KR100692181B1 - A Stable for Fermenting the Excrements of Livestock - Google Patents

Abstract

The present invention relates to a manure composting system, and more particularly, has a fermentation, rotatable turntable having a fecal pit for storing, drying and fermenting the manure, and a pair of rail catches, coupled to an upper end of the rail catches. It provides a condensed fermentation barn comprising a pair of rails and a stirrer moving over the pair of rails and a drum rotary to move the condensate stored, dried and fermented on the fermentation to the rear simultaneously with stirring. The present invention has the effect of effectively composting the livestock in the livestock barn by providing a fermentation bed and a stirrer formed on the bottom of the barn. In addition, by forming the fermented phase extending out of the barn, it is possible to promote fermentation and drying by sunlight and to easily remove the composted condensate.

Fecal, Stirrer, Turntable, Fermentation, Barn

Description

A Stable for Fermenting the Excrements of Livestock}

1 is a cross-sectional view of a constituent composting system according to the prior art,

Figure 2 is a plan view of a constituent composting system according to the prior art,

3 is a perspective view of a condensed fermentation barn according to the present invention;

4A is a plan view of a condensed fermentation barn according to a first embodiment of the present invention;

Figure 4b is a cross-sectional view taken along the line A-A 'in the condensation fermentation barn of Figure 4a,

5A is a plan view of a condensed fermentation barn according to a second embodiment of the present invention;

Figure 5b is a cross-sectional view taken along the line B-B 'in the condensed fermentation barn of Figure 4a,

6A is a plan view of a condensed fermentation barn according to a third embodiment of the present invention;

Figure 6b is a cross-sectional view taken along the line CC 'in the condensation fermentation barn of Figure 4a,

7A is a schematic view showing the inside of a condensed fermentation barn according to a fourth embodiment of the present invention;

7B is a perspective view showing a temporary fecal plate according to a fourth embodiment of the present invention;

7C is a perspective view showing a first assembled pit according to a fourth embodiment of the present invention;

8 is a schematic view showing the inside of a condensed fermentation barn according to a fifth embodiment of the present invention;

9A is a plan view of a fermentation house according to a sixth embodiment of the present invention;

Figure 9b is a cross-sectional view taken along the line D-D 'in the fermentation barn of Figure 10a,

Figure 10a is a cross-sectional view showing the operation of the ventilation unit according to the present invention,

Figure 10b is a side view showing the action of the ventilation unit according to the present invention,

11 is a plan view showing a free angle turntable according to the present invention;

12A is a cross-sectional view showing a state before rotation of a free angle turntable according to the present invention;

12B is a sectional view showing a state after rotation of the free angle turntable according to the present invention; and

Figure 13 is a schematic diagram showing the process of stirring and moving the feces by the stirrer of the present invention.

<Description of Symbols for Main Parts of Drawings>

300 ... Fermented barn 305 ... Multilayer floor

310 ... Fermentation 312 ... Fecal pit

314 ... Rail latches 316 ... Slotted slots

320 ... turntable 322 ... support

324 ... axis of rotation 326 ... stop means of rotation

330a, 300b ... Rail 340 ... Stirrer

342 ... drum rotary 350 ... prefabricated feet

351 ... First Concave 352

353 ... First Scraper 354 ... Temporary Stool

355 ... fecal moving part 356 ... second scraper

360 ... the second prefabricated pit 361 ... the second recess

362 ... Fecal hole 363 ... Fecal transfer tube

370 ... House 380 ... Vent

The present invention relates to a condensation composting system, and more particularly, to a condensation fermentation barn which effectively stirs condensate and reduces moisture to ferment into compost by using a barn to effectively stir the condensate in the same space as the space where livestock lives. will be.

Human living standards have improved with the increase of population, acceleration of economic development and increase of national income, but environmental pollution is accelerating due to the rapid increase in demand for resources. In particular, as livestock demand increases due to an increase in population and lifestyle changes, livestock stocks in livestock are becoming the main cause of environmental and water pollution. Shafts cause odors, cause bugs and insects, and pollute the water supply, causing direct harm to human life.

As environmental and water pollution have emerged as social problems due to the discharge of livestock, the desire for a pleasant environment has been increasing day by day, and research on the disposal of livestock has been diversified. As part of the research on the treatment of livestock, fermented livestock and commercialized it into artificial soil, compost and animal feed have been sold in the market.

