KR101696334B1 - The composite feeds for the loach, thereof its productive method - Google Patents

Abstract

The present invention relates to a method for collecting and processing a Udon used as a compost for a farmhouse as a source of income for a farmhouse, which is abandoned from a farm where the cattle are raised in our country, and is manufactured and supplied as a composite feed product suitable for the loach, This is a manufacturing invention related to the feed development of the compound feed industry which is developed as a new feed which can be artificially raised so that the loach can be cultivated in massive breeding and property style and can be provided to the table at the table.
Until now, it was hoped that it would grow itself in nature without any special feeds. So it is possible to grow chickens, which are called loach, It belongs to the technical field of special feed production in the field,
Due to the launch of this special feed, it is possible to mass produce in the nature as well as in the natural environment such as cultivated mudfish, which is naturally grown in paddy fields and can be shipped to the market in large quantities. Because it replaces imports from foreign countries, it is expected to save the foreign currency and raise the income of the rural area by raising new food in the rural area.

Description

Technical Field [0001] The present invention relates to a composite feed for chewing gum,

If you can feed it to a chrysanthemum, such as a regular livestock feed or a combination feed for a livestock feed, you will not be able to raise it due to feeding problems. , Which is a part of the feed compounding technology, which is capable of mass production in order to satisfy domestic demand,

Until now, there has not been any feed for chow, and it was not even thought that it should be fed, but considering the situation that the demand of chow is gradually increased and it leads to importation, It is a new technological field that develops the feed for the livestock breeding farms by discovering that the composting demand is decreased by studying the method of disposal,

As a background of the present invention, in view of the fact that livestock manure that is overflowing from the house is loaded on the rice paddies and crows growing in the rice paddies are crowded, it is considered to be suitable for the feeds of these people in observation and practice. Based on this, we developed a combination of mixed feeds as well as general formula feeds to build a chrysanthemum farm, and then develop a feedlift by feeding enough food.

As described above, it has been confirmed that livestock manure is good and can grow well, and the related literature is found. Recently, as a method of recycling food waste and livestock manure, Korean Patent Publication No. 10-1380684 (2014.03.27.), Korean Patent Publication No. 10-1195353 (Oct. 22, 2012), which is a method of cultivating eels using an earthworm extract additive, and Korean Patent Publication No. 10-1218086 ) As a prior art.

In particular, the fact that mass production of artificial seedlings of loach is possible as a proof of the possibility of cultivating chrysanthemum is also possible in Korea by the Korean Patent Publication No. 10-1169013 (2012.07.20.), The non-heated soft particle feed and the method for manufacturing the same are disclosed in Korean Patent Laid-Open Publication No. 2003-0067428 (published on August 14, 2003).

There are no cases of chrysanthemum nutrients that have been developed yet. Therefore, if you make a feed using only the livestock manure in the background of the actual situation in the nearby rice paddies around the house, it will cause deficiency of some nutrients due to the characteristics of livestock manure. In order to be able to produce the complete nutrient-containing compound feed suitable for the mass diet,

Chuja is a kind of fish that is ingested by microbes and plant roots that grow in the rice paddies and swamps in nature and also secretes a special substance that heals itself even if the skin sometimes goes up because it is quivering. It is the most common microorganism, , It is desirable to add minerals and vitamins instead of protein or nutrients, unlike ordinary fish feeds. Therefore, the addition of a special ingredient in the production of fish feeds has been the object of the present invention

Unlike ordinary people who make a powder such as shrimp or shrimp when they feed on a fish tank in a self-centered manner, they are abundant in microorganisms as food for professional use. When it is manufactured so that there is no difficulty in circulation, it is processed by ventilation to roughly crush instead of crushing, so that microorganisms existing in the crushing area are not damaged, And the special processing that makes the chowe to eat,

In addition, when the feed is made to be too dry for transportation, the microorganisms may be killed or the growth may be stopped and the chrysanthemum is difficult to ingest. Therefore, the moisture content of the feed is lower than that of the wet feed, And a method of mixing and mixing the ingredients so that they are suitable for daily life,

We have developed a feed processing system that meets these conditions to prevent the microorganisms contained in livestock manure from being excessively damaged and to solve the task of processing the freshwater eel as feed with emphasis on salinity in terms of freshwater fish Respectively.

