KR102380732B1 - A Livestock manure treatment system - Google Patents

Abstract

The present invention provides a livestock manure treatment system capable of improving a storage and transportation environment by performing a processing treatment system for drying and pelletizing livestock manure; being used as fuel or a fertilizer; being structurally suitable for a miniaturized design; and improving usability by remarkably reducing an occupied space for a facility space. The livestock manure treatment system comprises: a device body; a hopper; a stirring transferring unit; and a hot wind drying unit. The hopper is provided in the device body and puts the collected livestock manure therein. The stirring transferring unit axis-rotates a stirring transferring screw which is rotated by receiving rotating force of a stirring motor which is driven by receiving power through control of a controlling unit for controlling power of a power supplying unit, and stirs and transfers the livestock manure dropped from a lower part of the hopper. The hot wind drying unit is provided in the device body, and dries the livestock manure discharged from the stirring transferring unit with hot wind. The hot wind drying unit includes: a supplying member which receives the livestock manure discharged from the stirring transferring unit; a drying room which includes a drying space to dry the livestock manure supplied through the supplying member; a hot wind member which supplies the hot wind to the drying space; and a discharging member which discharges a livestock manure dried product, which is dried through the drying space, to the outside of the drying room.

Description

Livestock manure treatment system {A Livestock manure treatment system}

The present invention relates to a livestock manure treatment system capable of performing a processing process of drying and pelletizing livestock manure to improve the storage and transport environment, and to be able to use it as fuel or fertilizer customized.

Specifically, it relates to a livestock excreta treatment system that is structurally suitable for a miniaturized design, significantly reducing the space occupied by the facility space and improving usability.

In general, livestock manure is the excrement of livestock generated during livestock such as cattle manure and pig manure, and the amount thereof is gradually increasing due to the development of the livestock industry.

Accordingly, in recent years, for the efficient treatment of livestock manure generated in such a large amount, various regeneration methods and devices have been proposed to utilize livestock manure as organic fertilizer or to be processed and utilized as fuel pellets.

On the other hand, among the methods for composting livestock manure, the most widely used is a method of artificially fermenting livestock manure to compost it, and a fermentation device is a method that enables this method to be implemented.

The fermentation apparatus is a method of natural fermentation using a manure storage tank and a fermentation tank, which takes a lot of time for the fermentation of the manure, and there is a problem that the fermentation is not made uniformly.

There were problems such as delay in treatment of the conventional livestock manure treatment method (it takes about 6 to 12 months for the composting period and the maturation period), odor, water pollution, and insufficient farmland for the treatment of the calculated compost.

On the other hand, in the case of large-scale livestock manure treatment facilities, there is a method of decomposing organic matter by aerobic or anaerobic digestion, and then separating the sludge from solids and treated water for treatment.

In the above aerobic fire extinguishing system, the treatment time is relatively fast, but it takes a lot of money to treat the waste sludge generated due to a large amount of sludge, and there is a problem in that it is difficult to control the load according to the temperature and the organic matter concentration of the wastewater.

In addition, if livestock manure containing a large amount of nitrogen and phosphorus as well as organic components is properly processed by anaerobic digestion method, it is possible to produce by-product fertilizer necessary for eco-friendly agriculture, thereby greatly contributing to environmental improvement.

In the anaerobic treatment method in the above, since it can be treated in a closed device, odor generation can be suppressed, and since biogas is additionally produced, it is also possible to secure an environmentally friendly alternative energy. Methane that can be used as fuel is generated during the treatment process, and using it as treatment power has the advantage of reducing treatment costs.

In addition, the high temperature type anaerobic digestion system has the advantage of having a shorter residence time of 3 to 7 days in the digester because the decomposition rate of organic matter is faster than that of the medium temperature digestion apparatus, so that the size of the digestion apparatus can be reduced, effective pathogen reduction and methane gas generation efficiency Although this high advantage, there is a disadvantage that the cost is high due to high-temperature treatment and maintenance for maintaining the extinguishing material at a high temperature.

In the anaerobic digestion system of the high temperature type as described above, in order to reduce the cost due to the heating treatment and maintaining the high temperature, it is necessary to study a device capable of more effectively processing the heat exchange for the digestion material in the anaerobic digestion apparatus.

In Korean Patent Application No. 10-2016-0005377 (Name: Stirring and drying device for excreta treatment system/2016.01.15.), as known in the publication, it has a treatment space in which the excrement inside is accommodated and dried, and the It includes a main body having an inlet and an outlet for supplying and discharging the manure to the treatment space, a stirring means for stirring the manure accommodated in the treatment space of the main body, and a heat supplying means for supplying heat to the treatment space to dry it. In the agitation and drying apparatus for the excreta treatment system made by; A supply port for receiving manure by falling freely is provided on the upper part, and a discharge port for discharging the manure to the inlet is provided on the lower part, the body having an accommodation space for accommodating the manure, and the outlet is fixed to the inlet so that the outlet is connected; A supply opening/closing valve disposed at the supply port of the body to open and closing the supply port, and a discharge opening/closing valve disposed at the discharge port of the body to open and close the discharge port, by controlling the supply opening/closing valve and the discharge opening/closing valve There is described a stirring and drying apparatus further comprising a manure supply control means configured to close the discharge port when the supply port is opened and to drive the discharge port to open when the supply port is closed.

