KR102356308B1 - A device for manufacturing packaged compost using livestock manure - Google Patents

Abstract

The present invention relates to a manufacturing device of packaged compost using livestock manure, and more specifically, to a manufacturing device of packaged compost using livestock manure, which can divide a certain amount of the manufactured high-quality compost and individually package the same, thereby being used in small or large quantities according to the amount of use, and preventing odor generated in a packaged state and the scattering of the compost.

Description

A device for manufacturing packaged compost using livestock manure}

The present invention relates to an apparatus for manufacturing packaged compost using livestock meal, and more particularly, it is possible to divide and individually package a certain amount of the manufactured high-quality compost, so that it can be used in small or large quantities according to the usage amount, and is generated in the packaged state. It relates to an apparatus for manufacturing packaged compost using livestock that can prevent odor and scattering of compost.

In general, livestock manure causes soil and water pollution, and serious environmental pollution occurs during simple discharge. In order to prevent this, various treatment methods such as composting livestock manure have been proposed.

In particular, pig manure among livestock manure has a bad odor, and even when pig manure is composted or liquid manure, a strong odor unique to pig manure is generated. A problem arises.

As a prior art for solving this problem, "a pig meal processing method" has been proposed.

The prior art comprises a process of maturing pig manure, a process of separating liquid flour from the aged pig manure, and a process of putting the separated liquid flour into the plantation of water hyacinth. It is a technology related to a new method of processing pig manure that can be treated in an environment-friendly manner, and in particular, the yield of water hyacinth is increased and thus the income of the farmer is also increased.

However, in the prior art, there is a problem in that the water hyacinth absorbs the components causing the bad smell of pig manure and reduces the bad smell, so there is a problem in that the crop without the water hyacinth, and the bad smell occurs during storage and movement.

As another prior art, "a method of treating pig meal slurry for recycling" has been proposed.

The prior art relates to a pig manure slurry storage tank for storing pig manure slurry collected from a pig farm in order to recycle vegetable oil contained in pig manure slurry discharged by pigs growing up eating vegetable feed, and a certain amount of the stored pig manure slurry into the chamber. The process of injecting and filtering the sludge by pressing with air or oil by placing a pressurizing tube into which air or oil is injected on top of the pig meal slurry, and the sludge cake produced by pressure filtration is converted into fuel or incinerated and included in the solution produced by pressure filtration It consists of a process of separating vegetable oil and water using gravity or a centrifuge, and a process of esterifying the separated vegetable oil with alcohol in the presence of an acidic or basic catalyst to produce biodiesel. It is a technology related to a method of processing pig meal slurry for recycling.

However, in the prior art, a reaction occurs through air or oil to make a resource, but there is a problem in that the bad odor is generated during use and storage because the odor of pig meal cannot be completely removed.

As such, the prior art has a problem in that when the compost stored in the sack is stored and moved, a bad odor is generated from the compost, and the compost is scattered to the outside.

In addition, there is a problem in that the remaining compost is stored in a state exposed to the outside and odor is generated.

Korean Patent Publication No. 10-2012-0013037 (published on Feb. 14, 2012) Korean Patent Publication No. 10-2013-0101346 (published on September 13, 2013)

The present invention has been devised to solve the above problems, and an object of the present invention is to reduce the odor below the standard value through drying and fermentation of a mixture selected by particle size, and to produce good quality compost made of fine particles. An object of the present invention is to provide an apparatus for manufacturing packaged compost using livestock that can be easily stored and moved.

Another object of the present invention is to provide an apparatus for manufacturing a packaged compost using livestock that can be crushed and packaged in a fine particle state by crushing the compost aggregated during drying and fermentation.

Another object of the present invention is to prevent the compost of the packed particles from scattering to the outside, and to provide a livestock meal that can remove odors when the gas generated from the compost is easily discharged to the outside when stored and moved in a packaged state. An object of the present invention is to provide an apparatus for manufacturing the used packaged compost.

Another object of the present invention is to provide an apparatus for manufacturing packaged compost using livestock that is easy to store for a long time because a certain amount of compost is packaged in a partitioned space, and a small amount or large amount can be used, and when a small amount is used, a part is not opened. there is.

The present invention for achieving the object as described above is a compost manufacturing means for producing compost through selection, drying, and fermentation using a mixture of livestock flour and wood flour; a supply means having an inlet through which the compost discharged from the composting means is introduced, and an outlet for evenly pulverizing the compost introduced through the inlet through a pulverizing unit and discharging a predetermined amount; It is characterized in that the compost discharged from the supply means is individually stored in a space partitioned according to the capacity, and it is characterized in that it consists of a bag having a filter unit to prevent odor and compost from scattering.

