KR20220104882A - Condensed compost packaging device - Google Patents

Abstract

The present invention relates to a livestock manure compost packaging device. The livestock manure compost packaging device of the present invention comprises: a livestock manure compost accommodating main body (100); a screw shaft (200); a hydraulic press (300); and a platic wrapping machine (400). According to the present invention, composted livestock manure can be formed into hexahedrons and then wrapped with plastic to be stored outdoors.

Description

Condensed compost packaging device

The present invention is to pack livestock manure compost to facilitate storage, and specifically, to make livestock manure compost into a cube, then wrap the plastic around the outside, so that it can be stored outdoors. it's about

In general, the treatment method for livestock of pigs or cattle is different for each farm, and a standardized treatment method has not been proposed even for livestock that has been fermented.

Looking at the prior art related to livestock manure treatment, Patent Publication No. 10-1032152 (registered on April 22, 2011) relates to a compressor for unit packaging organic compost, Compression of sending organic compost into a compression chamber to a hopper into which organic compost is put in, an organic compost inlet room into which the organic compost put into the hopper is introduced, and the organic compost inlet to a compression chamber so that heavy organic compost can be packaged and produced. As a means, the organic compost supply unit 40 for supplying the organic compost put into the hopper 50 to the organic compost inlet chamber 20 in the lateral direction of the organic compost inlet chamber 20 is configured, and the A load cell 60 is installed on the upper portion of the organic compost supply unit 40 to enable quantitative measurement of the organic compost by compressing it when receiving the weight of the organic compost input into the hopper 50, A hopper 50 is installed so that a lower frame 52 is positioned above the load cell 60 to enable the metering of compost, and the load cell 60 is located in the lower frame 52 of the hopper 50. ) receives the weight of the organic compost and when the measured value reaches the set measured value, it starts to operate by the signal, and the organic compost loaded into the hopper 50 is opened to be supplied to the organic compost supply unit 40 A technology in which the slide opening and closing door 51 is installed is disclosed.

In addition, in Patent Publication No. 10-0942728 (registered on Feb. 9, 2010), compost manufactured using organic waste is molded into small granules to facilitate the spreading of compost, and the applied compost is slowly decomposed over time. There is disclosed a technology related to an apparatus for manufacturing a compost fillet that can prevent the compost from being lost due to wind and rainwater.

In addition, Korean Patent Publication No. 10-1202710 (registered on November 13, 2012) relates to a method for manufacturing compost in the form of pellets by reducing salt and oil components in food waste and then drying and compressing it. According to the present invention, washing with water to reduce salt in the food waste; pulverizing, dehydrating and compressing the food waste; refrigerated or frozen storage to prevent the food waste from spoiling; removing oil components from the refrigerated or frozen food waste; mixing the loess soil into the food waste from which the oil component has been removed; and drying and compressing the mixture of food waste and loess to make pellets. A method for producing pellet-type compost using food waste is disclosed.

In addition, in Patent Publication No. 10-1223323 (registered on January 15, 2013), the compressed compost can be embedded even in uncultivated land without damaging the compressed compost even with strong external impact, and moisture is absorbed after the compressed compost is embedded in the ground. It is decomposed by water and there is a central penetrating hole from the upper part to the lower part for quick and even absorption. Also, the central penetrating hole plays a role in discharging the heat and gas generated during the fermentation process after the compressed compost is embedded in the ground. , It does not affect plants, and it is small and light in volume and has no smell of compost, so there is no objection. Compost fertilization is easy, it is easy to transport and carry, and the place is small and can be stored indoors. Apparatus and techniques for providing compressed compost are disclosed.

Patent Document 1: Registered Patent Publication No. 10-1032152 (Registered on April 22, 2011) Patent Document 2: Registered Patent Publication No. 10-0942728 (Registered on Feb. 9, 2010) Patent Document 3: Registered Patent Publication No. 10-1202710 (Registered on November 13, 2012) Patent Document 4: Registered Patent Publication No. 10-1223323 (Registered on January 15, 2013)

The prior art has a problem in that the manufacturing process is complicated, such as making the compost into small granules, washing waste, or mixing loess soil, and a process of compressing and solidifying the compost is required, and composting is performed by measuring and transferring the compost. There was a problem that a lot of space and time was consumed in compression packaging.

An object of the present invention is to solve the above problems, and to make it possible to store the livestock manure compost in a hexahedral shape and then wrap the plastic around the outside so that it can be stored outdoors.

