KR100862906B1 - Cultivate Method for Bean Sprouts using Culture Solution including Loess - Google Patents

Abstract

The present invention is to make a finished product by mixing the clay powder and a plurality of natural minerals in an appropriate ratio, and then dilute (mix) an appropriate amount in water to use as a culture medium for growing soybean sprouts, mainly due to rotting disease, which occurs at a temperature of 20 ℃ or more, It is possible to prevent the incurable disease, and also by adding a germanium component to the culture medium soybean sprouts cultured in groundwater or tap water by the conventional cultivation method and soybean sprouts cultured in a culture solution added with a germanium component here. As a result of the comparative analysis, it was confirmed that the content of vitamin C is increased to about 3 to 5 times and completed the invention. The appropriate amount of the product made by mixing the ocher powder of the present application and a plurality of natural minerals in an appropriate ratio is water. When used as a culture medium for growing soybean sprouts by diluting (mixing) in water, It is possible to reduce the damage caused by the disease, and to supply effective nutrients such as various trace elements or minerals, so that the bean sprouts grow quickly, saving time and effort for cultivation. It can be effective.

Ocher, organic calcium, elvan, zeolite, germanium, bean sprouts, vitamin C

Description

 Cultivate Method for Bean Sprouts using Culture Solution including Loess}

The present application relates to a culture medium for cultivating bean sprouts comprising an appropriate amount of loess powder and a plurality of natural minerals.

Bean sprouts are grown by germinating white beans and mung bean sprouts. Bean sprouts are rich in vitamins, minerals and proteins, which are particularly rich in vitamin C and are high in fiber, which helps intestinal action and prevents adult diseases. It is one of the most favorite foods of our people.

If you look briefly on how to grow bean sprouts, they are soaked in water until the volume of soybeans is about twice as large in a dark place. If you water it 2 ~ 3 times a day while keeping it at 27 ~ 30 ℃ in a dark place, it will sprout, white beans will sprout after 2 weeks, and other beans will be sprouted after 1 week. It is the food to eat when sprouts grow 10 ~ 13cm tall.

In the past, small amounts of bean sprouts were cultivated in each household, and housewives picked them and used them as food. However, nowadays, bean sprouts are also cultivated as industrialized and industrialized. Problems such as rot and incurable diseases, such as rot sprouts before the ripening of the sprouts are not possible to eat food, the situation occurs, especially if the room temperature is maintained above 20 ℃ rot and insomnia becomes more severe.

Most of the small businesses that specialize in growing bean sprouts know that it is effective to prevent such diseases when installing low temperature cultivation facilities, but due to the economic burden on the facilities, they are based on preservative pesticides such as indole containing organic mercury. Due to the excessive use, the situation of being caught and accused by the KFDA enforcement officers can be seen in newspapers and TV news periodically.

The cause of such rot and incurable disease is, first and foremost, because it can be economical only by growing and producing a large amount of bean sprouts in a small area. Water and air flow is blocked between the stems, and a variety of bacteria multiply therebetween, causing high heat, leading to rot and soft disease, causing bean sprouts to die.

The present invention not only prevents rot and incurable diseases, which are frequently caused in growing bean sprouts by using natural substances without using any chemical preservatives, and doubles the amount of minerals and vitamins than bean sprouts grown using groundwater or tap water. It is an object of the present invention to provide a bean sprout cultivation method capable of providing and supplying good and nutritious bean sprouts to consumers by providing rapid growth of bean sprouts and a large amount of nutrients, and a culture agent for growing the bean sprouts.

In the present invention, the ocher powder is mixed with a plurality of natural minerals in an appropriate ratio to produce a finished product, and then diluted (mixed) with an appropriate amount in water and used as a culture medium for growing bean sprouts. It is possible to prevent rot and incurable diseases, and also by adding the germanium component to the culture medium of the present, nutrition of soybean sprouts cultured with groundwater or tap water by the conventional cultivation method and soybean sprouts cultured with the culture medium added with the germanium component As a result of the comparative analysis of the state, the content of vitamin C was confirmed to increase to about 3 to 5 times the content and completed the invention.

The culture medium for growing bean sprouts of the present application is used as a culture medium for growing bean sprouts by diluting (mixing) an appropriate amount in water, and when using the culture solution of the present application, it is possible to prevent rot and soft disease occurring mainly in summer (20 ℃ or more). .

Most microorganisms reproduce about 90% at a pH of 6.5 to pH 7.5, and the inventive culture product is provided as a strong alkaline agent having a pH value of up to 13. When diluted to make a haphap dilution solution of pH 8.0 ~ 8.5 and provided and sprayed as a cultivation medium for growing bean sprouts, it is possible to cultivate high quality bean sprouts that are not affected by diseases such as rotting disease and purifying disease at high growth rate because of excellent sterilization and antibacterial effect. Confirmed that it can.

