KR100356762B1 - Method to manufacture complex microbe culture and manure using complex microbe culture - Google Patents

Abstract

Disclosed content is to prepare a complex microbial culture having a variety of active microorganisms to be applied to all fields such as cultivation of field crops, crops, or fruit, as well as feed, deodorization, purification of livestock, in particular to produce phosphate-carry fertilizer and organic fertilizer The present invention relates to a method for producing a complex microbial culture and a method for preparing a fertilizer using the complex microbial culture to promote the growth of crops and to neutralize soil by adding a microbial culture.

To this end, the present invention washes the fruit into a juice state and put it in a warming device to gradually increase the temperature from low temperatures while selecting the optimum temperature and fermentation, and then extract the microorganisms from the extracted microorganisms: Red soil: Rice bran (rice bran) 1: 500: 150-200, and the mixture is immersed to 60% moisture in the clam immersion liquid containing 10% brown sugar, the immersed in the room 5 ~ 45 ℃ 3 to 5 days at 5 to 70 days, 2 to 3 days at 5 to 70 ° C., 3 to 4 days at 5 to 75 ° C., and 3 to 5 days to dry at 20 ° C. It can be powdered and packaged for each specification to produce non-fertilizer by mixing with phosphate-carrying ingredients or by composting with fiber and livestock meal. Food for special crops, livestock, production of seeds, would like to take advantage of the takeover in a typical home.

Description

Method for manufacturing complex microbe culture and fertilizer production method using complex microbe culture {Method to manufacture complex microbe culture and manure using complex microbe culture}

The present invention relates to a method for producing a microbial culture and a fertilizer manufacturing method using a microbial culture, and more particularly, to produce a complex microbial culture having a variety of microorganisms with high activity, for the cultivation of field crops, crops, fruit trees, as well as feed for livestock It is intended to be applied to all, deodorization, purification, etc., especially in the production of phosphate-carry fertilizers and organic fertilizers to promote the growth of crops and to neutralize the soil.

As is well known, microorganisms are microscopic organisms that can only be seen under a microscope, and as microbiology is developed using the properties of microorganisms in recent years, many applications have been made to purify, deodorize, and manufacture fertilizers.

By the way, there are many kinds of microorganisms on the earth, and these microorganisms have different culture conditions, characteristics, and the like, and fields to be applied according to their characteristics are classified, for example, microorganisms for purification, microorganisms for deodorizing, and microorganisms for manufacturing organic fertilizers. It is well established that it cannot be applied to other fields. That is, when the microorganism is applied to other fields other than the application field according to its characteristics, it means that it is more harmful.

When extracting such microorganisms, it is common to extract from pure plant (fruit), bacteria, animal, minerals, and the cultured microorganisms extracted in this way are utilized to suit each characteristic.

However, as the microbial culture is applied to only one field and cannot be applied to another field, the cost is increased and the inconvenience of using the microorganism in various cases has been inconvenient to use. There is a demand for an all-weather microbial culture that can be applied to various crops, for example, crops, field crops, fruit trees, as well as animal feed and odor removal.

The present invention has been made in view of this point, by producing a complex microorganism culture having a variety of microorganisms with high activity to be applicable to all fields, such as the production of fertilizer for plant growth, purification, deodorization, feed of livestock, etc. The purpose is to provide a method for producing a complex microbial culture.

In another aspect, the objective is to produce a phosphate-carry fertilizer or organic fertilizer by adding microbial cultures to promote the growth of crops and to neutralize the soil.

EMBODIMENT OF THE INVENTION Hereafter, this invention is actualized by the Example disclosed.

The present invention is an all-weather composite microbial culture that can be applied to all fields, such as the production of fertilizer for crop growth, purification, deodorization, feed of livestock, etc. by preparing a complex microbial culture having a variety of microorganisms with high activity as described above Since it is for the preparation of the microorganisms having these properties should be a priority.

To this end, the Applicant has found a complex microorganism having the above-mentioned function after various experiments, and when the raw fruits are washed and made into a juice state and put into a warming device and fermented while gradually raising the temperature from low temperature, About 700,000 species of microorganisms with various effects have been mixed, and when any microorganism performs any one action, the other microorganisms have found that they complement it.

At this time, in preparing a microbial culture using the complex microorganism, first of all, an additive for supplying nutrition while creating an environment in which the microorganism can survive smoothly is required, as well as the growth conditions of the complex microorganism, for example The air temperature according to the culture temperature, aerobic or anaerobic of the microorganism should be well controlled, and the following conclusions can be obtained based on a myriad of experiments.