The pulverizing unit is formed inside the supply means, and is installed in the first vibration generating unit and a first vibration generating unit for generating vibration through forward and backward and up and down movement through the power generated by the first power unit, A first crushing net inclined downward so that the compost introduced through the inlet is pulverized while moving in the downward direction by vibration, and is formed in the supply means to be located below the first vibration generating unit, the second power unit A second vibration generating unit that generates vibration through forward and backward and vertical movement through the power generated in the It is preferable that the second crushing net is inclined downward so as to be crushed while being crushed.

The first crushing net and the second crushing net doedoe further includes a crushing unit installed on the upper surface of the moving compost to evenly crush the moving compost, the crushing unit, the first crushing network and the upper surface of the first crushing network and the constant A plurality of partition plates disposed along the longitudinal direction to form a movement path through which the compost moves by being spaced apart from each other in the width direction, and a plurality of partition plates disposed in a space partitioned by the partition plate to move by vibration, pulverize the compost It is preferably made of crushed beads.

Preferably, the outlet further includes an opening/closing plate for discharging compost by storing a certain amount of compost dropped from the crushing unit and opening and closing according to the weight.

The bag is formed on both sides partitioned by the partition cloth to prevent mixing of the fertilizer stored on both sides by partitioning the inside of the center, and a filter part is formed on the inner surface to scatter odors and compost during ventilation It is preferable that an air exhaust hole to prevent it is included.

According to the apparatus for manufacturing packaged compost using livestock meal according to the present invention, a mixture of compost and wood flour is selected for each particle and dried and fermented to produce high-quality compost composed of fine particles, thereby reducing the cost incurred during livestock manure treatment. It can be significantly reduced, and there is an effect that the produced compost can be easily packaged and transported and moved.

Another object of the present invention, there is an advantage in that the compost of fine particles can be smoothly packaged by pulverizing the compost that is agglomerated during drying and fermentation.

Another object of the present invention is to prevent the bag from being damaged or damaged by discharging the gas generated from the inside by composting to the outside by forming an air exhaust hole in the bag, and there is an advantage in that it is easy to load and transport.

Another object of the present invention is to remove odors when air is discharged and to prevent scattering of fine particles of compost.

Another object of the present invention is to divide the inside of the sack so that a predetermined amount can be individually used, so that a small amount or a large amount can be used, and when a small amount of compost is used, it is easy to store the remaining compost.

1 is a conceptual diagram showing a compost manufacturing apparatus according to the present invention;
2 is a side view showing a selection unit according to the present invention;
3 is a conceptual diagram illustrating a dry unit according to the present invention;
4 is a conceptual view showing a supply means and a sack according to the present invention;
5 is a perspective view showing the packaging state of the sack according to the present invention.

Hereinafter, an apparatus for manufacturing packaged compost using livestock meal according to the present invention will be described in detail together with the accompanying drawings.

1 is a conceptual diagram showing a composting apparatus according to the present invention, FIG. 2 is a side view showing a sorting unit according to the present invention, FIG. 3 is a conceptual diagram showing a dry unit according to the present invention, FIG. 4 is this It is a conceptual diagram showing a supply means and a sack according to the present invention, Figure 5 is a perspective view showing the packaging state of the sack according to the present invention;

1 to 5, the present invention relates to an apparatus for manufacturing a packaged compost using livestock meal, and more specifically, a predetermined amount of the manufactured high-quality compost is divided and individually packaged to fit a small amount and a large amount according to the amount used. It relates to an apparatus for manufacturing packaged compost using livestock that can be used and can prevent odors and scattering of compost generated in the packaged state.

To this end, the present invention individually packs compost made of fine particles according to a certain amount, uses a small amount or a large amount according to the intended use, and compost manufacturing means 100, supply means 200 and a sack so that the remaining compost can be easily stored. (300).

The compost manufacturing means 100 manufactures compost through pulverization, drying, and fermentation using a mixture of livestock flour and wood flour.

The supply means 200 is an inlet 210 through which the compost discharged from the compost manufacturing means 100 is introduced, and the compost introduced through the inlet 210 is evenly ground through the crushing unit 220, and a predetermined amount An outlet 230 for discharging is formed.