In addition, the present invention, livestock farms generally store livestock manure compost in the compost, by wrapping plastic around the compost so that it can be stored outdoors, and the compost which was used as a compost storage place can be utilized for other purposes. do.

In addition, an object of the present invention is to be able to easily and quickly load the compost spreader using the bale tongs mounted on the tractor when loading the compost into the compost spreader.

In addition, an object of the present invention is to facilitate the loading of the compost in the loading box of the truck and to shorten the loading and unloading time of the compost when the compost is transported by a truck.

In addition, the present invention is to make the distribution of livestock manure compost convenient by packaging the livestock manure compost in a certain size, and to prevent the leakage of the smell of livestock manure by winding a vinyl around the livestock manure compost to enable eco-friendly compost management.

The present invention has the above object, [1] has a livestock manure compost accommodating part 120 made of a 'V' shape with a closed lower side so that it can receive and compress livestock manure compost, and the livestock manure compost is put on the upper side It has a livestock manure compost inlet 110 made of a 'V' shape with an open lower side so that it can be, and a livestock manure compost outlet 130 installed on one side of the livestock manure compost accommodating part 120 to be discharged after the livestock manure is compressed. ), and a screw shaft 200 for guiding the input of livestock manure compost, which is installed in front and rear of the livestock manure compost inlet 110 of the livestock manure compost receiving body 100 and the livestock manure compost receiving body 100, and guides the input of the livestock manure compost. Between the compost inlet 110 and the livestock compost receiving unit 120, X and Y axis hydraulic presses 310 and 320 are installed to be perpendicular to the X and Y axes on the left and right sides to compress the livestock manure compost. A hydraulic press 300 comprising a Z-axis hydraulic press 330 that is installed on the Z-axis on the lower side of the livestock manure compost accommodating part 100 to compress livestock manure compost, and the X and Y-axis in the livestock manure compost receiving body 100 The compressed and compressed live manure compost in the Z-axis is discharged to the front of the live manure compost receiving body 100 through the live manure compost outlet 130, and the live manure compost outlet 130 of the live manure compost receiving body 100 It relates to a compression packaging device for animal manure, characterized in that it consists of a plastic packaging machine 400 for plastic packaging the compressed animal manure compost discharged.

In addition, the present invention, [2] in the above [1], the 'V'-shaped surface of the livestock compost receiving part 120 of the livestock manure compost receiving body 100 and the 'V' of the livestock manure compost inlet 110 ' It relates to a compression packaging device for livestock manure, characterized in that the surfaces of the shape are made parallel.

In addition, in the present invention, [3] in the above [1], the screw shaft 200 is installed in parallel two before and after the livestock compost inlet 110, and the screw shaft 200 is hydraulic It is driven by the chain 220 to rotate in opposite directions by the motor 210, and when the compost is full in the compost accommodating part 120 of the fodder compost accommodating body 100, the screw shaft 200 rotates. It relates to a compression packaging device for livestock manure, characterized in that it is stopped.

In addition, the present invention provides [4] in the above [1], the X and Y-axis hydraulic presses 310 and 320 simultaneously compress livestock manure compost, and the Z-axis hydraulic press 330 includes the X, It relates to a compression packaging device for livestock manure, characterized in that the compressed livestock manure by the Y-axis hydraulic press (310, 320) in the Z-axis.

In addition, the present invention, [5] in the above [1], the plastic packaging machine 400, firstly packs the X and Y axis surfaces of the animal manure compost compressed by the rotary plastic packaging machine 410, and secondarily horizontally It relates to a compression packaging device for livestock manure, characterized in that for packaging the Z-axis surface of the livestock manure compost compressed by the plastic packing machine (420).

[6] In the present invention, [6] according to the above [5], the rotating plastic wrapper 410 is composed of a rotating plastic roll 411, a rotating plastic roll rotating body 412, and a rotating vinyl cutter 413, , The rotating vinyl roll 411 is fixed to the rotating vinyl roll rotating body 412, and the rotating vinyl cutter 413 is installed so as to move forward and backward from the front of the shaft manure compost receiving body 100 to the front side, By rotating the rotating vinyl roll rotating body 412, the rotating vinyl wound on the rotating vinyl scroll 411 is unwound, and the X and Y axis surfaces of the compressed animal manure compost are packed, and the compressed animal manure compost is X, As the Y axis is packaged, it is discharged through the livestock compost outlet 130 to the front of the livestock compost receiving body 100, and the X and Y axis are packaged and discharged to the front of the livestock compost receiving body 100. The compost is supported by the rotating plastic packaging support roller 421 of the turntable 420 and moves forward, and after the X and Y axis packing of the compressed animal manure is completed, the rotating plastic cutter 413 moves forward. It advances, cuts the rotating vinyl while retreating to the rear side, and clamps the remaining rotating vinyl, it relates to a compost compression packaging device for livestock.