When preparing a composite microbial culture according to the present invention, first, fruits such as persimmon, plum, apple, grapes, etc. are selected as one or more and washed without being damaged, and then stored at a low temperature of 10 ° C. or less for about 3 days. After finely chopped and fermented at 20 ~ 35 ° C. for about 3 weeks, the microorganisms are extracted by passing through the filter paper which only microorganisms and moisture can escape, and the extracted microorganisms, red soil suitable for living microorganisms, Rice bran (rice bran) for nourishing microorganisms is 1: 500: 150 to 200, and the mixture is immersed in 60% of water in the clamshell immersion liquid containing 10% of brown sugar in the crude state. When the immersed product is stored in the room at a temperature of 5 to 45 ° C. for 3 to 5 days, its own heat is generated by the activity of the microorganisms itself, and becomes 70 ° C., and when left in this state for 2 to 3 days, microorganisms exist around the mixture When the flowers bloom, in this state, heat is applied again and stored at 75 ° C. for 3 to 4 days, and the temperature is lowered and dried at 20 ° C. for 3 to 5 days, the humidity is less than 30%, and the dried one is fined by a grinder. Differentiate to make a package about 2㎏ in one bag. That is, the composite microorganism according to the present invention is well ventilated, and it can be seen that it has a property of fermenting well when there is a lot of water. At this time, a mixture of microorganisms, red soil, and rice bran is immersed in the clam immersion liquid containing brown sugar. The reason is to supply sufficient oxygen to the aerobic microorganisms through alkali and porous shells, and to give alkalinity to the microbial culture. The clam immersion liquid is 1,000 ° C. or more when the shells are soaked in pure water. By heating with the alkali component in the shell is dissolved in water to exist in the colloidal state.

In addition, by using a complex microbial culture prepared as described above through a number of experiments earthwork method, phosphate-carry non-chemical fertilizer manufacturing method, high-speed compost manufacturing method, foliar spray method, livestock feed manufacturing method, mushroom cultivation method, each Deodorizing method in the home, etc. have been developed, and each embodiment is described below.

Example 1

Example 1 is a method of earthwork using the complex microbial culture according to the present invention, earthwork method is a method for improving the fertility by laying down organic fertilizers such as compost, livestock meal in rice fields or fields, rice fields currently in farms nationwide It is applied to emulsions of immature or ripe organic matter, grassland grasses, and various types of nutrients in farms, fields, and field fields.However, crops are damaged by salt accumulation and malignant gas, and basic toxin gas and insoluble phosphoric acid in soil Accumulation of soil has caused acidification and serial disturbances.

Earthwork method according to the present invention on the basis of 300 pyeong to spread as much as possible immature, mature organic matter, such as various compost or livestock in paddy fields, fields, outland, composite microbial culture 4kg, rice bran (rice bran) 10kg moisture 10% After mixing for 24 hours, it is sown and sown over 24 tons of unripe and mature 4 tons of rice paddies, fields, and tillage. This is because the complex microbial culture according to the present invention is water-soluble, so that the crop has a lot of roots, strong, fruitful and no gas obstruction. In addition, when the earthwork in the installed house is completely open the house door, house skirt, the complex microbial culture according to the present invention is fermented as a property to quickly decompose the organic matter, while using immature organic matter, livestock meal, cucumber, watermelon, Cutting raw vines such as tomatoes and pumpkins without walking in the field and using them as organic materials can improve work efficiency and secure a lot of organic materials. Earthen soils are rapidly cooled by 4 ~ 5 ℃. There is no harm infringement, which prevents damage to crops, and its roots are strong so that it is not ill without using pesticide disinfectant.

Example 2

Example 2 is a method of spraying the foliar surface using the composite microbial culture according to the present invention, after mixing 6kg complex microbial culture and 4kg brown sugar in 5 cups of water on a 300 pyeong basis and storing for 24 hours, 1 bottle 500 liters of water After 24 hours of immersion, the foliar spray is applied to the leaf, fruit, and fruit trees so that the roots are sufficiently infiltrated to the roots, and the nutrients are supplied to the leaves and fruit roots. Will disappear. Aphid-rich crops were diluted with 5 cups of brown rice vinegar before foliar spraying and immersed in 500 liters of water, and when foliar sprayed with the stock solution itself, the aphids were completely cleared after 3 hours of spraying.

In addition, when using a mixture of complex microbial culture and brown sugar, it is necessary to supply a large amount soaking the roots and soil under the crop if possible. This is to neutralize and detoxify the soil since there are always base toxins such as fungi that cause various diseases by basic toxin salt collection by the use of various manure organic compost or chemical fertilizers. Various harmful components are decomposed and there is no accumulation, so the crops can grow well for a long time without the need for pesticides.