Conventionally, in order to ferment the livestock, the livestock is collected in the livestock barn, moved out of the livestock barn, and fermented in the livestock feed plant to compost. 1 is a cross sectional view of a conventional manure composting system, and FIG. 2 is a plan view of a conventional manure composting system. Condensation compost system 100 according to the prior art is a fermentation bed 120, induction rail 130, turntable 140, agitator 150 and a separate condensation treatment plant 110, as shown in Figs. It is composed.

The livestock collected in the livestock barn is moved to the fermentation bed 120 installed in the livestock feedstock 110. The stirrer 150 moves on the rails according to the guide rail guide 130 and stirs the constituents accumulated in the fermentation bed 120. At the end of the guide rail 130, a turntable 140 is formed to be rotatable as shown in FIG. When the stirrer 150 is positioned on the turntable 140, one wheel of the stirrer is stopped by the limit switch, and the stirrer 150 rotates together with the turntable 140. As the stirrer 150 continuously advances on the induction rail 130, it spreads the new condensate and mixes the new condensate with the conventional condensate so that it can be effectively fermented. There was an advantage to reduce the manpower.

 However, the conventional manure composting system has the following problems.

(1) Since it is impossible to collect and collect the livestock powder into the fermentation bed 120 of the livestock feedstock processing plant 110, a lot of manpower and cost are consumed to move the livestock powder.

(2) The livestock breeding environment is poorly sanitary because stocks are stored at the bottom of the barn until sufficient stocks are collected.

(2) Since the turntable 140 is rotated and stopped in the rotated state, the rotation angle of the turntable 140 is limited to 180 degrees due to the rail structure.

It is an object of the present invention to provide a condensed fermentation barn which can stir, dry and ferment condensate effectively and easily remove composted condensate in the barn in order to solve the above problems. Another object is to provide a livestock fermentation house where a fermentation facility can be installed regardless of the internal structure of the house.

In order to achieve the above object, the present invention has a fecal pit formed on the bottom of the barn to connect the start point and the end point, and has a pair of rail locking jaws formed on both sidewalls of the fecal pit for storing, drying and fermenting the axial part. In fermentation, the support and the rotating shaft has a turntable vertically coupled to the rotatable turntable and a pair of rails coupled to the upper rail latching jaw and moving on the pair of rails and stored, dried and fermented in the fermentation phase It provides a livestock fermentation barn characterized in that the drying and fermentation of the livestock occurs in the same planar space as the space in which the livestock live by including a stirrer having a drum rotary to move backward with stirring.

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

Figure 3 is a perspective view of a fermentation barn according to the present invention, Figures 4a to 9b is a plan view, cross-sectional view and schematic diagram showing the condensation fermentation barn according to the first to sixth embodiments of the present invention, Figures 10a and 10b 11 is a cross-sectional view and a side view showing the operation of the ventilator according to the present invention, FIG. 11 is a plan view showing a turntable according to the present invention, and FIGS. 12A and 12B are cross-sectional views showing a state before and after the rotation of the turntable according to the present invention. Is a schematic diagram showing the process of stirring and moving the feces by the stirrer of the present invention.

Common composition

Condensed fermentation barn 300 according to the present invention is a fermentation phase 310 having a fecal pit 312 and the rail engaging jaw 314 for storing and fermenting the condensate is formed on the bottom of the barn as shown in Figures 4a and 4b The fermentation bed 310 is provided with a pair of rails 330a and 330b including the turntable 320, and an agitator 340 is provided on the rails 330a and 330b.

Fecal pit 312 is formed on the bottom of the barn in consideration of the excretion place of the livestock and the fecal pit 312 is connected in a row to ensure the infinite motion of the stirrer 340. The depth of the fecal pit 312 is determined in consideration of the amount of feces to be dried and fermented, the cross-sectional shape of the fecal pit 312 may be formed in a rectangular shape as shown in Figure 4b but does not act as a stirrer 340 It is formed in various shapes in consideration. The rail catching jaw 314 is formed at an appropriate position along the sidewall of the fecal foot 312. As will be described in detail later, drying and fermentation of livestock occurs in the same planar space as the space where the livestock lives or in the lower livestock barn depending on the position where the rail catching jaw 314 is formed.

The rails 330a and 330b are formed on the pair of rail latching jaws 314 formed on the sidewalls of the fecal feet 312 and guide the stirrer 340. Where the direction of travel of the rails 330a and 330b changes, a turntable 320 is formed on the inner rail 330b as shown in FIG. Turntable 320 is composed of a support 322 and the rotating shaft 324 is formed rotatably. As will be described in detail later, the turntable 320 serves as a center point of rotation when the stirrer 340 moves along the rails 330a and 330b and changes the traveling direction.

