KR20080107337A - The growing method of germanium clean organic agricultural product - Google Patents

Abstract

A method for preparing germanium wood vinegar, oxidized germanium wood vinegar or germanium Arthemisia Asiatica Nak. wood vinegar, and a method for cultivating germanium Eleutherococcus senticosus are provided to obtain the clean organic plant having the useful function of germanium such as immunity enhancement, etc. with a low cost. Germanium Eleutherococcus senticosus is cultivated by spraying the germanium wood vinegar prepared by precipitating 10-10,000 g of a germanium powder or an oxidized germanium powder in the tank containing 20-200 L of wood vinegar, in a ratio of 1-10 L per 1 m^2 in the first part of November, spraying the germanium wood vinegar before the sprout comes out in the next spring, and spraying the germanium Arthemisia Asiatica Nak. wood vinegar prepared by precipitating 10-10,000 g of he dried germanium Arthemisia Asiatica Nak. in the tank containing 20-200 L of wood vinegar.

Description

The Growing Method of Germanium Clean Organic Agricultural Product.

To date, cultivation technology using germanium (Ge), which is known as a relatively new material, is being in the beginning stage, from general crops, specialty crops, and organic farming to herbs.

The reason is that Korea's food hygiene law does not certify germanium products, but recently, the German technology has been developed by domestic technology, and the KFDA has certified it. Japan, the United States, and China have long allowed Germanium to be distributed, but late.

As of December 22, 2006, the inventors of the present invention "The method of growing crops using thorium or germanium powder" (Registration No. 10-0663153) is a strong advantage against various pests compared to other crops because the germanium crop is strong in the growth process. However, thorium ore is heavy metal with a specific gravity of 10 or more, so it may be contaminated with foliar fertilization or crop during irrigation work, so it is necessary to pay attention to it. But it requires attention.

In the present invention, however, the germanium component and the germanium oxide ore having a specific gravity of 5 or more are precipitated for 6 months by using wood vinegar, which is a new environmentally friendly material, and the germanium component is penetrated and decomposed by acetic acid which is the main component of wood vinegar. Decomposes the solidification of germanium ore powder in water, and the mycorrhizal fungus roots that grow on the roots of higher plants absorbs wood vinegar with inorganic germanium oxide and supplies it to plants to increase the chemical action to produce organic germanium. Germanium ore or wood oxide solution promotes the activity and growth of crops by increasing the production of hexagonal structured water and dissolved oxygen by water molecule ionization. 280 kinds of ingredients and 13 kinds of metal elements reduce crop damage of crops Mugwort grass vinegar is used as a special eco-friendly material of germanium clean organic farming by specially using it as the irrigation and foliar cost of each crop to develop new health culture of man.

An object of the present invention relates to a "germanium clean organic agricultural product cultivation method" according to the new germanium material manufacturing method and organic germanium clean organic agricultural product cultivation method using the same as follows.

Below

1) Powder and germanium oxide ore powder (foreign product) powdered with 400 mesh of raw ore containing 63 mg / kg of germanium (Ge) component of mica gneiss, which is a relatively new substance known as germanium. Purchase).

2) Wood vinegar (PH ₃ ) is strongly acidic and decomposes the inorganic germanium component contained in germanium ore powder and germanium oxide ore powder (Geo ₂ ) by using the penetration and degrading power of acetic acid, its main ingredient. It is an eco-friendly new material consisting of 13 kinds of organic elements with 280 kinds of metal elements, promoting plant growth, plant activity (promoting germination rooting), weeding, soil disinfection, persimmon pesticide, fertilizer, animal pest avoidance, pest sterilization, compost promotion, etc. It is a new environmental agricultural material widely used in Korea and Japan.

3) In this study, 10 g to 10.000 g of germanium ore powder or germanium oxide ore powder per 20 l to 200 l of wood vinegar was precipitated in wood vinegar tank for 6 months and stored in cold store for 6 months.

4) To prepare a package for growing germanium wormwood, the vinegar solution mixed with 10 liters to 1.000 liters of bottled water per liter of germanium ore or vinegar of paragraph 3 of germanium oxide is sprayed at a ratio of 1 to 10 ℓ of wormwood packaging m ² After making the tarry work and mockup, take the wild wormwood roots 10 days before and plant them in the mockup, and then, before the spring sprouts in early spring, the medicinal mugwort packaging m at a mixed ratio of 10 liters to 1000 liters of mineral water per liter of germanium ore oxide vinegar solution of paragraph 3 above. ^{At the} rate of 1l to 10l per ^two , fertilize at 10 days intervals until the growth period.After the growth period, collect it, shorten the dried and dried germanium wormwood in the shade, settle it in the wood vinegar tank for 6 months, and transfer it to the small container in the early spring the following year. It was stored at low temperature warehouse at the cost of foliar storage of germanium clean organic produce.