Since it has developed and circulated the chrysanthemum feed, it presents a new aquaculture business to the loquat food industry, which has not been interested in the aquaculture business for a while. Hopeful effect is expected,

On the other hand, it is expected that the loach will provide the concept of feeding the microorganisms instead of feeding the nutrients such as protein, etc., and providing new industrial products that can be mass-produced,

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a processing flow chart for producing a composite feed for chow,
Fig. 2 is a graph showing the blending ratios of the raw materials for the production of the compound feed for chrysanthemum according to the present invention,
<Brief Description of Symbols>
Step 1-1: Collection of bovine, Step 1-2: Drying,
Step 1-3: Cutting milling, Step 2-1: Additional collection,
Step 2-2: Heating and firing Step 2-3: Pulverization,
Step 3-1: Trace collection, Step 3-2: Solution aging,
Step 3-3: Mixing filtration, Step 4: weighing, spraying, mixing,
Step 5: Subdivision packaging, First material: Main material,
Second material: Sub material, Third material: Secondary material,

In the past, livestock manure was used as a compost, which is dirty and a waste mixed with cow shit. So far, nobody has been interested in it. (Step 1 - 3), which is obtained by collecting bovine milk (Step 1 - 1) and dried by air drying (Step 1 - 2) so as to be easily mixed and then roughly cut and ground by a crusher. (A first material) in a sufficient amount,

The bovine collected in the bovine collection (step 1-1) was dried naturally or non-heat-dried in the air-drying (step 1-2) (The first material) and the supplementary collection (the second step), the cereal material purchased from the feed corn and the bean curd with the same amount is pulverized in the pulverization (step 2-3) (2-2 process), which is composed of zeolite and yellow clay, which are white clay, are purchased from the livestock pharmacy, while calcium phosphate and vitamins are purchased in powder form for fish feed. Baked in a high-temperature electric furnace at 900 占 폚, processed into respective sintered materials, and then sintered in a fine sieve (2-3 steps) in the same amount to obtain a sintered powder obtained by sieving the sintered body with a sieve of 100 to 200 sieve per inch. Secure,

The processing purpose of the above-mentioned material (second material) is to obtain zeolite rich in yellow clay and silica or calcite rich in calcium so that microorganisms can be safely present, 2-2 process), the same amount of fodder corn and bean curd as the processed fired powder and the ground fodder are obtained and then ground without burning (step 2-2) The grain powder obtained through the pulverization of the pulverized powders (about the second and third steps) of about 80 grains per inch is secured with a material (second material) that becomes a part of the pulverized material.

Trace minerals used as a solution in the auxiliary material (the third material) for the last trace element are powdered iron sulfide, copper sulfate, magnesium sulfate and manganese sulfate for mixing for distribution in the fish, seaweeds and sea bream (3-1 process), so that they can be used as extracts.

In order to obtain the auxiliary material, which is the last material, it is necessary to secure iron sulfide, copper sulfate, magnesium sulfate, and manganese sulfate in the trace amount collection (Step 3-1) and completely dissolve each of them to make 10 wt% aqueous solution. The obtained filtrate was collected in a solution aging (Step 3-2), aged in a cool room for 3 months, taken out, filtered again, and completely dissolved and aged in a mixed filtration (Step 3-3) And a trace mineral aqueous solution which is a part of the material (third material)

Next, seaweed extract and bamboo shoot extract, which are the last materials of the auxiliary material (third material), are prepared and aged in aqueous solution of the extract in solution aging (step 3-2). Seaweeds are extracted with 10 wt% The mixture was filtered through a 100 mesh sieve per inch and aged. The bamboo shoots were made into a 10 wt% aqueous solution by the same method as in the case of kelp extraction. The filtrate was aged without any aggregated material, and mixed and filtered (step 3-3) And the mixture is mixed with the same amount of water to prepare a mixed extract aqueous solution, and finally the mixed extract aqueous solution is mixed with the trace mineral aqueous solution to prepare a complex trace mineral aqueous solution. The auxiliary material (third material) Is completed,

The main raw material (first material) and the additional raw material (second raw material) obtained by crushing and crushing (the first to third steps) through the above-mentioned collecting of bovine milk (step 1-1) (Second material) and trace amounts of non-processed calcium phosphate and vitamins (second material) obtained by pulverization (2-3 steps) without or without heating and calcining (step 2-2) (Third material), which is an aqueous solution of the complex trace mineral obtained by the mixed filtration (step 3-3) through the filtration (step 3-1) and the solution aging (step 3-2) (Second material) secured with a powder material in the weighing, spraying, and blending (fourth step) with the raw material mixture ratio (FIG. 2) 3 material) is injected or sprayed and sufficiently mixed with the powder material, it is generally 5 minutes, Lead to segregation, so as to utilize calcium carbonate analyzes of samples taken at regular intervals during the packaging must set the correct time,

As described above, the mixing ratio of the fish meal compounding vitamins in the weighing, spraying and compounding (the fourth step) may vary depending on the manufacturer. Therefore, the blending ratios of the raw materials for producing the compounding food for chowing of the present invention 3% by weight of vitamin for feed is added to the material (second material) including the fired powder and the grain powder as the powder material, and the blending ratio for each raw material for producing the composite feed for chowing of the present invention ) Should be supplied in an amount calculated by weight%, but it may be varied according to demand, so it is not necessary to be concerned with the compounding ratio,

In the preparation of the compound feed for chorus as described above, since the original microorganism contained in the rumen is viable as a composite feed having slight moisture, that is, chrysanthemum, the main material (first material) and the material (second material) Since the auxiliary material (third material) is a material that is used to activate the microorganism, the microorganism of Ubum is packaged in a coated package to be stored for less than 5 kg (5th step), the microorganism is completed with a newly developed compound feed for chrysanthemum, that is, a chrysanthemum which enables the microorganism to survive.