In addition, the present invention [7] in the above [6], the horizontal plastic wrapper 430 is composed of a horizontal vinyl roll 431, a horizontal vinyl roll support 432, and a horizontal vinyl cutter 433, The horizontal vinyl roll 431 is fixed to the horizontal vinyl roll support 432 , and the horizontal vinyl cutter 433 is movable from the side of the horizontal vinyl wrap support roller 422 of the turntable 420 so that it can be raised and lowered. installed, the turntable 420 rotates horizontally with respect to the ground, and the horizontal plastic packaging support roller 422 rotates about the Z-axis, thereby paving the Z-axis surface of the compressed animal manure compost, the The compressed livestock compost is the compressed livestock manure compost with the Z-axis surface packed, the horizontal vinyl cutter 433 rises upwards, and cuts the horizontal vinyl while descending downward, characterized in that the remaining horizontal vinyl is clamped. , relates to an animal manure compost compaction packaging device.

The present invention is made of the configuration as described above, and after making a hexahedral form of livestock manure compost, it is possible to store it outdoors by winding a vinyl on the outside.

In addition, in the present invention, livestock farms generally store livestock manure compost in compost, by wrapping plastic around compost and storing it outdoors, the compost that was used as a compost storage place can be utilized for other purposes.

In addition, the present invention can be easily and quickly loaded into the compost spreader using the bale tongs mounted on the tractor when loading the compost into the compost spreader.

In addition, according to the present invention, when the compost is transported by a truck, it is easy to load the compost in the loading box of the truck, and it is possible to shorten the loading and unloading time of the compost.

In addition, the present invention makes the distribution of livestock manure compost convenient by packaging the livestock manure compost in a certain size, and by winding the vinyl around the livestock manure compost, it is possible to prevent the leakage of livestock manure odor, thereby enabling eco-friendly compost management.

1 is a front view of the present invention.
2 is a side view of the present invention;
3 is a rear view of the present invention.
4 is a front view of the turntable of the present invention.
5 is a photograph showing the screw shaft of the present invention.
6 is a photograph showing the rear surface of the present invention.
7 is a photograph showing the front of the present invention.
8 is a photograph of the upper side of the turntable of the present invention.
9 is a photograph of a state in which the compressed animal manure compost of the present invention is packaged in the X and Y axes.
10 is a photograph of a state in which the compressed animal manure compost of the present invention is packaged in the X, Y, and Z axes.

The terms used in the present invention have been selected as widely used general terms as possible, but in certain cases, there are also terms arbitrarily selected by the applicant. should be taken into account to understand its meaning.

The present invention has a livestock manure compost receiving part 120 made of a 'V' shape with a closed lower side so that the livestock manure compost can be accommodated and compressed, and the upper side has a 'V' shape with an open lower side so that livestock manure compost can be put in. It has a livestock manure compost inlet 110 made of, and the livestock manure compost receiving body 100 and , A screw shaft 200 installed on the front and rear sides of the livestock manure compost inlet 110 of the livestock manure compost receiving body 100 to induce the input of livestock manure compost, and the livestock manure compost inlet 110 and the livestock manure compost receiving part Between 120, the left and right X and Y axes are installed so as to be orthogonal to the X and Y axis hydraulic presses 310 and 320 for compressing livestock manure compost, and Z on the lower side of the livestock manure compost receiving unit 100. A hydraulic press 300 comprising a Z-axis hydraulic press 330 installed on a shaft to compress livestock manure compost, and the livestock manure compost compressed in the X and Y axes in the livestock manure receiving body 100, and compressed in the Z axis Vinyl packaging the compressed animal manure compost discharged from the livestock manure compost outlet 130 of the livestock manure composting outlet 130 of the livestock manure compost receiving body 100 through the livestock manure compost outlet 130 to the front of the main body 100 As made of the packaging machine 400, each configuration will be described in detail with reference to the drawings below.

[Livestock manure compost receiving body (100)]

As shown in FIG. 1 , the livestock compost receiving body 100 of the present invention consists of a livestock manure compost inlet 110 , a livestock manure compost accommodating part 120 and a livestock manure compost outlet 130 .