5) Each seedling of Korean ginseng, or thorny red ginseng, or wormwood, is mixed in a planting crop seed at the beginning of November in a ratio of 10 liters to 1.000 liters of bottled water per liter of germanium ore or wood oxide solution of paragraph 3 above, and each planting planted m ² Spray it at a rate of 1ℓ to 10ℓ per sugar, make Notari work and mockup, plant each seedlings of Korean ginseng, thorny opiaceae, and wormwood, and then in the early spring, before the sprouts of Korean ginseng, thorny creeper, and wormwood, as wood vinegar water to 10ℓ per 1.000ℓ mixing ratio ℓ sprayed with each packing crop m ² 1ℓ to 10ℓ per rate, and the sprout came out 10 days after each crop packed with germanium wormwood vinegar water 10ℓ to 1.000ℓ mixing ratio ℓ per m ² per It is characterized by continuous fertilization and foliar fertilization at intervals of 10 days before and after 10 days at a rate of 1ℓ to 10ℓ. Germanium clean organic products cultivation method ".

6) As an organic function of wood vinegar, some poisonous farmers in Japan fertilized animal wood vinegar, which caused the animal bones to settle in the wood vinegar when the crops lacked nutritional status. In the case of severe pests, garlic or red pepper was precipitated in the wood vinegar. In case of fertilization, the case of suppressing bacteria was also introduced in the monthly magazine of Korea Charcoal Research Society. The function of wood vinegar is not a pesticide, but can be used as a unique eco-friendly material for cultivating germanium clean organic produce because it has a double side that can give nutrient function and pesticide function depending on the ratio of mixing with bottled water.

Using the new organic materials as described above, this study was commissioned for the analysis of germanium and total saponin performed by the Korea Institute of Science and Technology by cultivating Korean ginseng, thorny ginseng and wormwood as germanium clean organic produce.

Germanium Analysis Method

Weigh about 10 g of the sample, place it in a Pyrex B-Cup, add about 50 ml of nitric acid, cover it, heat it on a 200 ℃ hotplate to destroy organic matter, blow off the excess acid, and fill the 25 ml volumetric flask with distilled water. Germanium was quantitatively analyzed at m / z = 74 using 1CP / MS under optimal conditions.

Total Saponin Analysis Method

Accurately weigh 1-2 g of the sample into an Erlenmeyer flask, dissolve in 60 ml of water, transfer to a separatory funnel, wash with 60 ml of ether, and extract the water layer three times with 60 ml of saturated butanol. Combine the extracts and wash with 50 ml of water. The water-saturated butanol layer was transferred to a concentrated flask with a constant weight, concentrated under reduced pressure, dried at 105 ° C. for 20 minutes, cooled for 30 minutes in a desiccator, and weighed to obtain the amount of ginseng component (irradiated ponin) according to the following formula.

Ginseng Components (mg / g) =

A: Weight of flask after concentration of water-saturated butanol layer (m5)

B: Empty flask weight in mg (mg)

S: Sample Collection (g)

An object of the present invention is to develop a high-level germanium clean Korean ginseng and thorny ginseng, wormwood using a natural new agent at low cost. According to the technical problem, ① germanium ore or germanium oxide ore is precipitated in ② wood vinegar for 6 months, and the ge component of germanium is decomposed by the penetration power of acetic acid which is the main ingredient of wood vinegar. That is, oxidation occurs. More preferably, the precipitation of germanium powder to chlorine is similar to the principle of changing to germanium chloride, or the germanium powder can be changed to germanium oxide by firing at 600 ° C to 700 ° C and quenching in cold water. Cause problems.

Germanium is divided into inorganic germanium and organic germanium. Inorganic germanium is contained in ores and organic germanium is contained in plants. Therefore, organic germanium can be called vegetable germanium, but it is physical and chemical action by plant absorbing mycorrhizal in symbiotic process where natural mycorrhizal plants absorb inorganic germanium in soil and supply it to plants. It appears to change to phyto-germanium (organic).

However, foliar fertilization of inorganic germanium oxide cannot absorb germanium oxide on the foliar surface. This is because the mycorrhiza is absorbed mostly from the lower part of the plant tissue before it comes to the foliar surface and becomes active.

However, the germanium contained in the germanium wormwood herbicide is pure vegetable organic germanium, so the organic germanium contained in the germanium wormwood herb vinegar is absorbed by foliar fertilizer even though it is not mycorrhizal.

The reason why the present invention is characterized by foliar fertilization of Korean ginseng, Ogapi, and wormwood crops with germanium wormwood herb vinegar solution.

