KR20110084621A - A producing method of acanthopanax extracts using scoria - Google Patents

Abstract

PURPOSE: A producing method of an acanthopanax extract using scoria is provided to offer the antibiotic function, the purification function, and the deodorization effect of the scoria. CONSTITUTION: A producing method of an acanthopanax extract using scoria comprises the following steps: washing acanthopanax with water filtered by the scoria; cutting roots and stems of the acanthopanax; drying the acanthopanax in a scoria drying chamber at 40~60deg C for 80~100hours; inserting the water filtered by the scoria and the dried acanthopanax into a double-boiling device, and double-boiling the ingredients at 110~130deg C for 20~30hours; discharging the pressure from the double-boiling device; double-boiling the ingredients at 80~110deg C for 20~30hours; secondly discharging the pressure from the double-boiling device; filtering the scoria and foreign materials; inserting the filtered extract into the double-boiling device for concentrating at 100~120deg C for 5~15hours; and finally filtering the concentrated extract.

Description

A method for producing Ogapi extracts using SKOREA {A producing method of Acanthopanax extracts using Scoria}

A washing step of washing the stamens with water filtered with swkorea; Cutting step of cutting the roots and stems Ogapi; A drying step of drying the moisture of the organo to 70% for 80 to 100 hours at 40 to 60 ° C. in a SKOREA drying chamber; Putting the dried water into the water bath and filling the filtered water with water Korea so as to be 5 to 10 times the weight of the dried water, and then pouring the water to 110 to 130 ° C. for 20 to 30 hours in a water bath; A first pressure discharging step of discharging the pressure after the first hot water bath; A secondary bath step of hot water at 80 to 100 ° C. for 20 to 30 hours after discharge of pressure; A second pressure discharge step of discharging the pressure after the second hot water bath; First and second filtration steps for removing foreign matters and foreign matters after the second bath is finished; After the filtration step, the concentrated and concentrated step of putting the extract Korea and filtered extracts at 100 ~ 120 ℃ 5-15 hours; The third step of the final filtration step to filter the concentrated extract; Ogapi extract manufacturing method using the Korea characterized in that consisting of.

A feature of the present invention is to wash the organs with purified water filtered through Sukkorea, cut and heat the sKOREA by heating the indirect heating method equipped with a heater at the bottom of the container containing the SKOKO on the bottom of the drying chamber to which the SKOKO is attached. When the far infrared rays are radiated to dry the ogapi, put the bag containing dried sorghum and dried products in a water bath, and concentrate by pouring in a large amount of far-infrared rays.

Ogapi is a deciduous shrub plant that is distributed in Northeast Asia. It sprouts in early spring, becomes deciduous in autumn, grows up to 2-3m, and has many thorns like mulberry.

The mouth is five-pronged and named Ogapi. Its scientific name is Acanthopanax, which is a combination of Latin words Acantho (thorn tree) and Panax (to cure panacea) and is called "a panacea."

Ginseng and wild ginseng, which are widely known, come in five branches and belong to Ogapiaceae.

Ogapi, which has been used in the world market so far, mainly used natural raw materials collected from the tundra region of Siberia, Russia's forested areas north of the Manchurian Plateau of northeast China, and the highlands of Hokkaido, Japan.

These belong to the genus senticosus of the genus Acanthopanax, which grow in the shade under a large tree, with active ingredients concentrated in the roots, with slow growth and needle-like spines.

However, due to overfishing, its resources have become almost extinct. In recent years, China has been set as a natural protected tree and its roots are not taken without the permission of government officials, and are almost extinct in Russia.

However, Korean Ogapi belongs to the species of sessiliflorus (Ogapi), divaricatus vat.albeofructus (Korean Ogapi), koreanum (Islandopi), and senticosus vat.subinermis (Mingashiogapi) among Acanthopanax genus. The above species grow in the moist lands of the sun in temperate climates, and have thorns like rose thorns on the stems. Siberia does not grow in Korea.

Korean Ogapi species contain a large amount of active ingredients, especially roots, stems, fruits and leaves.

Republic of Korea Patent No. 10-0746994 (Ogapi Goga's manufacturing method) to extract the Ogapigo by heating for 56 hours while maintaining a constant temperature in a special brass ware, which extracts the Ogapigo of the pharmacological effect is better than the conventional production in various compositions It can be useful.

In addition, the Republic of Korea Patent No. 10-0463984 (method of manufacturing a nourishment drink with the main ingredient of Kashi Ogai extract) is an active ingredient extract which fermented by evaporating moisture after pulverizing the root, branch stem, leaf, fruit, which is the raw material of thorn ogapi It is a method of preparing a nutritious drink by mixing.