The live manure compost inlet 110 is, as shown in FIGS. 1 and 5, configured to put live manure compost, is installed on the upper side of the live manure compost receiving body 100, and puts the live manure compost into the live manure compost receiving part ( 120), it is preferable to have a 'V' shape with an open lower side.

More preferably, the lower side of the shaft manure compost accommodating part 120 to be described below has the same angle as the sealed 'V' shape, and the 'V' shape surface forms 90 degrees.

In addition, the livestock compost accommodating part 120 of the present invention is to accommodate the livestock compost and to be compressed, the lower side is sealed and made in a 'V' shape so as to be orthogonal to each other.

By making the lower side of the livestock compost accommodating part 120 orthogonal to each other in a 'V' shape as described above, the left and right sides of the live manure compost receiving body 100 are specifically the livestock manure compost inlet 110 And by compressing the livestock manure compost with the X and Y-axis hydraulic presses 310 and 320 installed to the left and right in the X and Y axes orthogonal to the left and right between the livestock manure compost receiving unit 120, It can be easily compressed axially.

In addition, the livestock compost compressed in the X and Y axes by the X and Y axis hydraulic presses 310 and 320 is compressed by the Z axis hydraulic press 330 to form a hexahedron (preferably a cuboid). is discharged to the lower front of the animal manure compost receiving body 100 through the manure compost outlet 130 .

In addition, since the compressed live manure compost is discharged through the live manure compost outlet 130 in a state accommodated in the live manure compost receiving body 100, as shown in FIG. 7 , the live manure compost discharge door 131 is opened to the outside It is preferable to install it in a shape that becomes

[screw shaft (200)]

The screw shaft 200 of the present invention, as shown in FIGS. 1 and 5 , is to be installed in the livestock manure compost inlet 110 .

The screw shaft 200 is not only for easily receiving the livestock manure compost into the livestock manure compost receiving unit 120 through the livestock manure compost inlet 110, but also the livestock manure compost input through the livestock manure compost inlet 110 to control the appropriate amount of

Therefore, the screw shaft 200 is preferably installed in the vicinity of the lower surface of the manure compost inlet (110). The screw shaft 200 is installed side by side in the same direction in the vicinity of the lower side of the manure compost inlet (110). 5 shows the installation in the Z-axis direction, but is not necessarily limited to installation in the Z-axis direction.

In addition, the screw shaft 200, when the livestock compost is input from the upper side and is full, a pressure is generated on the screw that pushes the compost, and the supply of the livestock manure compost can be controlled by the pressure generated at this time.

Specifically, as shown in FIGS. 3 and 6 , the two screw shafts 200 are controlled by a hydraulic motor 210 and a chain 220 to rotate in opposite directions to each other, and the two screws When a certain pressure is sensed on the shaft 200 , it is adjusted to stop the input of the livestock manure compost input into the livestock manure compost receiving body 100 .

[Hydraulic press (300)]

The hydraulic press 300 of the present invention includes an X-axis hydraulic press 310 , a Y-axis hydraulic press 320 , and a Z-axis hydraulic press 330 .

The X-axis hydraulic press 310, the Y-axis hydraulic press 320 is operated after the livestock manure compost is accommodated in the livestock compost receiving body 100. to be compressed into However, the X, Y axis hydraulic press (310, 320) may be operated in order over time.

After the axial compost is compressed in the X and Y-axis directions as described above, the Z-axis compression is performed by the Z-axis hydraulic press 330 .

In addition, by compressing as described above, the livestock compost has a hexahedral shape, and preferably achieves a rectangular parallelepiped shape.

In addition, the Z-axis hydraulic press 330 is, after the livestock compost is compressed by the X, Y, and Z-axis hydraulic presses 310, 320, 330 in the X, Y, and Z-axis, that is, finally the Z-axis After being compressed by the hydraulic press 330, after the live manure compost discharge door 131 of the live manure compost outlet 130 is opened, the compressed live manure compost consisting of a cube is moved from the animal manure compost receiving body 100 to the front It also acts as an exhaust.

[Plastic Packing Machine (400)]

The plastic wrapper 400 of the present invention is divided into a rotary plastic wrapper 410, a turntable 420 and a horizontal plastic wrapper 430, as shown in FIGS. 7 to 10 .

[Rotating plastic wrapping machine (410)]

The rotary plastic packaging machine 410 is compressed in the X, Y, and Z axes by the hydraulic press 300 and is packaged while rotating the X and Y axis surfaces of the hexahedral compost.