The technical problem to be achieved of the present invention is a technical task of acetic acid decomposing (oxidizing) the components of germanium ore or germanium oxide in the process of precipitating germanium ore or germanium oxide in wood vinegar for 6 months and germanium oxide ore vinegar in wild wormwood The germanium of sprayed and grown germanium wormwood is pure vegetable organic germanium, so it is absorbed like other substances in foliar fertilization.

The most important technical task is to decompose (oxidize) germanium ore or germanium oxide components, and the germanium cucurbita can be easily absorbed by foliar fertilization even if the crops are not mycorrhizal. It is possible to cultivate agricultural products, but there are characteristics of technical problems.

The configuration of the present invention includes: i) a step of depositing a certain amount of ① germanium ore powder, or germanium oxide ore powder, ② germanium wormwood in a tank containing a certain amount of wood vinegar solution with each of the above ①: ii) the above paragraph 1 ① (2) Spraying a certain amount of wood vinegar mixed with a certain amount of bottled water in a tank settled for 6 months, spraying a certain amount per m ^{2 of} paving seam and then making a mockup: Planting thorny ogaphy seedlings and wild wormwood seedlings, respectively, the following year before the shoots emerge in the spring of the first paragraph 1 ① of the above-mentioned germanium ore wood vinegar or germanium oxide ore wood vinegar and mixed with a certain amount of bottled water, spraying a certain amount per m ^{2 of the} packaging core, out the sprout, and then the first plant crop, wherein ② is a mixture of water and a predetermined amount of germanium wormwood vinegar packing m ² It is configured to not continuously performed with the drench or foliar applications an amount up to 10 days after the growing season at intervals in one work step, characterized.

The present invention is a high-level germanium Korean ginseng cultivated by the "Germanium Clean Organic Products Cultivation Method", a high-level germanium clean ginseng, a high-level germanium clean wormwood is 1.3 times, a maximum 2.6 times the total saponin that is more important than the conventional Korean ginseng grown Pear to 3.1 times, germanium (Ge) ingredients contain at least 15 times, up to 1.300 to 3.300 times more, which is used as a tidal long-term from birth to old age can develop a new 21st century health culture by boosting immunity.

To this end, high-density germanium-cleaned Korean ginseng, high-germanium-cleaned ginseng, and high-germanium-purified wormwood are becoming the world's only health functional foods, and they can regain their status as the main producers of Korean ginseng. In addition, it is expected that there will be no shortage in improving the rural economy of Korea and developing into the cutting-edge industry of Korean ginseng industry.

Claims (3)

Add 20 l to 200 l of wood vinegar to each tank No. 1 and No. 2 tank and add germanium ore powder to No. 1 tank and No. 2 tank and add 20 l to 200 l of wood vinegar each to 10g to 10.000g of germanium ore powder or germanium oxide ore powder. Germanium ore wood vinegar or germanium oxide ore wood and germanium wormwood vinegar solution characterized in that the tank, dried germanium wormwood 1.000g to 10.000g into each of the No. 2 tank and settle for 6 months. The germanium ore vinegar mixed with 10 liters 1.000 ℓ of bottled water per liter of germanium ore or vinegar of the germanium oxide ore vinegar of No. 1 tank is sprayed at the rate of 1 ℓ to 10 ℓ per m ^{2 of} Germanium wormwood cultivation packaging in early November After working 10 days before and after making the root wormwood, extract the roots of wild wormwood, transfer the wormwood into the ridge, and spray the germanium ore vinegar solution at 1 l to 10 ℓ per m ² and sprout out next is characterized in that it underwent the claim 1 No. 2 drench and foliar applications work germanium wormwood wood vinegar of the tank to the wormwood packing m ² 1ℓ to 10ℓ rate per e to 10 days before and after the pitch to the wormwood growing period One germanium wormwood cultivation method. The germanium ore of the No. 1 tank is mixed with the germanium ore or vinegar solution of the No. 1 tank 1 and the germanium wormwood vinegar solution of the No. 1 tank 2 at a ratio of 10 L to 1.000 L of bottled water per liter Spray wood core or germanium oxide wood vinegar at a rate of 1 to 10 liters per m ^{2 of} each pavement, make Notari work and mockup, plant Korean ginseng or prickly pear and plant the ginseng in the early spring of the following year before sprouting each crop. Each crop core is sprayed with germanium ore or wood oxide solution of germanium oxide ore at a ratio of 1 l to 10 l per m ^{2 of} each pavement, and after sprouting of each crop, the germanium wormwood herb liquor of tank No. 1 ^{2 above is added} per m ² of each crop pavement. It is characterized by continuous fertilization or foliar fertilization at intervals of 10 days before and after 10 days at a rate of 1ℓ to 10ℓ. Method of cultivating germanium-cleaned Korean ginseng and germanium-cleaned thorns.