In addition, the Republic of Korea Patent No. 10-0678591 (Ogapi extraction method) is to provide a method for extracting the active ingredient under the pressurized conditions of the Ogapi powder.

However, the above manufacturing methods were selected to increase the effective ingredient of the ogapi and economical efficiency, the present invention, by utilizing the characteristics of the s Korea, cleaning and drying of the ogapi, and applying the s Korea to the step of condensation and concentration of heavy metals Eliminating the large amount of far-infrared radiation will increase the content of the active ingredient compared to the conventional Ogapi.

Therefore, the characteristics of the present invention is to clean the organs with water filtered through the score Korea, and to cut the pollutants and heavy metals, cut the heating of the scree with a heater of indirect heating method on the bottom of the drying chamber attached to the score, far-infrared rays are radiated evenly dried , A method of extracting Ogapi using S Korea which contains a large amount of ingredients with excellent active ingredients by radiating a large amount of far-infrared rays in the process of putting a bag and dried product containing S Korea in a bath and maintaining a constant temperature.

In the present invention, in the method of manufacturing extract Ogapi using

A washing step of washing the stamens with water filtered with swkorea; Cutting step of cutting the roots and stems Ogapi; A drying step of drying the moisture of the organo to 70% for 80 to 100 hours at 40 to 60 ° C. in a SKOREA drying chamber; Putting the dried water into the water bath and filling the filtered water with water Korea so as to be 5 to 10 times the weight of the dried water, and then pouring the water to 110 to 130 ° C. for 20 to 30 hours in a water bath; A first pressure discharging step of discharging the pressure after the first hot water bath; A secondary bath step of hot water at 80 to 100 ° C. for 20 to 30 hours after discharge of pressure; A second pressure discharge step of discharging the pressure after the second hot water bath; First and second filtration steps for removing foreign matters and foreign matters after the second bath is finished; After the filtration step, the concentrated and concentrated step of putting the extract Korea and filtered extracts at 100 ~ 120 ℃ 5-15 hours; The third step of the final filtration step to filter the concentrated extract; Ogapi extract manufacturing method using the Korea characterized in that consisting of.

The present invention removes heavy metals with contaminants and removes contaminants with water filtered through SKOREA, and cleans them, and when heated with a heater of indirect heating method in the lower container containing SKOREA in a drying chamber to which SKOREA is attached, a greater amount of far infrared rays are radiated than the natural state. Dry the organs. In addition, in the process of placing S Korea in a bag in a bath and filtering it with water that is rich in minerals such as Ogapi, activation of active ingredients and resonance absorption of Ogapi occurs due to far-infrared radiation. And maintain the freshness of the organ. In addition, far-infrared rays are effective in improving taste and ripening as tissue regeneration is maintained and texture is maintained during the boiling and concentration of Ogapi.

In addition, because of the antibacterial, purifying and deodorizing effect of SK Korea, by drying, bathing and concentrating under a constant temperature by far-infrared radiation, the active ingredient is greatly increased while maintaining the original ingredients and original form of Ogapi, and especially, the eluterosides B and E Its purpose is to provide a large amount of components of the extract Ogapi with excellent pharmacological effects.

An object of the present invention is to remove the contaminants and heavy metals by washing the organs with water filtered with sKOREA, the heater is mounted on the bottom of the vessel containing the sKO on the bottom by an indirect heating method in a drying chamber to which the SKO is attached, When heated, a large amount of far infrared rays are radiated than the natural state, and drying the ogapi under a constant temperature and humidity, and in the process of bathing the bag containing sea Korea in the hot water bath with the ogapi, the far-infrared ray is produced by ripening, midnight, wet and neutralization Therefore, a large amount of leuteroside B and E components having excellent active ingredients without impairing the original efficacy of the organo is contained, thereby providing a manufacturing method for extracting the organocope having excellent pharmacological effect.

Therefore, the features and efficacy of the S Korea applied in the present invention,

Scoria is a blackish, porous basic volcanic eruption, also known as rock ash. SKOREA forms irregular rocks with many irregularities such as dark black, black gray, brown, and red, and its specific gravity is small because it is porous. The porous of SKOREA is because when the basalt magma is ejected into the air, the gas in the magma is lost and a lot of pores are generated by the rapid decrease in pressure.

SKOREA (Jeju dialect: Song-yi) is a kind of natural alkaline stone charcoal in which clay was burned by high temperature fire due to the surrounding environment during about 110 volcanoes in the tens of thousands or millions of years in Jeju Island. This Korea is porous and is divided into reddish brown and blackish brown. When it is slightly soaked in water and smells, it has a strong ocher smell.