The stirrer 340 has a moving means for moving on the rails 330a and 330b in an independent manner, and has a means for efficiently stirring, drying and fermenting the feces collected in the fermentation bed 310 at the bottom. Preferably, the moving means uses a geared motor, and the stirring means preferably uses a drum rotary 342. The stirrer 340 advances the fermentation bed 310 connected in one line and continuously mixes the new feces excreted by the livestock in the fermentation barn 300 with the fecals which have already been fermented and supplies air into the feces. To promote.

Drying and Fermentation

Fermentation of livestock using the fermentation barn 300 has a variety of methods based on the relationship between the space for drying and fermenting livestock and the space in which livestock live. That is, (1) a method of fermenting livestock in the same plane as the space where livestock lives (2) a method of fermenting livestock in a lower space where livestock lives (3) a livestock feed in the case of installing a cage in the fermentation livestock 300 Fermentation method (4) There may be a condensation fermentation method in the case of using a multilayer structure. In addition to the above, the present invention may be applied in various ways. Hereinafter, the four cases will be described in detail.

(1) When using the same plane as the space where livestock live

A condensed fermentation barn 300, in which the space for fermenting feces is carried out in the same plane space as the space in which the livestock lives, is shown in Figs. 4A and 4B. As shown in Fig. 4B, the fecal pit 312 is formed shallowly from the barn floor, and the rail latching jaw 314 is formed so that the rails 330a and 330b are formed at the same position as the barn floor. The rails 330a and 330b need not be formed at the same position as the barn floor, but are formed at appropriate positions in consideration of the amount of feces to be dried and fermented.

Since the livestock is fermented using the same space as the living space, the livestock raised in the fermentation barn 300 is free to enter the fecal pit 312 to excrete. Since the livestock and the stirrer 340 are in the same space, a means for protecting the livestock from the stirrer 340 is required. However, since the livestock is instinctively moving away from the stirrer 340 because the stirrer 340 makes a sound forward. No extra protection is required. However, as the stirrer 340 moves, it is desirable to install a device in the fecal pit 312 that prevents livestock from passing through a particular area.

(2) How to use the space under the barn

A livestock fermentation barn 300 for fermenting livestock in a space different from where the livestock lives is shown in FIGS. 5A-6B. As shown in FIG. 5B, the fecal pit 312 is formed deeper than the height of the stirrer 340, and the rail catching jaw 314 and the rail at a proper position so that the stirrer 340 can be completely accommodated in the fecal pit 312. 330a and 330b are formed.

In order to completely separate the space in which the fermentation proceeds and the space in which the livestock lives, a rectangular slat 316 having a through hole is provided at the opening of the fecal pit 312. In order to install the slits 316 on the barn floor, a jaw or the like may be formed on the barn floor as shown in FIG. 5B. Fermentation phase 310 may be formed along the outer periphery of the fermentation barn 300, as shown in Figure 5a, may be formed in the central portion inside the fermentation barn 300, as shown in Figure 6a. The slits 316 have varying strengths depending on the weight of the livestock being bred. For example, when breeding pigs or cattle, slats 316 made of concrete are generally used.

Cattle roam freely in the barn (300) is to be defecated on the slits (316). Feces excreted by the livestock falls to the fecal pit 312 formed in the barn 300 through the through-holes of the slits 316. The axial fraction dropped into the fecal pit 312 is effectively dried and fermented by the stirrer 340 moving on the rails 330a and 330b.

(3) When installing the cage on the barn

The livestock fermentation livestock cage 300 when the cage is installed in the livestock house is shown in Figs. 7A to 7C. As shown in FIG. 7A, a first prefabricated pit 350 having a first recess 351 is formed in the center and a through hole 352 formed in the first recess 351 is installed in the opening of the fecal pit 312. .

Since the feces of the laying hens have little water and have a high viscosity, they are attached to the temporary fecal plate 354 without falling into the fermentation phase 310 during defecation. Since the first prefabricated pit 350 has the first recess 351 in the center, the first prefabricated pit 350 temporarily stores the shaft portion that does not fall into the fermentation bed 310. In FIG. 7C, the through hole 352 is formed in a rectangular shape and is formed over the entire front surface of the first recess 351. However, the through hole 352 may have various shapes, such as a circle, a rhombus, and a triangle, depending on the environment and conditions of use. It can be formed in size. In addition, the through hole 352 is concentrated along the central portion, one side or both sides of the first concave portion 351 in consideration of the position of the first prefabricated pit 350 and the fermentation phase 310 to the use conditions, such as According to the present invention.