When the foliar spray on the flower type by applying the composite microbial culture according to the present invention, the flower itself is a commodity, so the flower buds should not be sprayed on the buds when flowering, and the number of spraying is good about three times a month. Frequent in the process of flowering, the flower garden is strong, the pollen power is strong, open, fertilization is good, the fruit is fast, the fruit is shiny and large. If you use vegetables every seven days, the shipment is fast, and if you use fresh vinegar every five days, the fragrance is strong, the juice comes out a lot, and the fresh vinegar itself is heavy, the muscles go out, and the freshness is maintained for a long time. In the case of fruit trees, small trees are soaked from the leaves to the roots, and large trees are rooted from the trunk to the roots. When used three to five times a month at 12-day intervals, good fruit can be harvested and pesticides are used. no need.

On the other hand, after sprouting in the soil, plant crops need nitrogen to grow, and this nitrogen is infinite in the air but cannot be used as fertilizer in this state. However, bacteria (root bacteria, or bacteria) attached to the roots of legumes called aerial nitrogen-fixing bacteria convert nitrogen into the form of ammonia and serve as nitrogen fertilizers to legumes. It is well known that it grows well on land.

In this context, irrigation and foliar spraying of cultures, brown sugar, cultures, and rice bran are applied and systematized into complex microbial cultures that have strong power to absorb nitrogen in the air, to provide microbial nutrition, and to break down basic toxin hydrochloric acid. It is a farming method, and there are hundreds of millions of soil microorganisms in the ground, which break down all the animals and plants that die on the ground and turn them into soils and fertile soils.The use of chemical fertilizers, plastics, and Schiropol to neutralize the effects of indigenous microbes. In the situation where the soil is gradually devastated by the mass production of pollutants, condensed basic toxin gases, pesticide heavy metals, etc., the improvement of the soil is unconditionally necessary. Improvement of soil is to supply unpolluted soil that nourishes soil microorganisms living in the soil. To this end, foliar spraying of the complex microbial culture fluid according to the present invention activates soil effective bacteria in soil and hydrochloric acid in soil. It is a strong force to decompose, and it can decompose all malignant components in the soil, and even if it is applied anywhere, it prevents malignant bacteria, poison gas decomposition, soil acidification, soil cultivation, and cultivation in soil within 2-3 days of use. It is possible to produce fertile soils with lots of hair roots, healthy growth, and strong growth, without invasion of pests, and early growth.

Example 3

Example 3 relates to a fertilizer manufacturing method for regenerating phosphate (P) -carry (K) fertilizer into a non-chemical fertilizer using a complex microbial culture according to the present invention and a farming method using the same, the composite microbial culture according to the present invention Called M, phosphoric acid (P), Carry (K) by applying the abbreviated MPK farming method for convenience.

MPK farming is a farming method aimed at crop management and high-income production. The complex fertilizer used in general farms can be absorbed only 22-23% of the weight in soil after 8 hours of use in Kowloon. ～ 78% is converted into insoluble phosphoric acid in soil, accumulates within 30-50cm in soil, and salts cling to increase gas action, soft damage, acidic soil and various pests, and a lot of pesticides, heavy metal accumulation and pests On the other hand, it is difficult to adjust crop growth and always stop at low income, whereas MPK is mixed with phosphate and phosphate, which contains the most phosphate. Has a great effect.

At this time, MPK is water soluble, so when using MPK, give water amount of leaf leaf and 300 vegetable (3,000 barrels) for fruit and vegetable, and keep water 60 ~ 70% in soil immediately when spraying MPK in open field. Supply must be made. If there is little water, the roots may be thirsty and burned to death. In addition, MPK will always produce nitrogen-based crops, eliminating the need for pesticides, and harvesting quality crops three times more than conventional farming.

After making MPK and storing it for 10 days, non-chemical fertilizer is produced that decomposes hydrochloric acid, which causes serial damage caused by the action of base toxin gas within MPK ratio, so that it is water-soluble without Kowloon. The basic toxin gas accumulated in the soil is decomposed by fertilizer and chemical fertilizer, and the soil itself is reduced to neutral soil.There are no pests, no disturbances due to the action of gas, long life of crops, and soil using MPK for 3 years. Earthworms and high-quality soils are created that will survive many natural enemies in the soil.

There are many different kinds of enzyme microorganisms at home and abroad, but any microorganisms cannot change acid soils, soft soils, etc. In conventional agricultural cultivation, it is impossible to prevent various pests due to base toxins and gases in soils. Whereas crops cannot freely absorb the required amount of nitrogen, phosphoric acid, and carry (three elements), in the MPK method to which the complex microbial culture according to the present invention is applied, water can be opened and used whenever necessary by turning the tap. As if locked up, the growth control of crops can be used freely, and if MPK is fertilized, various livestock powders that cause basic toxins in the soil during various crop cultivation processes, hydrochloric acid accumulation due to the use of chemical fertilizers, gas and organic matter We can decompose emulsion and supercarb in grassland, The best that can be adjusted to maintain state.