In addition, the bean sprouts cultivated as the present invention provides soybean sprouts that contain trace elements and minerals that are useful to the human body in addition to increasing the vitamin C content, combines taste and nutrition, and grows faster and faster than general bean sprout cultivation methods. Bean sprouts can be freshly provided to consumers.

Hereinafter, looking at the properties of the raw materials used in the present application and the manufacturing process and materials used in the present application.

In the present application, ocher is used as the main raw material, and the chemical composition of the ocher is 50 to 60% silica (SiO 2), 8 to 12% alumina (Al 2 O 3), 2 to 4% iron oxide (III) (Fe 2 O 3), 0.8 ˜1.1% iron (II) oxide (FeO), about 0.5% titanium dioxide (TiO 2) and manganese oxide (MnO), 4-16% lime (CaO), 2-6% magnesium oxide (MgO) In order to have a ratio, the present application intends to use loess collected from Geumsong-ri, if it is mountain in the coastal area of Jeonnam.

The amount of carbonate in the loess depends on the characteristics of the dust supply source, the geochemical and biological effects during and after the deposition, precipitation and groundwater leaching, and the carbonates exist in various forms in the loess. On the surface of aggregates composed of quartz and clay particles, they are present as ingots or in the form of small sized granules or shell fragments.

In the present application, the ocher component activates the physiological function of the cells, has the photoelectric effect of releasing harmful substances due to the active thermal energy, has the purifying power and removes the poison of impurities, so as to apply the bean sprout cultivation culture It will be used as raw material.

In addition, the present application intends to use organic calcium to supply abundant calcium source to the bean sprouts, calcium is an essential ingredient in life, which is necessary for bone and blood in animals, and in the case of plants, Resistant to eggplant disease, and exhibits abnormalities, so calcium is the next most important ingredient in plants after nitrogen, phosphorus, and carry.

Looking at the factors that influence calcium on plants, calcium compounds neutralize excess organic acids in plants, and bind to pectin to strengthen cell membranes to resist disease, help roots grow, and consequently increase production. Let's play a role.

In addition, the present invention intends to use a certain amount of elvan rock component in order to be resistant to various diseases and to promote growth in barley sprouts. Elvan rock is a rock belonging to quartz rock rock among igneous rocks, and its main components are silicic anhydride (SiO₂) and aluminum oxide (Al₂O₃). It contains iron oxide (Fe₂O₃), which is essential for human body and living cells.It is composed of 40 kinds of minerals, which regulates the growth and physiology of living organisms, and maintains the vitality of cells. It is made of many pores (porous), and it is a powerful BIO STONE that emits strong adsorption, mineral elution, ion exchange, and far-infrared rays. It has the effect of preventing and treating various diseases of organisms, detoxifying the body, promoting growth, and increasing yields. Adsorption and decomposition of heavy metals to remove the cause of corruption, to maintain the freshness function.

In addition, the present application intends to use a certain amount of zeolite components in order to control the moisture content of the bean sprouts, the formula of the zeolite can be represented by (Na, Ca) 2 (Al2Si3O10)-8H2O, the crystal water of the zeolite is a general structural number Unlike water molecules, the structure is not destroyed even if it is dehydrated by heating, and the water molecule remains as a space and becomes a sponge-like structure. It has the property of reverting, so that water and active ingredients are stored between the microporous crystalline form of zeolite and supplied when needed, and CEC (cationic substitution capacity) is over 80me / 100g and maximum water content is 12% It is intended to use the characteristics of the substances that can be controlled below. The raw materials used in the present application are non-toxic to humans, animals and crops. Im already is well known.

In addition, the present study confirmed that the addition of organic germanium to bean sprout culture agent can dramatically increase the amount of vitamin C. The effect of promoting oxygen supply to increase the oxygen in the body and clean the blood in the organic germanium has been shown. In addition, there are research papers claiming the effects on intractable diseases such as cancer because of the action of producing interferon that enhances natural healing power. In order to maintain the secretion of hormones and the balance function in the organism has a function of returning normally when the balance is known, such as known in the various composition ratios to cultivate bean sprouts to find the optimal cultivation.

Therefore, the material used in the present application is a raw material sterilization of each raw material such as ocher powder (SiO ₂ 50 ~ 60%), organic calcium (CaO), elvan, zeolite, germanium at high temperature and finely pulverized it to 300 mesh (Mesh) or more Select the raw ingredients by sifting.

55 ± 10 parts by weight of the ocher powder, 15 ± 5 parts by weight of organic calcium (CaO), 10 ± 3 parts by weight of elvan, and 10 ± 3 parts by weight of zeolite in the prepared raw materials to obtain a culture.