And in Korean Patent Application No. 10-2016-0097455 (name: Eco-friendly livestock manure treatment system and treatment method/2016.07.29.), as known in the publication, livestock manure digestion treatment means, the livestock manure digestion treatment means In the livestock manure treatment system comprising a digested sludge treating means for treating the digested digested sludge and a biogas treating means for treating the biogas generated from the livestock manure digesting treating means, the livestock manure digesting means is Livestock manure collection tank in which manure is collected and stored; a preliminary digester for heating the raw material for digestion inputted from the livestock manure collection tank to a high temperature of 52 ~ 55 ℃ through 24 hours at room temperature; 52 to 60 by the first and second heating devices, which are formed with a predetermined distance from the center by receiving the heated extinguishing raw material from the preliminary digestion tank, and the impeller-type stirrer mounted between the first and second heating devices anaerobic digestion tank for performing anaerobic digestion while circulating at a high temperature of a certain temperature in ℃; a gas control device for controlling the pressure of the gas retention region divided into three formed in the upper part of the anaerobic digester; and a gas storage unit for storing the methane gas generated in the gas retention region. Livestock manure treatment system comprising a.

On the other hand, in Korean Patent Application No. 10-2014-0128577 (Name: Pellet manufacturing method and manufacturing apparatus using biomass/2014.09.25.), as known in the publication, waste wood, old clothes, waste paper, waste A primary mixing stirrer that mixes food waste, bones, hair, human excrement, and manure with waste produced by cutting and pulverizing synthetic resins, and heating and stirring through a steam heater, and the primary mixture stirred by the primary mixing and agitator A secondary mixing agitator that mixes graphite and ocher and heats and stirs through a steam heater, and the secondary mixture is mixed and stirred by the screw when the secondary mixture that has passed through the secondary mixing and agitator is transferred through the screw. An asphalt injector for injecting asphalt, an extruder for extruding a mixture in which asphalt is injected and mixed by the asphalt injector, and graphite and de-asparted oil to the tip side of the extruder are mixed and applied to the surface of the solid extruded through the extruder Using the graphite and deasphalted oil mixing injector and the graphite and deasphalted oil mixing injector, the graphite and deasphalted oil mixing injector is used to mix asphalt and coal to the surface of the solid material at the tip of the extruder and use the gelled coating agent, and discharge through the graphite and deasphalted oil mixer injector A coating machine for coating the surface of the solid material to be coated with the coating agent, a mold for injecting pellets discharged through the coater to be molded into various shapes, and a solid surface coated through the mold and discharged with various shapes A pellet manufacturing apparatus comprising a cutter for cutting solidified pellets is described.

In addition, in Korea Patent Application No. 10-2010-0051806 (Name: Livestock manure drying apparatus and livestock manure solid fueling apparatus using the same / 2010.06.01.), as is known in the publication, an apparatus for drying livestock manure As, a transfer unit for transferring the livestock manure supplied from the hopper to the conveyor; An input unit and a discharge unit are provided at both ends, respectively, and a plurality of stirring members are provided on the inner wall, and the livestock manure supplied to the input unit is disposed in a state lying on the frame so as to be inclined from the input unit direction to the discharge unit direction. a drying member rotatably installed on the frame to move toward the discharge unit; a rotation driving member installed in the frame to rotate the drying member so that the livestock manure supplied to the input unit is moved toward the discharge unit while being stirred by the stirring member; an exhaust gas supply unit for supplying high-temperature exhaust gas to the inside of the drying member through the side of the discharge unit so that the livestock manure moving while stirring is dried; and a livestock manure drying device configured to include an exhaust gas discharge unit for discharging the exhaust gas dried livestock manure moved while passing through the drying member toward the input unit; a dry matter storage tank for storing the dried livestock manure discharged from the drying member; a pellet machine for compressing the dried livestock manure supplied from the dry matter storage tank at high pressure into pellets; a cooler for cooling by blowing while conveying the compressed pellets while passing through the pelletizer; and a pellet storage tank for storing the pellets cooled by the cooler is described.

Korean Patent Application No. 10-2016-0005377 (2016.01.15.) Korean Patent Application No. 10-2016-0097455 (2016.07.29.) Korean Patent Application No. 10-2014-0128577 (2014.09.25.) Korean Patent Application No. 10-2010-0051806 (2010.06.01.)

However, the conventional livestock manure processing apparatuses and processing systems as described above are structurally complicated, and thus the facility is inevitably enlarged, and as the space occupied by the facility space is remarkably large, there is a problem in that the usability is deteriorated.

That is, there was an uneconomical problem due to the excessive cost of facilities and excreta treatment.

In addition, there was a problem that could not be adequately installed in a relatively small general livestock farm.