Hereinafter, a method for manufacturing MPK and its kind will be described.

MPK is a selective mixing of brown sugar, soluble iron or phosphate lime, potassium chloride in the complex microbial culture, the kind is shown in Table 1 below.

TABLE 1

MPK to which the complex microbial culture of the present invention is applied as shown in Table 1 can be produced in four types of growth type, basic type, 21 type, 31 type according to the performance, when rice sugar 20kg may be used In addition, the following precautions follow.

(1) Purchase a lot of phosphate components in lime and soluble phosphorus and make it 10 days before use when making MPK.

(2) After 48 hours of making MPK, add and store 10 kg of phosphoric acid and Kari weight of water and 10% of water.

(3) When MPK is used as a water fertilizer, it is immersed in water for 24 hours and mixed with water only.

MPK is used for suppressing growth per 300 pyeong twice a day for 25 kg, twice a day for 7 days. The force is not overgrown, the nodes are short, the leaves are thick and shiny, and when used normally, MPK is used from the fruiting stage. use. In addition, MPK is not basically fertilized in the early stages of growth (nutrition growth period), but if you use it to suppress MPK growth when nitrogen is excessive in crop growth process, you can grow crops that are hard, short and strong. This is because MPK growth inhibition inhibits the excessive fertilization effect of nitrogen and inhibits the growth.For example, when rice is fertilized in the lower part of the rice, that is, when cultivating susceptible varieties, the lower node The interval is shortened and strong, which can prevent the fall. The restrained growth is 300 pyeong when MPK 21 or 31 type 20kg is used, after three days, the growth is released immediately, the interval between nodes increases, and the lubrication becomes normal.

On the other hand, in conventional farming, phosphoric acid is the manure center, while in MPK farming, the ratio of phosphoric acid is used as the fertilizer, and the effect of giving MPK as the manure and the fertilizer is compared with the compound fertilizer. 5 times the effect of Bokbi. For example, the combined ratio is based on the results of the experiment that the difference is proportional to the amount given by the fermentation of phosphoric acid and the amount of phosphoric acid contained in the produce according to growth.The crops absorb soluble phosphoric acid in the soil when necessary. Phosphate, once administered in the soil, will be accommodated within 8 hours, and after 8 hours, the rest will be insoluble. This is due to the rapid change of hydrochloric acid in fertilizers such as iron, lead, nickel, tungsten, etc. Because phosphate accumulates in Kowloon, fungal bacteria that cause acid soils, soft soils, and various pests in the soil are scattered, and the crops are scattered with various diseases and farming depends on pesticides. In contrast, MPK farming aims to cultivate healthy crops, and organic fertilizer and phosphate ratios are used as fertilizers for this purpose. In other words, phosphate fertilization or immature organic fertilization of conventional farming methods only induces the occurrence of pests and inevitably uses a large amount of pesticides to secure a standard production amount, and to prevent root rot during the growing cycle of crops. As we sing, we have no choice but to practice farming during the rainy season. On the other hand, when fertilizing MPK, 60 to 70% of moisture is kept under the crops immediately to activate the microorganisms, so that the roots are good for the crops and the oxygen supply to the soil is enriched. It is possible to grow faithful crops.

In the case of flower cultivation, conventional farming methods promote the differentiation of flowering buds by lowering the level of nitrogen.However, cultivation of crops is weak in trees and flower gardens, and the flowers are closed and the fruit is not faithful. Increasing the level and phosphoric acid level promotes the process of flowering buds as well as the fruit growth process, there is no deterioration of the power of the tree in the process of growing flower buds and fruit can grow smoothly. In the case of rice crops, the lower leaves may become yellow during the growing season.In this case, the conventional farming method thinks that the nitrogen has been cut off, adds nitrogen to make the cloud green and causes pests, whereas MPK continues to use pesticides. In farming, the MPK ratio can be sprayed back to green.

In addition, in the case of fruit trees, the number of fruit cells is determined by the nutritional status just before flowering, and when MPK is applied, the growth process of crops is divided into the first and second stages, with the constitution switching period as the bifurcation point. Nitrogen fertilization effect is centered on the growth period, and the conditions for increasing the yield are made by considering the composition of trees in detail, and the latter period corresponds to the reproductive growth period. Therefore, when the microbial culture MPK is added at the time of flowering, fruit can be improved and high quality agricultural products can be produced.

Table 2 below compares the differences between MPK farming and conventional farming methods using the complex microbial culture of the present invention.

TABLE 2

That is, when the MPK farming method using the complex microbial culture of the present invention is applied, the early growth is active, the fruit is enriched and the taste is good in the latter, and the income is increased, and in the case of conventional farming, the initial growth is poor, Seeds are bad and disease has occurred through numerous experiments.