At the upper end of the first recess 351, a first scraper 353 is formed perpendicular to the bottom of the first recess 351 and is installed to be movable in a horizontal direction to drop feces onto the fermentation bed 310. Is installed. The first scraper 353 is a plate formed in a rectangular shape as shown in Figure 7c, the planar shape of both ends is formed in a shape similar to a triangle and is moved in a horizontal direction by a wire or the like. Since both ends of the first scraper 353 are formed in a shape similar to a triangle, the shaft portion in the corner of the first recess 351 is moved to the center. In addition, since the first scraper 353 is formed to be perpendicular to the bottom of the first recess 351, the first scraper 353 effectively collects the axial components that are separated from the first recess 351 no matter what direction it is moved and fermented through the through hole 352. Drop onto image 310.

At the upper end of the first prefabricated pit 350, a multi-layer laying cage cage 357 is provided with a fecal moving part 355 penetrating vertically up and down. The pair of rectangular temporary fecal plate 354 is formed to be inclined downward facing each other and installed adjacent to the fecal moving part 355. Laying hen cage 357 is generally made of type A, which reduces the distance between the cage from the lower floor to the upper floor so that the feces excreted from the chicken on the upper floor does not touch the chicken on the lower floor (there is also a vertical upright type). . However, in the cage 357 for laying hen according to the present invention, as shown in FIG. 7A, the spacing of the cages 357 of each layer is the same, thereby saving space in the livestock house.

Chickens are excreted from the inside of each cage 357, the excreted feces fall on the temporary fecal plate 354 at the bottom. The temporary fecal plate 354 is provided between each layer of the cage 357 as a rectangular plate as shown in Fig. 7B. The axial fraction dropped on the temporary fecal plate 354 falls to the first prefabricated pit 350 through the fecal moving part 355 formed between the rows of cages by the second scraper 356.

The second scraper 356 is formed at the top of the temporary fecal plate 354 to be perpendicular to the bottom of the temporary fecal plate 354 and to be movable in a horizontal direction to drop the feces to the top of the first prefabricated pit 350. . The second scraper 356 is a plate formed in accordance with the shape of the temporary fecal plate 354 as shown in Fig. 7B and is advanced back and forth in the horizontal direction by a wire or the like. Since the second scraper 356 has an X shape as shown in FIG. 7B, the feces on the temporary fecal plate 354 is moved to the fecal moving part 355 positioned between the pair of temporary fecal plates 354. In addition, since the second scraper 356 is formed perpendicular to the bottom of the temporary fecal plate 354 and moves in any direction, the second scraper 356 effectively collects the axial components that are separated from the temporary fecal plate 354 so that the fecal moving part 355 It is dropped through the first prefabricated pit 350 through.

(4) When using a multilayer structure

The condensed fermentation barn 300 when the barn consists of a multilayer structure is shown in FIG. As shown in FIG. 8, the first prefabricated pit 350 and the first scraper 353 are installed in the opening of the fecal pit 312, and at least one multilayered floor 305 is formed at a predetermined height from the barn floor. Since the inside of the barn is formed in a multi-layer structure, pigs and the like can be reared at a high breeding density using the same barn.

In one of the multilayer floors 305, a second concave portion 361 is formed at a center thereof, and a second prefabricated pit 360 having a fecal hole 362 in place is installed. The first scraper 353 is formed at the upper end of the second concave portion 361 perpendicular to the bottom of the second concave portion 361 and installed to be movable in a horizontal direction to drop the feces into the fermentation bed 310. Is installed. The fecal movement tube 363, one side of which is coupled to the fecal hole 362, is installed so that the other side is located in the upper space of the first assembled pit 350. Feces, such as piglets, have a lot of water, so when a hole is formed over the entire first concave portion 351 as shown in the first assembled pit 350 of FIG. 7C, the feces flow and splash to the bottom layer.

