during use and reduce the mechanized odor can be operated in a comfortable environment In addition, the tar content contained in the smoke is also reduced to prevent the surrounding furniture from being contaminated, and as the salt component acts as a preservative, the storage property is improved, resulting in a long-term storage effect.

In addition, the present invention, as well as the effects of moxa moxibustion during the procedure is naturally made at the same time, the salt moisturizing is absorbed into the skin as it is, the mineral component of the salt is absorbed into the skin as it is to maintain the osmotic pressure of body fluids, balance the acid and alkali, purify the blood and clean saliva In addition to improving the functionality of the bile, a large amount of far-infrared rays are radiated to obtain additional effects of promoting metabolism.

Claims (4)

Preparing bamboo salt or pine salt in water to prepare a saturated solution; Kneading while adding the saturated solution of the salt to the dried mugwort; Aging the kneaded mugwort in a dark room; Step of naturally drying the aged mugwort at room temperature; Method of producing moxa for moxibustion using bamboo salt or pine salt, characterized in that consisting of. The method of claim 1, wherein the saturated solution of salt is 25 to 40 parts by weight based on 10 parts by weight of mugwort or powder thereof. The method of claim 1 or 2, wherein the aging of the moxibustion for moxa using bamboo salt or pine salt, characterized in that the aging is made for 24 to 40 hours in a dark room at 35 ~ 45 ℃. Moxibustion for moxibustion using bamboo salt or pine salt, characterized in that produced by the manufacturing method of claim 1.

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