In addition, Tables 3 to 5 below show the experimental values of MPK.

Table 3 Changes in pH and Immobilization of Phosphoric Acid

[Table 4] Soil Immobilization Time of Phosphoric Acid after MPK Use

[Table 5] Composition analysis table for use in MPK soil (36% phosphoric acid when making MPK)

What can be confirmed from the above tables can be seen that the composite microbial culture according to the present invention can be combined with chemical fertilizers and can be chemically fertilized, as well as to supply to crops by immobilizing elements necessary for various plant growth.

Example 4

Example 4 is a concept that extends to the earthwork method of Example 1 and mixed organic microbial culture of the present invention and other useful clay minerals such as livestock meal, fiber, charcoal, shells, etc. to produce organic fertilizer, that is compost and farming method using the same In order to improve soil strength, reduce damage, and to supply quality soils at the time when the acidification of the soil is triggered by long-term use of chemical fertilizers, causing problems such as serial damage and pests. It is preferable to use fertilizers, ie compost.

It is well known that organic matter should be in the soil as much as possible, so that the soil's strength is good, the microbial activity ensures good production every year, and there are no crops, but making compost is very difficult and time-consuming because it requires ripening process. There are disadvantages. Therefore, the present invention is to provide a method that can be used to make the compost as an attribute.

Table 6 below shows how to make quick compost using immature organic material.

[Table 6] Method of manufacturing compost

That is, (1) 7 days after mixing the culture + rice bran to leave the state without adding moisture to the rice bran to be used, and then use it immediately if necessary. As a property, the culture + rice bran used after 24 hours is added by adding 10% of moisture to ㎏ weight and mixed with compost after one day.

(2) Mix with culture + rice bran mixture + livestock.

(3) Mix culture + fibrous material + oil foil.

(4) Mix culture + rice bran + mineral.

(5) When only fermentation of culture + rice bran + livestock itself, fermentation is good if 20% of normal soil is added to the amount of livestock powder. Manure material is also increased by 20%.

(6) Mix with animal powder and fibrous material, and add 60 ~ 65% of water to various compost and fermented powders, and adjust the height below 1m50㎝. Fermentation with only sawdust is 70% moisture retention.

(7) Fermentation heat comes out in about 2 days in summer and about 5 days in winter. Heat of fermentation rises to 70 ~ 100 ℃, but piles it upside down at a suitable temperature of 70 ~ 80 ℃.

At this time, as a precaution, cover the ultraviolet rays (sunlight) with a light shielding film and do not use vinyl for sealing purposes. Good air communication leads to fermentation heat quickly, and do not press too much water or when it is deposited (moisture is lightly squeezed out by hand). When exposed to direct sunlight in outdoor deposition, the microbial activity is strong, and when fully wrapped in vinyl, the microorganisms die due to lack of oxygen and a strong odor is produced. If possible, let the air flow quickly for the microbe. Aerobic and anaerobic microbial cultures act.

When using it for crops, use more than 6 tons in 300 pyeong, mix with fiber, mix microbial culture + rice bran, and use earthwork method for soil and crop, and use about 10 ton for soil and crop. In field farming, 6 to 20 tons of organic matter per 300 pyeong may be used to maintain intellect.

In this way, fertilizing the organic material promotes a monolithic structure with an increase in humus, thereby increasing the ability to maintain physical air, thereby promoting the development of all roots, promoting the absorption of fertilizer, and resistance to drought. Increases. In addition, the buffer capacity is also increased, so the rapid change of soil due to pH fluctuations and excessive fertilization plays a buffer role. On the other hand, by replenishing the complex microbial culture according to the present invention, which has a strong force of destruction, decomposition and protection of acid and disease in the soil, the physical and chemical structural improvement of the soil can exert an excellent effect on the control of pests with water.

Example 5

Example 5 applies the complex microbial culture according to the present invention to cultivation of special crops, will be described by taking mushrooms as an example.

The most important problem in the mushroom cultivation process of farmers who are currently cultivating mushrooms is that in the process of fermentation (heat sterilization) of the noodles, gas generation by basic bacteria and residual residues of pesticides are not fully fermented. Due to gas generation, various bacteria were not found, and mushrooms did not stick to the surrounding medium. Mushrooms were cultivated at the government level. The reality of not being able to lead by big difference is the problem of cultivated farmers. In addition, as a move to solve this problem, farmers voluntarily exchange and cultivate problems and cultivation information of the cultivation process at the cultivation level.