The rotary plastic wrapper 410, as shown in FIGS. 7 and 9, supports and rotates the rotary vinyl roll 411 and the rotary vinyl roll 411, the rotary vinyl roll rotary body 412 and the rotary vinyl cutter (413).

The hexahedral animal manure compost compressed in the X, Y, and Z axes by the hydraulic press 300 is, while the live manure compost discharge door 131 of the live manure compost outlet 130 of the live manure compost receiving body 100 is opened, Z It is discharged to the turntable 420 side by the axial hydraulic press 330 .

As shown in FIGS. 7 to 9 , the compressed hexahedral compost discharged toward the turntable 420 moves forward while being supported by the rotating plastic packaging support roller 421 .

The action of the rotary plastic packaging machine 410 is that the compressed animal manure compost discharged from the animal manure compost discharge door 131 is discharged from the animal manure compost receiving body 100, and at the same time, the rotating plastic roll 411 is supported. As the rotating plastic roll rotating body 412 rotates, the vinyl rolled on the rotating vinyl roll 411 is unwound to wrap the X and Y axis surfaces of the hexahedron.

In addition, after the hexahedron of the animal manure compost is wrapped in vinyl for both the X and Y axes from the front to the rear, as shown in FIGS. 7 and 9, the vinyl is cut by the rotary vinyl cutter 413. .

Since the rotation of the rotating vinyl roll rotating body 412 is rotated from the state in which the animal manure compost discharge door 131 is opened, at the beginning of packaging, the animal manure compost discharge door 131 also starts to be wrapped. That is, in the initial stage, the animal manure compost discharge door 131 is also wrapped, but by the compressed live manure compost advancing from the live manure compost receiving body 100 to the front, the compressed live manure compost and the live manure compost discharge door 131 will wrap

When the packaging for the X and Y-axis surfaces is completed, as shown in FIG. 9 , the rotary vinyl cutter 413 installed on the front of the animal compost receiving body 100 rotates while advancing and retracting in the Z-axis direction. Cut the vinyl, and keep the remaining vinyl part pinched. 9 is a picture of the rotating vinyl cutter 413 just before cutting the rotating vinyl, in which the rotating vinyl cutter 413 cuts the rotating vinyl while moving backward in a forward state and pinches the remaining vinyl part. .

And, when the rotary plastic wrapper 410 is operated again, the rotary vinyl roll 411 is rotated by the rotary vinyl roll rotary body 412 in a state where the rotary vinyl cutter 413 pinches the rotary vinyl. , it is packed while rotating the X and Y axes of the hexahedral axis of the compost.

As shown in Figs. 1, 7, and 9, the rotating plastic roll rotating body 412 is a rotating roller ( 4121) is installed. Although it is shown in FIG. 1 that four rotation rollers 4121 are installed, in the present invention, the number of rotation rollers 4121 is not necessarily limited to four, and may be two or five or more if necessary.

In addition, in FIG. 7 , two rotating vinyl rolls 411 and two rotating vinyl cutters 413 are installed symmetrically, respectively, but only one of the respective components may be installed, or two or more may be installed.

[Turntable (420)]

The turn table 420 of the present invention is installed on the front side of the livestock compost receiving body 100 as shown in FIGS. 7 to 10 , and the compressed livestock manure compost discharged from the livestock compost receiving body 100 . It is a configuration to allow the X, Y, and Z axes to be wrapped with vinyl.

As shown in FIG. 8, the turn table 420 includes a rotating plastic packaging support roller 421 installed in a direction orthogonal to the progress direction of the compressed livestock manure compost, and the moving direction of the compressed livestock manure compost and It consists of a horizontal plastic wrap support roller 422 installed in a parallel direction.

In addition, as shown in FIG. 9, a horizontal vinyl cutter 433 is installed on one side of the outer surface of the horizontal plastic packaging support roller 422, and the horizontal vinyl cutter 433 is shown in FIGS. It is installed so that it can cut the horizontal vinyl released from the horizontal vinyl roll 431 by moving up and down as shown. That is, the horizontal vinyl cutter 433 rises upward, cuts the horizontal vinyl while descending, and pinches the remaining horizontal vinyl.

As shown in FIGS. 9 and 10 , the rotating plastic packaging support roller 421 is discharged from the live manure compost discharge door 131 of the live manure compost receiving body 100 and is compressed with a rotating vinyl wrap. It is to support to move to the front of the compost receiving body 100, and after the movement is completed is moved to the lower side.