SKOREA is a natural material that has the ability to combat E. coli with 92 ~ 93% of far infrared radiation, 97% of deodorization rate, 81% of heavy metal adsorption rate, and 99.9% of antibacterial fungus in its natural state, compared to jade, loess, elvan, germanium, etc. It is proved to be superior in far-infrared radiation dose.

In addition, SKOREA has the effect of preventing the disease of livestock by feeding the livestock by mixing the powder with fine powder and feeding it to the livestock, and it has the eco-friendly function of absorbing moisture when the surrounding environment is moisture and releasing moisture when drying. In addition, it is excellent in purifying water quality, and it has excellent moisturizing effect, so that the skin becomes soft and shiny, absorbing sweat and eliminating odors when applied to clothes, and removing germs such as invisible mites. It is known to be effective for human body and food by aging, midnight, wet and dry, neutralization and resonance.

As a result of the chemical composition analysis, Suk Korea, which contains only a small amount of volcanic eruptions, has no harmful substances to humans, and it is excellent in absorbing heavy metals such as mercury and lead.

Tables 1 and 2 show the chemical analysis and characteristics of this Korea.

Table 1, Chemical Analysis Table of Scoria

Scoria is chemically alkaline, suggesting that Scoria contains a large amount of substances that adsorb heavy metals to remove toxicity and fight germs.

Table 2, Chemical Composition of Scoria and Clay and Elvan

As described above, SKOREA can obtain various effects in various fields, and in particular, it can be seen that the purification ability of pollutants is excellent due to the characteristics of porous material.

However, Skorea had a problem that the purification efficiency is low and the volume is inconvenient to use when used as it is collected from nature.

Also, in recent years, interest in well-being has increased and elvan has been used a lot.

However, despite the excellent properties such as far-infrared radiation, air purification, and mineral elution, these characteristics are not comparable to Scoria, and because they contain ingredients that emit radiation, they are not suitable for food, porosity, absorption rate, In the deodorization rate, antimicrobial, etc., there is a disadvantage that the performance is significantly lower than that of Korea.

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

1 is a schematic flowchart showing a manufacturing method according to the present invention;

Drying chamber described in the present invention,

The drying room for maintaining a constant temperature and moisture is equipped with an inner wall to which a s Korea is attached, and a thermostat that automatically adjusts the internal temperature of the drying room to maintain a constant temperature during drying, and a blower on the ceiling. Indirect heating type heater is installed, and the bottom surface is filled with organs, and the bottom is filled with about 70% of paraffin wax filled with heat medium in the container and the bottom case. It consists of a device.

In the above, the inner wall of the drying chamber is composed of uniformly crushing the Sukje gemstones of about 0.5 to 1.5cm, or by crushing the gemstones.

When the blower is operated, far-infrared rays rising from the bottom surface during drying of the shingles evenly spread inside the drying chamber to uniformly dry the shingles.

When described in detail through the examples of a method for preparing the extract Ogapi using the Korea in Figure 1 of the present invention having the above characteristics.

A washing step of washing the stamens with water filtered with swkorea; Cutting step of cutting the roots and stems Ogapi; A drying step of drying the moisture of the organo to 70% for 80 to 100 hours at 40 to 60 ° C. in a SKOREA drying chamber; Putting the dried water into the water bath and filling the filtered water with water Korea so as to be 5 to 10 times the weight of the dried water, and then pouring the water to 110 to 130 ° C. for 20 to 30 hours in a water bath; A first pressure discharging step of discharging the pressure after the first hot water bath; A secondary bath step of hot water at 80 to 100 ° C. for 20 to 30 hours after discharge of pressure; A second pressure discharge step of discharging the pressure after the second hot water bath; First and second filtration steps for removing foreign matters and foreign matters after the second bath is finished; After the filtration step, the concentrated and concentrated step of putting the extract Korea and filtered extracts at 100 ~ 120 ℃ 5-15 hours; The third step of the final filtration step to filter the concentrated extract; Ogapi extract manufacturing method using the Korea characterized in that consisting of.

Ogapi uses roots, fruits and stems,

It is based on 5-10 L of water filtered by SKORO per 10 kg of Ogapi.

1. washing step;

Due to its porous nature, SKOREA provides clean products by thoroughly cleaning roots, stems and fruits with filtered purified water that maximizes the ability to purify pollutants, adsorption of heavy metals, and mineral elution.

Differentiating and crushing the Sukje ore is the washing step of washing the organ with a filtered water by stacking the primary 6-8mm secondary 4.5-6mm tertiary 3-4.5mm 4th 1.5-3mm 5th 0.3-1.5mm.

Ogapi's active ingredients are lightly soluble in water, so wash them lightly.

2. cutting step;

The cutting step of cutting the roots and stems about 1 ~ 2cm in order to facilitate the bath and storage of the washed Ogapi.