The bag 300 individually stores the compost discharged from the supply means 200 in a space partitioned according to the capacity, and a filter unit 321 to prevent odors and compost from scattering is formed.

In this way, the odor is removed through the compost manufacturing means 100, and compost is manufactured with fine particles.

The compost prepared in this way is pulverized into granules and agglomerated parts through the supply means 200 , and a certain amount of compost produced in a fine particle size is discharged to the bag 300 .

Here, the bag 300 stores compost on both sides, respectively, so that it can be used in a small amount or in a large amount.

In addition, it is possible to prevent the odor generated from the compost from being discharged to the outside of the bag 300 and to prevent the compost of fine particles from scattering.

For this purpose, each configuration is described in detail as follows.

First, the compost manufacturing means 100 is composed of a mixing unit 110 , a sorting unit 120 , a dry unit 130 , and a fermentation unit 140 .

The mixing unit 110 mixes livestock flour and wood flour.

The mixing unit 110 is formed with an inlet through which livestock meal and wood meal are put in, a screw, agitating blade, etc. are formed therein, and mixes and discharges the livestock meal and wood meal through stirring after input in a predetermined ratio.

Here, it is preferable to adjust the ratio of wood flour according to the state of the livestock meal.

As such, it is preferable that the mixing unit 110 has a configuration capable of mixing and stirring sludge, powder, and the like.

The sorting unit 120 sorts the blend blended in the blending unit 110 by particle size.

The sorting unit 120 includes a sorting body 121 having a sorting space 122 inside the upper end.

Here, a vibration generating means 123 provided in the sorting body 121 and generating vibrations in the sorting space 122 is included.

And the compound is put into the sorting space 122, and a forwardly inclined top sorting plate 122a, a middle sorting plate 122b which is spaced apart from the lower side of the top sorting plate 122a and tilted forward, the It consists of a bottom sorting plate 122c which is spaced apart from the lower side of the middle sorting plate 122b and inclined forward.

At this time, the top screening plate 122a and the middle screening plate 122b are formed with a plurality of through holes or mesh networks that fall to the bottom according to the size of the compound, and the middle screening plate 122b is the top screening plate ( 122a) is made of a smaller size mesh network, and the bottom sorting plate 122c is made of a plate.

Therefore, the compound formulated in the compounding unit 110 is supplied to the sorting unit 120 through various transport means such as a conveyor.

At this time, the sorting space 122 generates vibration through the vibration generating means 123 .

And the compound moves along the slope of the top screening plate (122a) by vibration, and the excrement of a certain size or less falls to the bottom and flows into the middle screening plate (122b), and flows into the middle screening plate (122b) The excrement that has been removed is introduced into the bottom sorting plate 122c by dropping the excrement of a certain size or less downward while moving along the slope through vibration.

Here, it is preferable that a discharge unit capable of discharging the compound moving along the slope is formed at the ends of the top screening plate 122a, the middle screening plate 122b and the bottom screening plate 122c.

Therefore, it is possible to separately discharge the compound separated according to the size through the top sorting plate 122a, the middle sorting plate 122b, and the bottom sorting plate 122c to select according to the particle size.

And on the inner surface of the sorting space 122, each of the sorting plates 122, 122b, 122c is slidably inserted into the guide and each of the sorting plates 122, 122b, 122c inserted into the guide 124 is fixed. A fixing bolt 125 is further included.

Here, it is preferable that the guide 124 is arranged according to the spacing between the respective sorting plates 122, 122b, 122c.

Through this, each of the sorting plates 122 , 122b , 122c slides on the guide 124 , and then can be detached through the fixing bolt 125 .

Accordingly, it is possible to conveniently perform maintenance and replacement of the generators such as contamination and damage of each of the sorting plates 122, 122b, 122c.

The dry unit 130 heats and dries the compound selected in the sorting unit 120 .

The dry unit 130 includes a dry conveyor 131 and a heating means 132 so that a mixture selected for each particle is input, dried by heating, and discharged.

A plurality of the dry conveyors 131 are arranged in a zigzag manner along the vertical height direction inside the dry unit 130, and the introduced compound moves in the zigzag direction along the left and right sides.

Here, the dry conveyor 131 has shafts formed on both sides, and continuously conveys the compound introduced through a conveyor method in which a net, a mesh network, etc. interconnecting the shafts are formed in an endless track method.

The heating means 132 is disposed at the bottom, and the inside of the dry unit 130 is heated to a high temperature through a heating rod structure having a built-in heating wire coil to heat and dry the mixture.