When the rotating plastic packaging support roller 421 is moved downward as described above, the compressed animal manure compost in which the X and Y axis surfaces are wrapped with rotational vinyl is supported by the horizontal plastic packaging support roller 422 .

As shown in FIG. 10 , the compressed shaft manure compost with the X and Y axis surfaces supported by the horizontal plastic packaging support roller 422 wrapped with rotating vinyl, the turntable 420 rotates horizontally with respect to the ground and , By rotating the horizontal plastic packaging support roller 422 about the Z-axis, the packaging is made on the Z-axis surface by the horizontal vinyl roll 431 .

In addition, a horizontal vinyl cutter 433 is installed on one side of the outer surface of the horizontal plastic wrap support roller 422, and the horizontal vinyl cutter 433 is a horizontal plastic wrap support roller 422 outside of the horizontal plastic wrap support roller 422 as shown in FIG. The horizontal vinyl cutter 413 installed on the side cuts the horizontal vinyl while ascending and descending, and clamps the remaining horizontal vinyl.

[Horizontal plastic wrapping machine (430)]

When the packing of the X and Y axis of the compressed livestock compost is completed, the Z axis is wrapped with vinyl.

The horizontal plastic packaging machine 430 is configured to pack the Z-axis surface of the animal manure compost compressed in the X, Y, and Z axes by the hydraulic press 300 .

The horizontal plastic wrapper 430, as shown in FIGS. 7 to 10, includes a horizontal vinyl roll 431 and a horizontal vinyl roll support 432 for supporting the horizontal vinyl roll 431 and a horizontal vinyl cutter 433. is made of

The compressed livestock manure compost whose X and Y axis surfaces are packed by the rotating plastic packaging machine 410 is supported by the rotating plastic packing supporting roller 421 and advanced from the animal manure compost receiving body 100, FIG. 10 As shown in , the rotating plastic packaging support roller 421 is retracted downward, and the compressed animal manure compost in which the X and Y axis surfaces are packed is supported by the horizontal plastic packaging support roller 422 .

As described above, the turntable 420 and the horizontal plastic wrap support roller 422 rotate in a state in which the compressed animal manure compost with the X and Y axis surfaces is packed, supported by the horizontal plastic wrap support roller 422 . When the X and Y axes are packed, the compressed animal manure compost rotates about the Z axis while rotating horizontally with respect to the ground.

That is, the turntable 420 rotates horizontally with respect to the ground, and the horizontal plastic packaging support roller 422 rotates about the roller axis, that is, the Z axis.

The action of the horizontal plastic wrapper 430 is that the turn table 420 and the horizontal plastic wrap support roller 422 rotate, so that the compressed animal manure compost rotates about the Z-axis while rotating with respect to the ground, and thus the horizontal The horizontal vinyl released from the horizontal vinyl roll support 432 supporting the vinyl roll 431 is wrapped in plastic with respect to the Z-axis plane of the compressed animal manure compost. After the packaging for the Z-axis surface is completed, the vinyl is cut by the horizontal vinyl cutter 433 .

When the packaging for the Z-axis surface is completed, as shown in FIG. 10, the horizontal vinyl cutter 433 installed on the side of the horizontal plastic packaging support roller 422 cuts the horizontal vinyl while ascending and descending with respect to the ground, and , keep the remaining vinyl part pinched.

And, when the horizontal plastic wrapper 430 operates again, the turntable 420 and the horizontal plastic wrap support roller 422 rotate in a state where the horizontal vinyl cutter 433 pinches the horizontal vinyl. , the Z-axis will be paved.

The operation of the present invention configured as described above is as follows.

First, the livestock manure compost is put into the livestock manure compost inlet 110 of the livestock manure compost receiving body 100 .

The livestock manure compost input into the livestock manure compost inlet 110 is guided to the livestock manure compost receiving unit 120 by the screw shaft 200 rotated by the hydraulic motor 210, and the inputted livestock manure compost reaches a certain amount If done, stop the supply of livestock manure.

The livestock manure compost accommodated in the livestock manure compost receiving body 100 is first compressed by the X and Y axis hydraulic presses 310 and 320 among the hydraulic presses 300 , and then compressed by the Z axis hydraulic press 330 .

The animal manure compost compressed as described above has a hexahedral shape, and the hexahedral animal manure compost is transferred to the plastic packaging machine 400 side by opening the animal manure compost discharge door 131 of the live manure compost outlet 130 . do.