In order to fundamentally solve these cultivation problems, the culture medium + rice bran is mixed on the lung surface by using microbial culture, and it is submerged in water after 24 hours and granulated without heat sterilization. In case of outbreak or green mold, this water is supplied to remove blue mold disease and to suppress mushroom fly in the medium in summer. It can produce high quality mushrooms with good quality, black, white and shiny hair. In other words, when the lungs are piled up with the culture mixed with the cultured rice and rice bran, and granulated after exotherm, there is no occurrence of gas, various bacteria, green mold, etc. Can produce. Specifically, 4 kg of culture + 20 kg of rice porridge (rice bran) is mixed, and 10% water is added to the weight of rice bran to be mixed and stored for 24 hours, and then flooded with the culture + rice bran mixture filled with 500 L rubber container. Discard the rice bran in the barrel and immerse only the water to immerse the lungs, and if they are piled up below 1m50cm in height, they will start to heat up in three days in spring, summer and autumn, and heat up in seven days in winter. When the fever is 70-80 degrees, immediately turn it over and leave it for about a day. If the fever is about 70 degrees, the granule is formed. Do not seal the closed surface with vinyl, etc., when heat is generated outdoors, and use a light shielding film because the oxygen supply must be made active. In winter, you can use a thermal cover. If the heat rises above 70 ℃ after the lungs are stacked, a lot of white microbial flowers appear in whole or in part around the stacked lungs. In the process of stacking, cover with a light shielding film or a heat insulating cover, and should not be sealed with vinyl, and stacked in the shade to generate heat. When standing, the medium is opened about 5 times a day by making a tunnel, and when the granules are submerged by heating and heating, 70 ~ 75% of the water retention in the medium is most appropriate. If the oxygen supply is not sealed and the oxygen supply is smooth, the spawning activity is completely completed in 8-9 days after spawning. Even if the spawning seeding is not mixed inoculation, the surface is inoculated more than the mixed inoculation. Mushrooms cultivated in the culture fluid are fast-growing, black mushroom heads grow, shiny mushrooms can be harvested in the body of high quality, no gas, bacteria, fungi are not generated at all. In addition, mushroom cultivation using microbial culture fluid is resistant to quenching, so there is no cold.In addition, the first heat treatment of rice straw, waste cotton, wood chips, and sawdust is a common method. The solution can be completely resolved within 24 hours by using the solution infiltrated with the culture during the initial or bleeding process. In other words, it is heat sterilized by the practice and after the inoculation of granules, gas is generated during reproductive and growing seasons, or when various germs are generated, mold, etc., 2kg + 20kg of culture medium is mixed, 10% water is added, and after 24 hours, water is used for 250ℓ rubber pain Filled with erosion of the culture + rice bran mixture after 4 days in summer, 6 days in winter after the rice bran rises and bubbles are formed. Foamed culture fluid is given to mushrooms with mushroom caps after inoculation into the medium. If bubbled cultures are supplied to the gas or bacteria-prone areas with a premature evaporation or sprayer, sufficient water to supply the culture fluids to the media flows out of the medium. After 24 to 48 hours, gas and bacteria are completely resolved. It also has plenty of nutrition, so the mushrooms grow better, the head becomes darker, the body is shiny and grows healthy and fast. When the culture fluid is sufficiently supplied to manor, cluster, mushroom, enoki mushroom cultivation medium, sleepers and sawdust, if water flows to the bottom, it will be prevented from being grounded on the bottom and will be harvested prematurely. It is good and has a strong fragrance, so it keeps fresh for a long time. As a practice, heat disinfection and granule spawn inoculation are used to mix 4kg + rice bran with mixed microbial cultures per lung and rice straw. To harvest.

The culture method for cultivation of ganoderma lucidum and shiitake mushrooms is immersed for 24 hours in summer and 48 hours in winter. After harvesting, transfer to the cultivator, and after 7 days, the seedling inoculation is also practiced on the sleeper, and the seedlings have good lubrication, and the nutrition is sufficiently supplied, so that the mushroom seedlings are fast and healthy, and there is no failure of various bacteria. In winter, mushroom sleepers that were dormant during the winter season can be used as such. The sleepers that immerse the sleepers in the culture fluid do not cause any problems with the bacteria in the soil. As a practice, it becomes a sleeper when heated in the spawn room. The cultivated by immersed in the culture fluid in this way is very convenient to manage the cultivator without any germs, and the cultivated trees eroded by the microbial culture are satisfactory nutrient supply, so the ganoderma or shiitake mushrooms are thick and the body is greasy and glossy. The color is rich and fragrance is maintained for a long time, the cultivated trees eroded into the culture does not cause any gas disturbances, various bacteria, green mold in the cultivation company, and also prevent damage to the series. Mushrooms using cultures grow cold and free of damage even when the temperature drops sharply in winter, without freezing damage. As a conventional practice, growers who have won heat after sterilization can be used when needed at any time during the nutrient growth, reproduction, and growth periods of mushrooms, and mushroom farms that have problems with the cultivation process can benefit from the use of culture fluids.