The second prefabricated pit 360 has a structure similar to that of the first prefabricated pit 350, but the through hole is not formed in the first recess 351, and the second prefabricated pit 360 is as shown in FIG. 8. Fecal hole 362 is formed only in place of. The shaft portion stored in the second concave portion 361 of the second assembled pit 360 is moved to the fecal hole 362 by the movement of the first scraper 353. Since the other side is installed adjacent to the upper end of the first scraper 353, the feces transferred to the fecal hole 362 is made through the fecal movement tube 363. One prefabricated pit 350 is dropped. The axial fraction dropped on the first prefabricated pit 350 is dropped into the fermentation bed 310 by the movement of the first scraper 353 to be stored, dried, and fermented.

Drying and Fermentation with House

Fermentation phase 310 according to the present invention can be formed to extend out of the fermentation barn 300, as shown in Figure 9a and 9b, the fermentation phase 310 extending out of the fermentation barn 300 house as shown in Figure 9b 370 is formed. The house is made of materials that transmit sunlight and resembles a greenhouse. Sunlight from the outside raises the temperature inside the house 370, thereby reducing the moisture content of the livestock and increasing the activity of aerobic microorganisms to ferment the livestock. In addition, the fermentation phase 310 is formed to extend out of the fermentation barn 300 can be easily taken out of the fermentation phase whenever necessary composted by fermentation.

Ventilation and moisture removal

As fermentation proceeds in the fermentation bed 310, a lot of water vapor and gas are generated from the condensation. Water vapor and gas from the livestock stocks adversely affect livestock raised in the livestock farms. Therefore, ventilation facilities for discharging water vapor and gas generated during fermentation of manure are essential.

As shown in FIGS. 10A and 10B, at least one ventilation part 380 is formed at a position higher than the outer rail 330a in the side wall of the fecal pit 312. In a typical barn, the vent is formed above the bottom of the barn, but in the case of the present invention, it is formed between the slits 316 / first assembled pit 350 and the outer rail 330a as shown in FIG. 10A.

Since the ventilation unit 380 is installed below the slits 316 / the first prefabricated pit 350, water vapor and gas generated in the fermentation phase 310 are discharged to the outside without passing through the space where the livestock is raised. In addition, since the ventilation unit 380 is provided at a position close to the fermentation bed 310, water vapor and gas generated from the axial fraction are removed efficiently. Ventilation unit 380 according to the present invention can be used as a livestock ventilation facility.

Turntable rotating at free angle

Since the conventional turntable 140 can only rotate 180 degrees in structure, the shape of the guide rail 130 has to be limited accordingly. However, since the free angle turntable 320 according to the present invention can rotate at a free angle, the shapes of the rails 330a and 330b can be varied as shown in FIG.

An elastic means 328 is coupled to the rotation shaft 324 of the turntable 320 as shown in FIG. 12A. The inner rail 330b further includes rotation stop means 326 installed adjacent to the side of the support 322 of the turntable 320 as shown in FIG.

When the stirrer 340 is fully raised on the free angle turntable 320, power of the geared motor that moves the wheels on the free angle turntable 320 is cut off by the limit switch although not shown in the drawing. Since the geared motor moving the wheels on the outer rail 330a continues to operate, the stirrer 340 rotates about the rotation axis 324 of the free angle turntable as shown in FIG. 12A. The free angle turntable 320 is connected to the new inner rail 330b while the rotation is stopped by the rotation stop means 326, and the power of the geared motor that moves the wheels located on the free angle turntable 320 by the limit switch is turned on. While being supplied, the stirrer 340 continues to move along the rails 330a and 330b.

When the stirrer 340 leaves the free angle turntable 320, the free angle turntable 320 rotates in reverse direction as shown in FIG. 12B by the elastic means 328. The free angle turntable 320 is stopped by the rotation stop means 326 and is connected to the original inner rail 330b. The elastic means 328 may use a coil spring, a door lock, a spring, or the like. Therefore, using the free angle turntable 320 of the present invention, it is possible to make rails 330a and 330b having various angles, and to design the fermentation bed 310 by avoiding obstacles existing in the fermentation barn 300. can do.

Drying by stirrer, movement of fermentation stock

In order to efficiently dry and ferment the condensate, the condensate in the fermentation bed 310 must be continuously turned over. As the stirrer 340 moves over the rails 330a and 330b, the constituents stored in the fermentation bed 310 are turned over to the drum rotary 342, so that water in the axial fractions is removed by water vapor, and sufficient oxygen is aerobic microorganisms. The fermentation is promoted, and the fermentation process is mixed with new livestock to inoculate aerobic microorganisms into new livestock.