With the opening of the animal manure compost discharge door 131, the plastic packaging machine 400 operates, and first, the rotary plastic packaging machine 410 operates.

The rotary plastic packaging machine 410, when the animal manure compost discharge door 131 is opened, and the compressed animal manure compost of the hexahedron by the Z-axis hydraulic press 330 is discharged outside the live manure compost receiving body 100 , By rotating the rotating plastic roll rotating body 412 that supports and rotates the rotating plastic roll 411, the X and Y axis surfaces of the compressed animal manure are packed.

At this time, the compressed livestock manure compost is supported by the rotating plastic packing support roller 421 of the turntable 420 while being wrapped in vinyl and moves while advancing forward of the livestock manure accommodating body 100 .

When the X-axis and Y-axis surfaces of the compressed animal manure compost are wrapped with vinyl, the rotating vinyl is cut by the rotating vinyl cutter 413 attached to the front of the animal manure compost receiving body 100 and the end of the remaining rotating vinyl is pinched by the rotating vinyl cutter 413 .

In addition, when the X-axis and Y-axis surfaces of the compressed animal manure compost are wrapped with vinyl, the compressed animal manure compost with the X and Y axis surfaces is packed by the rotating plastic packaging support roller 421, the animal manure compost receiving body 100 ) further forward from the, and while the Z-axis hydraulic press is retracted, the manure compost discharge door 131 is closed.

The compressed livestock compost packed with the X and Y axis surfaces is mounted on the turntable 420, and the rotating plastic wrap chestnut coating roller 421 retreats, The compost is supported only by horizontal plastic wrap support rollers 422 .

The compressed shaft manure compost with the X and Y axis surfaces supported only by the horizontal plastic wrap support roller 422 rotates horizontally with respect to the ground, and the horizontal plastic wrap support roller 422 ) by rotating in the Z-axis direction, the compressed shaft manure compost in which the X and Y-axis surfaces are packed rotates horizontally with respect to the ground, and at the same time rotates in the Z-axis direction.

At this time, the horizontal vinyl rolls from the horizontal vinyl roll support 432 supporting the horizontal vinyl roll 431, and the Z-axis surface of the compressed animal manure compost is packed.

When the Z-axis surface of the compressed livestock manure compost with the X and Y-axis surfaces is packed, the horizontal vinyl cutter 433 installed on the outer side of the horizontal plastic packaging support roller 422 of the turntable 420 causes the horizontal vinyl The end of this cut and remaining horizontal vinyl is sandwiched by a horizontal vinyl cutter 433 .

In addition, in FIGS. 7 and 9 , two horizontal vinyl rolls 431 and two horizontal vinyl roll supports 42 are installed before and after, but each of the components may be installed one by one, and two or more to be installed may be

In the present invention, it is possible to pack all of the animal manure compost compressed by the above action for the X, Y, and Z axis planes.

The above description is illustrative of the present invention, and the embodiments published in the specification are for explaining, not limiting, the technical idea of the present invention, so those of ordinary skill in the art to which the present invention pertains Various modifications and variations will be possible without departing from the technical idea of Therefore, the protection scope of the present invention is to be interpreted by the matters described in the claims, and technical matters within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: livestock manure compost receiving body
110: livestock manure compost inlet
120: livestock manure compost receiving unit
130: livestock manure compost outlet
131: animal manure compost discharge door
200: screw shaft
210: hydraulic motor
220: chain
300: hydraulic press
310: X-axis hydraulic press
320: Y-axis hydraulic press
330: Z-axis hydraulic press
400: plastic wrapping machine
410: rotating plastic wrapping machine
411 : Rotating Vinyl Scroll
412: rotating vinyl roll rotating body
4121: rotating roller
413 : Rotating Vinyl Cutter
420: turntable
421: rotating plastic wrap support roller
422: horizontal plastic wrap support roller
430: horizontal plastic wrapping machine
431 : Horizontal Vinyl Scroll
432: horizontal vinyl roll support
433 : Horizontal Vinyl Cutter

Claims (7)