3. drying step;

The cut cucumber skin is dried in a drying chamber at 50 ° C. for 90 hours so that the moisture of the cucumber skin becomes 70%.

The drying step is a drying step to have a plurality of organs have a constant moisture content while maintaining a constant temperature.

If the dryness of the ogapi is ignored while ignoring the difference in moisture content, it is difficult to obtain a uniform taste and color of the product due to the difference in the overall moisture content. Thus, the drying step of adjusting the uniform moisture content with a large amount of far-infrared radiation by using SKORY drying chamber. Is an important process.

4. The first bath stage;

The dry dried water is put in a bag containing dried seaweed in a water bath, and the dried water is filled with filtered water through seaweed.

Due to its porous nature, SKOREA provides the filtered water with the greatest ability to purify contaminants and maximize heavy metal adsorption and mineral elution.

In addition, about 10-30kg of SKOREA ore is used in a bag.

5. The first pressure discharge step;

When the primary bath is completed, the first pressure discharge step of removing the pressure by removing the pressure by opening the pressure valve.

6. the second bath stage;

After the first pressure discharge is a secondary bath step of bathing at a constant temperature for 24 hours at 90 ℃ without changing the contents of the primary bath.

7. The second pressure discharge step;

When the secondary bath is completed, the secondary pressure discharge step of removing and removing the pressure by opening the pressure valve.

8. the first and second filtration steps;

When the secondary pressure discharge is completed, the extract of Skoria and Ogapi removed is the first and second filtration steps to remove foreign substances through the first and second filters.

The secondary filter filter is a special material to filter out all the fine foreign matter by using a 0.5 micron and 1 micron filter.

9. concentration step;

Put the bag containing the filtered extract and s Korea in a water bath is a concentration step of concentrating the extract through a process to stabilize at a constant concentration through a constant temperature at 110 ℃ for 8 hours.

10. the third filtration step;

The concentrated Ogapi extract is a third filtration step to filter out all the fine foreign substances by filtration once again with a second filter.

The present invention has been shown and described with reference to the preferred embodiments as described above, but is not limited to the above embodiments, those of ordinary skill in the art to which the present invention pertains without departing from the spirit of the present invention. Various modifications and variations are possible within the scope of the technical spirit of the present invention and the scope of the invention claims to be described below.

1 is a schematic flowchart showing a manufacturing method according to the present invention;

Claims (6)

In the method of manufacturing the extract Ogapi using the above Korea, A washing step of washing the stamens with water filtered with swkorea; Cutting step of cutting the roots and stems Ogapi; A drying step of drying the moisture of the organo to 70% for 80 to 100 hours at 40 to 60 ° C. in a SKOREA drying chamber; Putting the dried water into the water bath and filling the filtered water with water Korea so as to be 5 to 10 times the weight of the dried water, and then pouring the water to 110 to 130 ° C. for 20 to 30 hours in a water bath; A first pressure discharging step of discharging the pressure after the first hot water bath; A secondary bath step of hot water at 80 to 100 ° C. for 20 to 30 hours after discharge of pressure; A second pressure discharge step of discharging the pressure after the second hot water bath; First and second filtration steps for removing foreign matters and foreign matters after the second bath is finished; After the filtration step, the concentrated and concentrated step of putting the extract Korea and filtered extracts at 100 ~ 120 ℃ 5-15 hours; The third step of filtration to finally filter the concentrated extract; Ogapi extract manufacturing method using the Korea characterized in that consisting of. The method of claim 1, Drying chamber described in the present invention, The drying room for maintaining a constant temperature and moisture is equipped with an inner wall to which a s Korea is attached, and a thermostat that automatically adjusts the internal temperature of the drying room to keep drying constant, and a blower is installed on the ceiling. It is composed of an indirect heating type heater device in which a tray containing a sheath, and its bottom is filled with about 70% of a paraffin wax filled with a heat medium in a container containing s Korea and a case at the bottom thereof, and a heater is mounted on the bottom thereof. Ogapi extract manufacturing method using the korea. The method of claim 1, Due to the porous nature of SKOREA, it is excellent in purifying pollutants, and it is excellent in heavy metal adsorption and mineral elution. Tea 1.5 ~ 3mm 5th order 0.5 ~ 1.5mm 5 stacked in five to make a water extract by using s Koreai characterized in that the filtered to make water. The method of claim 1, Ogapi extract is a method of producing an extract of ooga using s Korea, characterized in that using the root, fruit, stem. The method according to claim 1 or 4, Ogapi extract manufacturing method using the S Korea, characterized in that for processing the health food using the ogapi extract. The method according to claim 1, 4, 5, A method for producing an extract of Ogapi using s Korea, characterized in that for processing a health food containing a component extracted from the above Ogapi as a main ingredient.

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