Example 6

Example 6 shows a case where the complex microbial culture according to the present invention is applied to a feed of a livestock, and after mixing 2 kg of microbial culture and 100 kg of rice bran, water is mixed with 10% by weight of rice bran during mixing. Store for 24 hours, mix well with 500 ~ 1,000㎏ of feed, and feed weekly with livestock feed weekly. After mixing the culture, rice bran, and water, the fever may pass for 12 hours. Therefore, do not mix immediately to add moisture after 7 days to mix and use in the feed. Feeding the chains, pigs, chickens, dogs, etc. as usual mixed feed will eat better than before. When the feed is fed for 1 to 2 months, the livestock fed the feed mixed with the complex microbial culture according to the present invention exhibits the following effects.

(1) Livestock fed with a mixture of cultures are chubby and fleshy and glossy.

(2) 1 to 2 months of feeding a lot of weight, meat of good quality and good taste.

(3) When pigs are fed for 3 to 4 months, the meat of the scaffold is good in flesh and there is no fat in the pork. The meat is good and the chicken is big in egg yolk, the yolk is dark, and the meat is delicious. It doesn't have a light taste and is chewy and savory, so you can keep eating.

(4) The feces of various livestock are not odorless, and the inside of us is clean. If there is no transmission or disease of the bottle, even if the waste itself is used as it is, there is no gas, no odor in neighboring farmhouses, and no harm when used in crops.

(5) It can be seen from the meat that the antibiotics in the existing feed are partially changed in livestock due to the action of the culture.

(6) Feeding a mixture of cultures, rather than feeding only conventional feed, grows into mature livestock by feeding three months earlier with 12 months of early growth.

(7) During the feeding process, all livestock should be fed a lot of water, and the conditions for feeding should be provided, so that the livestock fed the microbial culture mixed feed will eat more water than the livestock fed only the general feed, and the mixed feed Try to eat a lot.

(8) Livestock that feed microbial culture mixed feed to livestock grow healthy without invasion of disease without precautions or vaccinations.

At this time, as a precaution, (1) Chicks, quails, ornamental birds, etc. should not be fed as if they were fed to general livestock.

(2) When fed to small algae, the heat rises about 3 ~ 4 degrees above body temperature, so during the excretion discharge process, the anus is blocked by heat for 7 days, and it is not normal after 7 days. .

(3) Small birds, chicks, quails, etc., feed water enough to feed the feed will have a good effect, big, fast, healthy, without the need for round pills, strong and good health. All livestock do not need to be charged or prevented.

In addition, feces from the livestock can be used as an organic fertilizer whenever necessary, which will be described below.

(1) Add 10-15% of water to 2kg of microbial culture + 100kg of rice bran, mix and store in the house or house for 24 hours.

(2) If left unattended after storage, heat will develop, and after 2-3 days, it will become a solid mass like a stone. The rice bran thus used does not see the effect of the culture.

(3) After 24 hours, spread it thinly in the shade to remove water for 5 hours, and then store it in a bowl or bag.Spray it with an appropriate amount of water from time to time.There will be no odor within 24 hours. Can be.

(4) When spraying the rice bran mixed with the complex microbial culture according to the present invention to the feces, sprinkling a small amount of odor, so the amount of culture used is 1kg + 1kg of rice bran + 50kg of water (water 10) Odor is removed within 1 to 2 days by adding 15%). If the animal feed contains a lot of antibiotics, it should be used after the microbial culture is added. With enough moisture in the feces, sprinkle the rice bran and turn it upside down, the gas will be fermented for about 24 hours, eliminating the odor. In the same way as above, when used in feed and excreta, you will see a good response and effect.

Example 7

Example 7 is for seed, seed invasion, and nursery management using the complex microbial culture according to the present invention. In general farms, although efforts and care from the seeding of seeds to raise a high income by growing healthy crops, but most It is becoming a reality that it is going to grafting after hard work because it does not get a good result and pests are not evenly invaded and sprouted. Crop seeds purchased from seedlings are not neutral soil, and most of them produce seeds from acidic soils. In severe places, the seeds are produced by farmers locally. 90% of the seeds from undernourished fruit (1) are poorly sprouted (2) sprouted with malformations (3) do not sprout at all because they use seeds and plant crops to receive seeds. Seed germination, from seed germination to bite, continues to depend on pesticides, so seedlings do not grow weakly and faithfully and harvest is poor. In order to prevent this, the graft is grafted, but the graft method requires a high level of skill and is time consuming. On the contrary, when seeding the complex microbial culture according to the present invention, the microorganisms in the seed satisfy the nutritional supply, so that the seedlings are healthy, well grown, long-lived and have many hair roots, so that many nutrients are stored in the roots to open the fruit. It also harvests a lot and gives a long crop.