It has a livestock manure compost accommodating part 120 formed in a 'V' shape with a closed lower side to accommodate the livestock manure compost and to be compressed, and has a 'V' shape with an open lower side so that the livestock manure compost can be put into the upper side. It has a compost inlet 110, and the livestock compost receiving body 100 consisting of an animal manure compost outlet 130 installed so that the livestock manure compost can be discharged after being compressed on one side of the livestock manure compost accommodating part 120;
A screw shaft 200 installed in the front and rear sides of the live manure compost inlet 110 of the livestock manure compost receiving body 100 to induce the input of livestock manure compost;
Between the livestock manure compost inlet 110 and the livestock manure compost accommodating part 120, X and Y axis hydraulic presses 310 and 320 are installed so as to be perpendicular to the X and Y axes on the left and right sides to compress the livestock manure compost. , A hydraulic press 300 comprising a Z-axis hydraulic press 330 installed on the Z-axis at the lower side of the livestock manure compost accommodating part 100 to compress the livestock manure compost;
The livestock manure compost is compressed in the X and Y axes in the livestock compost receiving body 100, and the livestock manure compost compressed in the Z axis is discharged to the front of the livestock manure compost receiving body 100 through the livestock compost outlet 130,
The livestock manure compost compression packaging device, characterized in that it comprises a plastic packaging machine 400 for vinyl packaging the compressed livestock manure compost discharged from the livestock manure compost outlet 130 of the livestock manure compost receiving body 100.
According to claim 1,
The 'V'-shaped surface of the live manure compost receiving part 120 of the live manure compost receiving body 100 and the 'V'-shaped face of the live manure compost inlet 110 are made in parallel, characterized in that the live manure compost compression packer.
According to claim 1,
The screw shaft 200 is installed in parallel to the front and rear side of the manure compost inlet 110,
The screw shaft 200 is driven by a chain 220 to rotate in opposite directions by a hydraulic motor 210,
When the compost is fully filled in the compost accommodating part 120 of the animal manure compost receiving body 100, the rotation of the screw shaft 200 is stopped, the animal manure compost compression packaging device.
According to claim 1,
The X, Y-axis hydraulic press (310, 320) simultaneously compresses the livestock manure compost,
The Z-axis hydraulic press 330 is, characterized in that for compressing the livestock manure compost compressed by the X and Y-axis hydraulic presses 310 and 320 in the Z-axis, the livestock manure compression packaging device.
According to claim 1,
The plastic packaging machine 400,
First, the X and Y axis surfaces of the animal manure compost compressed by the rotary plastic packaging machine 410 are packed,
Secondary, characterized in that for packing the Z-axis side of the animal manure compost compressed by the horizontal plastic packaging machine 420, the livestock manure compression packaging device.
6. The method of claim 5,
The rotary plastic packaging machine 410,
It consists of a rotating vinyl roll (411), a rotating vinyl scroll rotating body (412), and a rotating vinyl cutter (413),
The rotating vinyl roll 411 is fixed to the rotating vinyl roll rotating body 412, and the rotating vinyl cutter 413 is installed so as to move forward and backward from the front side of the shaft manure compost receiving body 100,
As the rotating vinyl roll rotating body 412 rotates, the rotating vinyl wound on the rotating vinyl scroll 411 is unwound, and the X and Y axis surfaces of the compressed animal manure are packed,
The compressed live manure compost is discharged through the live manure compost outlet 130 to the front of the live manure compost receiving body 100 while the X and Y axis surfaces are packaged,
The compressed animal manure compost discharged with the X and Y axis surfaces packaged in the front of the animal manure compost receiving body 100 is supported by the rotating plastic packing support roller 421 of the turntable 420 and moves forward,
After the X and Y axis packing of the compressed animal manure is completed, the rotating vinyl cutter 413 advances to the front side, cuts the rotating vinyl while retreating to the rear side, and clamps the remaining rotating vinyl. Compost compaction packaging device.
7. The method of claim 6,
The horizontal plastic packaging machine 430,
Consists of a horizontal vinyl roll (431), a horizontal vinyl roll support (432), and a horizontal vinyl cutter (433),
The horizontal vinyl roll 431 is fixed to the horizontal vinyl roll support 432 , and the horizontal vinyl cutter 433 is capable of elevating and lowering from the side of the horizontal plastic wrap support roller 422 of the turntable 420 . installed,
By rotating the turntable 420 horizontally with respect to the ground, and the horizontal plastic packaging support roller 422 rotating about the Z-axis, the Z-axis surface of the compressed livestock compost is packed,
The compressed livestock manure compost is the compressed livestock manure compost with the Z-axis surface paved, the horizontal vinyl cutter 433 rises upwards, and cuts the horizontal vinyl while descending downward, and the remaining horizontal vinyl is sandwiched. which, the manure compost compaction packaging device.

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