In the material obtained through many processes, the main material (the first material) which has been air-dried and crushed and crushed in the cow (cow dung) was weighed, sprayed and blended in a proportion of 63 wt% 15% by weight of a mixture of yellow clay and white clay was weighed from the stock material (second material) stored in the pulverization mill (step 2-3) and placed in the mixing apparatus. The corn and the bean curd pulver were weighed and weighed 10% %, And 5 wt% of calcium phosphate for feed were weighed and placed in the above-described mixing device, and only 3 wt% of the vitamins for feed were purchased from the Livestock Pharmacy.

In the dislocation mixture, only 75% by weight of the aqueous solution of the mineral constituted by the ferrous iron, copper sulfate, magnesium sulfate and 10% by weight aqueous solution of manganese sulfate dissolved in the aqueous solution, dissolved in the aqueous solution in advance, And a 25% by weight aqueous solution of extract prepared from 10% by weight of an extract obtained by mixing an aqueous solution of a sea tangle extract and an aqueous solution of bamboo shoot with an equal amount of an aqueous solution of an extract of a bamboo shoot were sprayed on the powdered material to uniformly mix the powdered material. , Thereby making it possible to complete the production of the composite feed for chrysanthemum containing water in each of the crushed powder and the powder of the above-mentioned material (second material)

In general, the moisture content of dried bovine is less than 15%, but if the white clay or yellow clay is heated and fired, the moisture content is close to 0%, so that the compound feed bovine feed prepared by adding the whole liquid can be used as the formulated feed, Since microorganisms are present as they are, they do not easily change,

Therefore, when packing in sub-division (5th process), it is necessary to distribute the material with coated material or vinyl package so that the wrapping paper is not torn due to the wrapping paper being stored. Therefore, the packaging capacity corresponding to the small- It was packaged at 5kg, which was small in packaging to make it light and easy to handle during distribution, but it also showed good commercial quality.

In the main material (first material), cow dung was secured without difficulty with the help of the breeding farmers of the cattle. In the secondary material, the cereal powder consisted of corn powder and soybean meal, Zeolite and yellow clay are purchased from a clay handling shop and fired at 900 ° C in an apparatus for producing substitute proteins with urea fertilizer and zeolite by consignment processing, ,

Calcium phosphate for feed and vitamins for animal feed are easily purchased from livestock pharmacy. Mineral minerals for animal feed purchased from livestock pharmacy are made into 10% by weight aqueous solution as it is, and after completely dissolving, the lumps are filtered and only pure solution is poured into a small mineral water solution It was easy to produce because it entered into aging by putting in garage dark warehouse,

In addition, kelp and bamboo shoots were purchased separately from the market, and the kelp and bamboo shoots were prepared in a 10 wt% aqueous solution. The kelp extract and the bamboo shoots were mixed in an equal amount to prepare a mixed aqueous extract solution. 4) was mixed with 25% (1/4) of the mixed extraction aqueous solution and filtered to obtain an aqueous solution of a complex trace mineral which is an auxiliary material (third material) to be a final mixture.

The above materials are mixed by the raw materials (Fig. 2) for producing the composite diets of the present invention (Fig. 2) and then weighed, sprayed and mixed (fourth step) with the powder mixture and the liquid mixture (5th step).

Claims (2)

In a method for producing a compound feed for chrysanthemum,
The main material (the first material) collects bovine excrement from the collection of bovine milk (Step 1-1), dries with air drying (Process 1-2), and then cuts it into pieces (Process 3-1) and,
The secondary material (second material) is obtained from the additional collection (2-1 step) by a baking material composed of the same amount of soybean cake and corn and a baking material composed of the same amount of yellow clay and zeolite, 2). The cereal material and the calcined calcined material are pulverized through fine pulverization (step 2-3) to obtain calcined powder and grain powder, calcium phosphate and vitamin powder are purchased and secured,
The auxiliary material (third material) is obtained by micro-collecting (Step 3-1), securing trace minerals for fish meal consisting of iron sulfate, magnesium sulfate, magnesium sulfate and manganese sulfate, algae and bamboo shoots, The trace minerals were prepared as a 10 wt% aqueous solution and aged in a dark room for several months to prepare a mineral aqueous solution. The algae and bamboo shoots were extracted with a 10 wt% extract to prepare an aqueous extract solution. 75% by weight of the trace mineral aqueous solution and 25% by weight of the aqueous extract solution are mixed and filtered to prepare a complex trace mineral aqueous solution,
Spraying, spraying and pulverizing a mixture of 63% by weight of the crushed powder and 10% by weight of the grain powder, 15% by weight of the calcined powder, 5% by weight of the calcium phosphate, 3% by weight of the vitamin and 4% (Fourth step) to prepare a chrysanthemum feed composition delete

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