As such, the dry unit 130 is heated and dried by high temperature while moving the compound.

The fermentation unit 140 ferments the dried compound through the dry unit 130 .

The fermentation unit 140 may be formed of an aeration tank of a mechanical stirring type that mixes an aeration type that injects compressed air and waste water and makes direct contact with the atmosphere.

In the fermentation unit 140 of the aeration tank, the mixture is fermented and then used as high-quality compost. About 17 tons of livestock manure can be processed by circulating 1,200 tons of low-concentration fermented broth in a day, and the odor is dissolved in this fermented broth and discharged to a level of 17.29mg, far below the legal standard of 120mg per liter.

In this way, the compost manufacturing means 100 can produce compost having fine particles through mixing of livestock and wood flour, selecting according to the particle size, and heating and fermentation.

Next, the supply means 200 pulverizes the compost produced by the compost production means 100 and supplies it to the bag 300 to be packaged in a certain amount.

Here, the supply means 200 inputs the fermented compost, and the pulverization unit 220 is formed so that the compost that is agglomerated during fermentation to maintain a lump form can be pulverized into fine particles and discharged.

The pulverizing unit 220 is located at the inner upper end of the supply means 200 , and a first vibration generating unit 221 , a first grinding network 222 , a second vibration generating unit 223 and a second grinding unit. It consists of a network 224 .

The first vibration generating unit 221 is formed inside the supply means 200, and generates vibration through forward and backward and vertical movement through the power generated by the first power unit 221a.

The first crushing net 222 is installed in the first vibration generating unit 221 , and is inclined downward so that the compost introduced through the inlet 210 is crushed while moving in the lower direction by vibration.

The second vibration generating unit 223 is formed inside the supply means 200 so as to be positioned below the first vibration generating unit 221 , and forward and backward through the power generated by the second power unit 223a. And it generates vibration through vertical movement.

The second crushing net 224 is installed in the second vibration generating unit 223, and is inclined downward so that the compost dropped from the first crushing network 222 moves downward by vibration and is crushed.

As described above, the first vibration generating unit 221 and the second vibration generating unit 223 generate vibration through vertical and front-rear direction reciprocating movements through rotation and movement through an eccentric cam, a motor, and the like.

And the first crushing network 222 and the second crushing network 224 are respectively installed in the first vibration generating unit and the second vibration generating unit 223 to receive the generated vibration to generate vibration. .

At this time, the first crushing network 222 and the second crushing network 224 are made of a through hole or a mesh network, and when vibration occurs, vibration is generated while moving the introduced compost to crush the agglomerated compost and drop it to the lower part.

In addition, when the inlet 210 is formed on one side, the first crushing network 222 is inclined downwardly from one side to the other side, and the second crushing network 224 is the first crushing network ( 222) at the bottom of the other side to form a downward slope toward one side.

Here, the second crushing net 224 is preferably arranged in a zigzag direction so that the compost falling from the other end of the diffuser first crushing network 222 can be settled.

Therefore, the compost input from the inlet 210 moves along the slope of the first crushing net 222 , and then falls into the second crushing network 224 .

And the compost falling on the second crushing net 224 moves along the inclined surface and falls to the outlet.

Here, the first crushing network 222 and the second crushing network 224 mesh, particles smaller than the through hole fall to the bottom, and the large particles are crushed by vibration while moving along the slope.

In addition, the compost that does not pass through the mesh and the through hole moves along the first crushing net 222 and the second crushing net 224 along the slope and falls.

Through this, the fine particles can be discharged by crushing the lumps during compost production.

And the discharge port 230 is formed at the lower end of the supply means 200 to discharge a certain amount of the compost that has fallen through the crushing unit 220 .

Accordingly, the outlet 230 further includes an opening/closing plate 240 that stores a certain amount of compost dropped from the crusher 220 and opens and closes according to the weight to discharge the compost.

Accordingly, the opening/closing plate 240 is configured to open and close the outlet 230 through various configurations such as hinges and sliding movement inside the outlet 230 .

At this time, it is preferable that the open/close plate 240 detects the weight, volume, etc. of the compost through a sensor and discharges a certain amount.

That is, when a certain amount of compost accumulated inside the supply means 200 is accumulated, it is sensed to open and close the upper opening/closing plate 240, or if the load applied to the opening/closing plate 240 increases by a certain value or more, the opening and closing It is made in various ways so that the plate 240 can be opened and closed.