In addition, since the stirrer 340 inverts the shaft portion using the drum rotary 342, the inverted shaft portion moves in the direction opposite to the traveling direction of the stirrer 340 as shown in FIG. Since the shaft portion is moved in the direction opposite to the traveling direction of the stirrer 340, the shaft portion in the fermentation house 300 is gradually moved to the extended portion formed outside the fermentation house 300. When the condensate is transferred to the fermentation bed 310 extending out of the fermentation barn 300, drying and fermentation of the condensate are promoted as described in "drying and fermentation using a house," and the condensate can be easily removed. .

In particular, the stirrer disclosed in Patent No. 181684, "Agitator combined with a blower used in the composting system of organic waste", can efficiently dry, ferment, and move the livestock by the hot air provided in the blower.

While the invention has been shown and described with respect to particular embodiments, it will be readily apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit of the invention as recited in the claims. I want to clarify.

The present invention has the effect of effectively agitating and fermenting condensate in the barn compost. In addition, there is an effect that can promote the fermentation and drying by sunlight and can easily remove the composted contaminants. In addition, unlike the conventional 180-degree turntable has the effect of rotating the stirrer at a free angle on the rail.

Claims (7)

A fermentation bed having a start point and an end point connected to the bottom of the barn, and having a fecal pit for storing, drying and fermenting the axial part and a pair of rail catching jaws formed on both sidewalls of the fecal foot; A pair of rails coupled to an upper end of the rail locking jaw having a turntable rotatably coupled to a support shaft and a rotating shaft vertically; And Drying and fermentation of livestock in the same plane space as the livestock space, including; a stirrer having a drum rotary moving on the pair of rails and moving, stored and dried and fermented on the fermentation to the rear simultaneously with stirring Condensed fermentation barn, characterized in that occurs. The method of claim 1, The fecal pit is formed deeper than the height of the stirrer, The pair of rail catching jaw is formed on both sidewalls of the fecal pit so that the stirrer can be completely accommodated in the fecal pit, Condensate fermentation barn, characterized in that the drying and fermentation of the livestock in the livestock lower space further comprises at least one ventilation unit installed at a position higher than the rail along the side wall of the fecal pit. The method of claim 2, Condensate fermentation barn, characterized in that it further comprises a slat formed through the opening provided in the opening of the fecal pit is separated from the livestock live space and the livestock lower space where the drying and fermentation of livestock. The method of claim 2, A first prefabricated pit installed in the opening of the fecal pit, the first recess having a hole formed in the center thereof, A first scraper which is formed perpendicular to the bottom of the first recess and is movable in a horizontal direction on an upper end of the first recess to drop feces onto the fermentation bed; A multi-layer laying cage installed on top of the first assembled pit, Fecal movement unit penetrating up and down the center of the cage for laying hens, A pair of rectangular temporary fecal plates which are installed adjacent to the fecal moving part and face each other and are inclined downward; And a second scraper which is formed perpendicular to the bottom of the temporary fecal plate and is installed to be movable in a horizontal direction at the top of the temporary fecal plate to drop the feces to the top of the first prefabricated pit. The method of claim 2, A first prefabricated pit installed in the opening of the fecal pit, the first recess having a hole formed in the center thereof, A first scraper which is formed perpendicular to the bottom of the first recess and is movable in a horizontal direction on an upper end of the first recess to drop feces onto the fermentation bed; At least one or more multilayer floors formed at a predetermined height from the barn floor, A second prefabricated pit having a second concave portion having a fecal hole formed in a central position and installed on any one of the multilayer floors; A second scraper which is formed perpendicular to the bottom of the second recess and is movable in a horizontal direction on an upper end of the second recess to drop feces into the fermentation phase; One side is coupled to the fecal hole and the other side is installed adjacent to the upper end of the first prefabricated pit further comprises a fecal moving tube for moving the shaft portion from the second prefabricated pit to the first prefabricated pit. The method according to any one of claims 1 to 5, Fermentation phase formed out of the barn and Condensed fermentation livestock barn further comprising a house made of a material that transmits sunlight and installed in the extended portion to promote drying and fermentation of the livestock. The method according to any one of claims 1 to 5, Elastic means coupled to the rotary shaft of the turntable and returning the turntable to its original position after the stirrer is disengaged; Further comprising a rotation stop means installed adjacent to the side of the support along an imaginary line connecting the rotary shaft and the adjacent rail to prevent the turntable from rotating more than a predetermined angle, the turntable can be rotated at any angle Stock Fermentation Barn.

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