In order to seed the seeds, sprinkle and mix microbial culture 300-500 g + rice bran 3-5 kg + 5 cups of water, store for 1 day (24 hours), put the culture + rice bran mixture in a rubber bucket and pour 20 liters of water a day ( 24 hours) After the rice bran is removed, the seedlings are soaked in a culture solution with 300 ~ 5,000 square meters of seeds, placed in a bucket of mosquito nets, crepe, and soaked for 24 hours a day. Indulge about an hour. After seeding, they are harvested and immediately sown in pots and seedlings, resulting in a consistent and strong shoot. Seedlings grown in buds are strong in the lower part, grow fast and healthy without pests, and do not need grafting. The flowering buds are differentiated and the harvesting period is accelerated. After seed invasion, the seeds should not be sprouted, but they can be harvested immediately so that they can be sown immediately. . When seeding the seeds, the water temperature is 5 ~ 10 ℃ if possible, and if the temperature is raised above 15 ℃, the seeds are picked because the microorganisms act strongly on the seeds and absorb the nutrients in the seeds. It should be less than 7 ℃.

Example 8

Example 8 is to use the complex microbial culture according to the present invention to remove the odor in the life of a typical home, (1) rice bran added the complex microbial culture according to the present invention to the amount of 300g of various food waste Spoon 3 pieces with a spoon and sprinkle on the food dregs, and the water on the food dregs is sprinkled with a bowl of water. If possible, keep 60% of the moisture in food debris to break down the odor quickly.

(2) If the food residue is well ventilated than the fully enclosed area such as vinyl, it can be completely removed and clean in 1 ~ 3 hours. If it is not well ventilated, it will take 10 hours to get rid of bad smell.

(3) There is no need to heat or ferment artificially during fermentation. There is no bad smell even if I put it in the kitchens naturally, and the dirty things such as flies do not inhale.

(4) The fermented food leftovers are high quality fertilizer with high content of nitrogen, phosphoric acid and cary when given to pollen, garden water, farm, flower, leafy vegetable and fruit vegetable tree, resulting in thick, glossy, multicolored and rich fragrance. The fruit is large, open fruit, high sugar content, no fruit, no root, long-lasting, strong crop even in cold weather. It is better to hydrate your crops often.

(5) If it is sprayed more than 1㎏ to kitchen surroundings, sewerage, septic tanks, and conventional cosmetics and sprayed with enough moisture, the surrounding area is absolutely pleasant because the ammonia poisonous gas causing odor is completely decomposed within 1 to 3 hours. It becomes a non-toxic zone with no long-term toxicity.

In the above, the case of applying the complex microbial culture according to the present invention was described with eight examples, but the complex microbial culture according to the present invention can be utilized for purification and cultivation of various crops.

As described above, the present invention by producing a complex microbial culture having a variety of microorganisms with high activity, earthwork, foliar spraying of crops, chemical-free fertilizers to be applied to a variety of crops, organic fertilizers to apply to a variety of crops , It can be applied to the field using all microorganisms, such as applied to special crops, deodorization in the general home, it is possible to improve the convenience of use, especially in farms, the crops are enriched if only the complex microbial culture according to the present invention, Of course, it is possible to increase the harvest, and of course, it is possible to decompose basic toxin components due to the use of chemical fertilizers in the soil, and to improve the strength by alkalizing the soil. It has a useful effect that can fundamentally solve the problem.

Claims (3)

Washing the fruit into a juice state and putting it in a warming device to ferment while gradually raising the temperature from a low temperature within a range of 20 to 35 ° C. and extracting microorganisms therefrom; Mixing the extracted microorganism: red soil: rice bran (rice bran) in a ratio of 1: 500: 150 to 200 and immersing the mixed solution in a clam immersion liquid containing 10% brown sugar to 60% moisture; Storing the immersed indoors at 5 to 45 ° C. for 3 to 5 days, storing at 70 ° C. for 2 to 3 days, storing at 75 ° C. for 3 to 4 days and drying at 20 ° C. for 3 to 5 days; And The dried microorganism culture method for producing a microorganism culture, characterized in that the fine powdered by a pulverizer is prepared by the step of packaging for each specification. Composite microbial culture prepared by the method of claim 1: brown sugar: soluble fertilizer or perinic acid lime: potassium chloride 4: 3: 130 ~ 140: 15 ~ 40 mixed with a total moisture of 10% and aged for 48 hours Fertilizer production method using a complex microbial culture, characterized in that. Complex microbial culture prepared by the method of claim 1: rice bran (rice bran): livestock powder: fibrous material: charcoal, shells, useful clay minerals 1: 1: 50 ~ 100: 1000: 1000: 1000 and the total moisture 60 ~ Fertilizer production method using a complex microbial culture, characterized in that to be 70% to be matured in a shaded and ventilated place for 5-7 days.