The culture agent is dissolved in about 50 times tap water or uncontaminated ground water to adjust the concentration to pH 8.0 to 8.5 to make a culture solution and use it as a bean sprout culture solution.

[Raw Preparation and Processing Process]

As the raw material purchased and used in this application, ocher powder was collected from Geumsong-ri if it was Sansan coastal, Jeonnam, and organic calcium (CaO) was obtained from organic calcium agent obtained from shellfish powder from Ceraim Tech Co., Ltd. in Pyeongdong Industrial Complex, Gwangju, Jeonnam. Elvan and zeolite were purchased and used at C-13, C-13, JEX Green, Samsung-dong, Samsung-dong, Gangnam-gu, Seoul, and germanium was purchased and used at Poongsan Germanium, Gumam-ri, Geumgok-myeon, Jinju-si, Gyeongsangnam-do. Bars are sterilized by heating the raw materials at a high temperature in the range of about 300 to 600 ° C., and then used to grind them into particles of 300 mesh or less. It is fast and does not stack when spraying.

Culture Agent Sample Preparation Example

1. Based on the selected raw material, 5.5 kg of ocher powder, 1.5 kg of organic calcium (CaO), 1.0 kg of elvan, 1.0 kg of zeolite were prepared to prepare a culture agent sample 1.

2. 6.5 kg of ocher powder, 2.0 kg of organic calcium (CaO), 0.5 kg of elvan, 0.5 kg of zeolite were quantified to prepare a culture sample 2.

3. 4.5 kg of ocher powder, 2.0 kg of organic calcium (CaO), 1.3 kg of elvan rock and 1.3 kg of zeolite were quantified to prepare a culture sample 3.

4. 5.5 kg of ocher powder, 1.5 kg of organic calcium (CaO), 1.0 kg of elvan rock, 1.0 kg of zeolite, 1.0 kg of germanium were quantified to prepare a culture sample 4.

Analysis of Culture Samples

The culture agent samples 1, 2, 3, and 4 were mixed in distilled water with a ratio of culture agent: distilled water at 1:10, 5:10, and 10:10, respectively, to measure pH and electrical conductivity. The values are as follows (pH of water: 6.69)

TABLE 1

division 0 1/10 5/10 10/10 Sample 1 pH 6.69 9.73 11.99 12.45 EC 0.0003 0.02 0.16 0.43 Sample 2 pH 9.81 12.01 12.52 EC 0.03 0.18 0.44 Sample 3 pH 9.71 11.95 12.42 EC 0.02 0.15 0.42 Sample 4 pH 9.72 12.0 12.46 EC 0.02 0.14 0.42

Culture Sample Preparation Example

In order to find an appropriate concentration range for cultivating the bean sprouts, the culture medium: groundwater ratio 1, 2, 3, 4 was used in uncontaminated groundwater in Naju, Jeonnam. : Soybean sprouts were grown by diluting at the ratio of: 20, 1:30, 1:40, 1:50, 1:60, 1:70, 1:80, 1:90, 1: 100 Silver showed the best curve at a concentration of 1:50 and it was confirmed that the best results in the economic range of 1/40 ~ 1/60 when applying the culture samples 1, 2, 3, 4.

[Effects of Germanium Treatment in Culture Medium]

An experiment of keeping the room temperature of the bean sprout culture room at about 25 ° C. and dissolving the culture samples 1, 2, 3, and 4 in 50 times groundwater, and cultivating only general groundwater without using the culture solution of the present application as two comparative examples. As a result, it was confirmed that the sprouts grown with only the groundwater generated rot and soft disease, whereas the sprouts grown with the samples 1, 2, 3 and 4 of the culture medium did not have rot or soft disease.

In addition, in order to measure the amount of vitamin C change in the sprouts grown with the culture medium of the present culture medium, the cultured sprouts were grown by using a culture solution diluted with a concentration of 1:50, and the irrigated bean sprouts were lyophilized and ground. Vitamin C in the body was analyzed.

A.O.A.C. According to the standard method, 2 g of the sample is added with 10% metaphosphoric acid solution in the same amount and suspended for 10 minutes. After homogenizing with an appropriate amount of 5% metaphosphoric acid solution, the sample is transferred to a 100 mL volumetric flask and the container is placed in a small amount of 5% metaphosphate solution. After washing, the flask was combined with a volumetric flask, and the mixture was purified to 100 mL, filtered through a 0.45 μm membrane filter, and analyzed by high-performance liquid chromatography (HPLC) (Shimazu, LC-10 Avp, Japan), and Coulumn was CAPCELL PAK NH2 (4.6x250 nm) (Shiseido). , Japan), solvent and flow rate were 0.05 M KH2PO4: acetonitrile (60:40) and 1mL / min, respectively, and UV and injection volume were 254nm and 10μL, respectively.