Therefore, after measuring the weight, volume, etc. of the compost stacked in the supply means 200 through a sensor, the compost is discharged by sliding or rotating the opening/closing plate 240 through power in accordance with the sensor.

In addition, the compost can be discharged through the opening and closing time and interval of the opening and closing plate opened and closed by power by controlling the opening and closing state to be maintained for a predetermined time through a sensor.

As such, the opening/closing plate 240 measures weight, volume, and time through a sensor, and then opens and closes the opening/closing plate 240 according to the measurement state to discharge a certain amount of compost.

The opening/closing plate 240 is selectively formed at any one point among the inside and the end of the discharge port 230 to control the compost discharged.

By controlling the compost discharged through this, a certain amount is supplied according to the capacity of the bag.

A crusher 250 is installed on the upper surface of the first crushing net 222 and the second crushing net 224 to evenly crush the moving compost.

The crushing unit 250 consists of a partition plate 251 and crushing beads 252 to crush the aggregated compost.

The partition plate 251 is spaced apart from the upper surface of the first crushing net 222 and the first crushing net 222 by a predetermined distance and disposed in the width direction along the longitudinal direction to form a movement path through which the compost moves. Many are placed

A plurality of the crushing beads 252 are disposed in a space partitioned by the partition plate 251 to pulverize the compost while moving by vibration.

In this way, a plurality of partition plates 251 are arranged at regular intervals along the longitudinal direction of the first crushing network 222 and the second crushing network 224 to partition the space.

At this time, the partition plate 251 is spaced apart from the upper surfaces of the first crushing net 222 and the second crushing net 224 at a predetermined interval to form a passage through which compost can move.

And the crushing beads 252 are arranged in a plurality in the space partitioned by the partition plate 251, the first crushing network 222 and the second crushing network 224 generated by vibration generated by the Crush the compost that has been aggregated through movement.

As such, the compost passing through the crushing unit 220 can be discharged as fine particles of compost by crushing the agglomerated compost through the vibration and crushing unit 250 .

Next, the bag 300 is packaged by storing the compost discharged from the supply means 200 .

At this time, the sack 300 is selectively used in small amounts and large quantities for compost packaging, making it easy to store, discharging the gas generated from the compost to the outside, and preventing odors and compost from scattering. And an air discharge hole 320 is formed.

The partition cloth 310 divides the inside of the center to prevent the compost stored on both sides from being mixed.

Therefore, the partition cloth 310 is made of a size that can correspond to the interval at which the central portion of the sack 300 expands or contracts.

Through this, the sack 300 stores a certain amount of compost on both sides of the sack 300 by dividing the central portion.

In addition, the partition cloth 310 is preferably formed in the central part, but it is possible to adjust the capacity of the partitioned space by arranging it on one side or the other side according to the packing amount of compost.

Through this, the sack 300 can store a certain amount of compost on both sides with respect to the central part.

Therefore, you can use a small amount by opening one side and easily store the compost packed on the other side, and you can use a large amount of compost by opening both sides.

And the air outlet hole 320 is formed on both sides partitioned by the partition cloth 310, respectively, and a filter part 321 is formed on the inner surface to prevent odor and compost from scattering during ventilation.

Therefore, inside the bag 300 , the odor mixed with the air discharged to the air discharge hole 320 through the filter unit 321 is removed, and compost is prevented from scattering.

At this time, the air outlet hole 320 discharges the gas generated from the compost and the internal air by pressure during stacking storage to prevent the bag 300 from bursting.

In this case, the filter unit 321 is preferably made of a single or multiple layers of a filter that removes odors, a nonwoven fabric that prevents compost from scattering, and the like.

Next, the operating state according to the present invention will be described.

First, the generated livestock meal is prepared as compost through the compost manufacturing means 100 together with wood flour.

Therefore, after preparing a mixture in which the livestock meal and wood meal are mixed through the mixing unit 110 , the mixture is selected according to the particles through the screening unit 120 .

The mixture selected according to the particles is individually transported and dried by heating through the dry unit 130 , and then put into the fermentation unit 140 and fermented.

At this time, it is preferable that the operator individually transports or supplies through a conveyor belt, piping, etc. so that the input and discharge to each unit can be made smoothly.

In this way, they are sequentially transported from each unit, and fine particles of compost are produced through blending, sorting, drying and fermentation.

The compost prepared in this way is supplied to the supply means 200, and fine particles generated by crushing the compost agglomerated during drying and fermentation are supplied to the bag.

And the sack 300 has a central portion divided through the partition cloth 310 to form a packaging space on both sides, respectively.

Therefore, the bag 300 is packaged by first packing compost in the open part of one side, then finishing it by sewing, etc., packing the compost in the open part of the other side, and putting compost on both sides, respectively.

At this time, in the bag 300, air outlet holes for discharging the gas generated from the packaged compost are formed in each space, and the stench and the bag 300 are prevented from scattering through the filter unit.

Through this, a small amount or a large amount can be used in accordance with the capacity of the compost stored in each compartment of the bag 300, and when using a small amount, the oppositely packaged compost can be easily stored.

In addition, it is possible to prevent odor generation during storage and transportation, and to circulate the internal air along with air discharge by pressing force when stacking a plurality of the bags, so that it can be stored for a long period of time.

At this time, it is possible to keep the compost packaged inside to prevent scattering to the outside when air is circulated and discharged.

And wood flour is mixed, and compost is made with fine particles, which suppresses the generation of odors and enables uniform spraying through uniform particles.

As described above, the rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those of ordinary skill in the art may make various modifications and adaptations within the scope of the claims. It is self-evident that you can

100: compost manufacturing means 110: mixing unit
120: sorting unit
121: sorting body 122: sorting space part
122a: : top selection plate 122b: middle selection plate
122c: bottom sorting plate 123: vibration generating means
124: guide 125: fixing bolt
130: dry unit 131: dry conveyor
132: heating means
140: fermentation unit
200: supply means 210: inlet 220: crushing unit
221: first vibration generating unit 221a: first power unit
222: first crushing network 223: second vibration generating unit
223a: second power unit 224: second crushing net
230: outlet
240: opening plate
250: crushing unit 251: partition plate
252: crushed beads
300: battery 310: compartment stream 320: air exhaust hole
321: filter unit

Claims (5)

A compost manufacturing means 100 for producing compost through selection, drying, and fermentation using a mixture of livestock flour and wood flour (wooden flour);
The inlet 210 through which the compost discharged from the compost manufacturing means 100 is introduced, and the compost introduced through the inlet 210 is evenly crushed by the crusher 220, and a discharge port 230 for discharging a certain amount A supply means 200 is formed;
The compost discharged from the supply means 200 is individually stored in a space partitioned according to the capacity, and a filter unit 321 that prevents odors and compost from scattering is formed in a sack 300 . A device for manufacturing packaged compost using The method of claim 1,
The crushing unit 220,
a first vibration generating unit 221 formed inside the supply means 200 and generating vibrations through forward and backward and vertical movement through the power generated by the first power unit 221a;
A first crushing net 222 that is installed in the first vibration generating unit 221 and inclined downward so that the compost introduced through the inlet 210 moves in the downward direction by vibration and pulverizes;
The first vibration generating unit 221 is formed inside the supply means 200 so as to be located below the first vibration generating unit 221, and generating vibration through forward and backward and vertical movement through the power generated by the second power unit 223a. 2 vibration generating unit 223 and;
It is installed in the second vibration generating unit 223, characterized in that it consists of a second crushing net 224 inclined downward so that the compost falling from the first crushing net 222 moves downward by vibration and crushes it. A device for manufacturing packaged compost using livestock meal. 3. The method of claim 2,
A crusher 250 is installed on the upper surface of the first crushing net 222 and the second crushing network 224 to evenly crush the moving compost.
The crushing unit 250,
The first crushing net 222 and a plurality of partition plates disposed along the longitudinal direction to form a movement path through which the compost moves by being spaced apart from the upper surface of the first crushing net 222 at a predetermined distance and arranged in the width direction ( 251) and
An apparatus for manufacturing a packaged compost using livestock, characterized in that it comprises a plurality of crushing beads (252) for pulverizing the compost while moving by vibration by placing a plurality in the space partitioned by the partition plate (251). The method of claim 1,
Manufacture of packaged compost using livestock, characterized in that the outlet 230 further includes an opening/closing plate 240 that stores a certain amount of compost dropped from the crusher 220 and opens and closes according to the weight to discharge the compost. Device. The method of claim 1,
The sack 300 is
A partition cloth 310 that partitions the inside of the center and prevents the fertilizers stored on both sides from being mixed,
It is formed on both sides partitioned by the partition cloth 310, and a filter part 321 is formed on the inner surface to prevent odor and compost from scattering during ventilation, characterized in that it includes an air outlet hole 320. A device for manufacturing packaged compost using livestock manure.

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