After preparing Vitamin C standard solution, it is injected into HPLC to prepare a standard calibration curve. Then, the sample solution is injected into HPLC and analyzed. Then, the peak area or height of each vitamin C obtained on a chromatogram is obtained, and the standard calibration curve is used in the sample solution. The content of each vitamin C was calculated.

[Results and Discussion]: The results of measurement of the change of Vitanmin C (Ascorbic acid) content in soybean sprouts grown using the ground sprouts grown using general groundwater and the culture solution diluted samples 1 and 4 at a concentration of 1:50. The content of vitamin C by HPLC analysis was 5.5 kg of ocher powder and 1.5 kg of organic calcium (CaO) in order to give efficacy of controlling untreated soybean sprouts grown only by the superior groundwater of Geumsong-ri, compared to 0.465 ppm. The amount of Vitanmin C was decreased by about 10%, but the yellow bean powder obtained as Sample 4 was 5.5% of ganban stone 1.0 kg and zeolite 1.0 kg. Soybeans grown with a culture solution obtained by diluting 50 kg of organic calcium (CaO), 1.0 kg of ganban stone, 1.0 kg of zeolite, 1.0 kg of zeolite, and 1.0 kg of germanium, diluted 50 times with the groundwater. The amount of Vitanmin C was 2.38 ppm, which was more than 5 times higher than that of no treatment, confirming that Germanium was actually involved in the formation of vitamin C.

TABLE 2 Analysis of Vitamin C Content in Soybean Sprouts in ppm.

 division Groundwater (TW) Sample 1 Sample 4   Vitamin C (standard) 0.465 (100) 0.422 (90.8) 2.380 (512)

Applicant, as an individual inventor, does not elucidate the mechanism of the correlation and mechanism of ocher, organic calcium (CaO), elvan, zeolite, germanium, etc. The various ingredients were mixed and applied to various crops in various ways. At first, the yellow soil simply emits far-infrared rays and has bactericidal effect and various trace elements. Among them, enzymes such as diphenoloxydiase are bean sprouts. It grows and nourish stems to strengthen stems, and organic calcium (CaO) sterilizes sulfate reducing bacteria and various spheroids, and germanium is partially soluble in water and injected through the roots of bean sprouts to play a major role in forming vitamin C. I started with thinking, ocher It has been found that water, rot and rot can be prevented when the powder, organic calcium (CaO), elvan, and zeolite are used in the cultivation of bean sprouts. Furthermore, when the germanium is added, the content of Vitanmin C is numerically increased. In order to obtain an incomprehensible figure that increases by five times (500%) instead of a few percent or tens of percents, it was requested to analyze the results by a professor's laboratory of the mother university to confirm the fact and complete the invention.

The present invention does not use any chemicals such as preservatives to cultivate bean sprouts, and prevents corruption such as rot and soft diseases, promotes the growth of bean sprouts, reduces cultivation time and effort, helps economics, and is beneficial to the human body. You can grow a nutritious bean sprout.

Claims (3)

In the bean sprout cultivation method that prevents water sprouts and rot disease of bean sprouts and provides beneficial nutrition to human body, Firstly, raw materials of ocher powder (SiO2 50 ~ 60% range), organic calcium (CaO), elvan, zeolite, germanium are selected and sterilized at high temperature, and finely pulverized and selected into a sieve of 300 mesh or more. Preparing the ingredients, 55 ± 20 parts by weight of ocher powder, 15 ± 10 parts by weight of organic calcium (CaO), 10 ± 5 parts by weight of elvan, 10 ± 5 parts by weight of zeolite, and 10 ± 5 parts by weight of germanium based on the selected raw materials. Obtaining bean sprouts culture agent, Dissolving the culture agent in tap water or uncontaminated groundwater to adjust the concentration to pH 8.0 to 8.5 to obtain bean sprout culture solution, Bean sprouts cultivation method comprising the step of cultivating bean sprouts using the culture solution. The method of claim 1, Sprouts cultivation method characterized in that the culture agent is dissolved in tap water or uncontaminated ground water at a rate of 1/40 ~ 1/60. In soybean sprout culture agent that prevents soybean sprouting and rot disease and provides beneficial nutrition to human body, Soybean sprout culture medium comprising 55 ± 20 parts by weight of ocher powder, 15 ± 10 parts by weight of organic calcium (CaO), 10 ± 5 parts by weight of elvan, 10 ± 5 parts by weight of zeolite, and 10 ± 5 parts by weight of germanium.