The present invention has been proposed to solve the conventional problems as described above, and an object of the present invention is to perform a processing process of drying and pelletizing livestock manure to improve storage and transport environment, and In other words, it is to provide a livestock manure treatment system that can be customized as fuel or fertilizer.
Another object of the present invention is to provide a livestock manure treatment system that is structurally suitable for a compact design, significantly reducing the space occupied by the facility space and improving usability.

Livestock manure treatment system according to the present invention for achieving the object of the present invention as described above, the apparatus body; a hopper provided in the apparatus body and into which the collected livestock manure is put; The stirring transfer screw, which receives the rotational force of the stirring motor driven by receiving power through the control of the control means to control the power supply of the power supply, is rotatably fixed to remove livestock manure falling from the lower part of the hopper. agitation transport means configured to transport the agitation; In the livestock excreta treatment system comprising; a hot air drying means provided in the apparatus body and configured to dry the livestock manure discharged from the stirring transfer means by hot air; The hot air drying means includes a supply member configured to receive livestock manure discharged from the stirring and transport means, a drying chamber having a drying space configured to dry the livestock manure supplied through the supply member, and hot air to the drying space. and a hot air member configured to do so, and a discharge member configured to discharge the dried livestock manure while passing through the drying space to the outside of the drying chamber.

It characterized in that it further comprises; pellet molding means for pellet molding by extrusion molding the livestock manure dried through the hot air drying means.

an exhaust port for discharging exhaust gas to the outside is provided in the drying chamber; The exhaust port is characterized in that it is provided with a filtering member for filtering and removing the odorous substances contained in the exhaust gas.

In the drying space in the drying room, a plurality of horizontal transfer members having a 'conveyor belt structure' driven by receiving power supplied through the control of the control means are vertically arranged in multiple stages.

The hot air member includes an air pump configured to pump and supply external air to the drying chamber by receiving power supplied through the control of the control means, and an air transfer space connecting the air pump and the drying chamber. It is provided and characterized in that it comprises a heater configured to receive the power supplied through the control of the control means to heat the transferred air by generating heat.

Livestock manure treatment system according to the present invention made as described above, after drying the collected livestock manure through a hot air drying means, and then performing a processing process of forming small-sized pellets through a pellet forming means. It has the effect of not only being easily stored in the storage space, but also stably transported to the place of use.

Accordingly, livestock manure can be customized as fuel or fertilizer, thereby having the effect of realizing economic benefits.

In addition, it is structurally suitable for miniaturization design, and as the space occupied for the facility space is significantly reduced, the facility and processing process can be stably performed even in a small livestock farm, which has the effect of improving usability.

1 and 2 are schematic isometric views showing a livestock manure treatment system according to an embodiment according to the present invention.
Figure 3 is a schematic illustration showing the livestock manure treatment system according to this embodiment.
Figure 4 is a schematic plan view showing a livestock manure treatment system according to this embodiment.
Figure 5 is a schematic illustration showing the hot air drying means constituting the livestock manure treatment system according to the present embodiment.
6 to 8 is a schematic exemplary view showing the working state of the livestock manure treatment system according to the present embodiment.
Figure 9 is a schematic illustration showing the control state of the livestock manure treatment system according to the present embodiment.

Hereinafter, with reference to the accompanying drawings, the livestock manure treatment system according to a preferred embodiment according to the present invention will be described in detail as follows.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

1 to 9 is a view showing a livestock manure treatment system (1) according to an embodiment according to the present invention, the livestock manure treatment system (1) according to this embodiment, the apparatus body (2) and; a hopper 21 provided in the apparatus body 2 and into which the collected livestock manure is put; Through the control of the control means 61 to control the power of the power supply unit 62, the agitation transfer screw 32 which receives the rotational force of the agitation motor 31 which is driven by receiving power is transmitted and rotates so that the shaft can rotate. Agitating and transporting means (3) which is fixed and agitated and transported livestock manure falling from the lower part of the hopper (21); It is provided in the apparatus main body (2) and hot air drying means (4) configured to dry the livestock manure discharged from the stirring transfer means (3) by hot air;

That is, after the separately collected livestock manure is put into the hopper 21, it is homogenized while stirring while being supplied to the hot air drying means 4 through the stirring transfer means 3 .

As such, in the livestock manure homogenized through the stirring and transporting means 3, the moisture contained in the hot air drying means 4 is dried and the moisture content is lowered.

The livestock manure treatment system 1 according to this embodiment includes a pellet forming means 5 configured to pellet-form the livestock manure dried through the hot air drying means 4 by extrusion molding.

That is, the livestock manure dried through the hot air drying means (4) is transported to the pellet forming means (5) through a separate transport mechanism, and then small-sized pellets through the pellet forming means (5) ( Pellet) processing is performed.

Accordingly, livestock manure is made to have a dried pellet structure, so that it is easily stored in a separate storage space, and the usability is improved by stably transporting it to the place of application.

In the above, the pellet forming means (5) may be provided in the apparatus body (2) to be spatially connected to the hot air drying means (4); After passing through a step in which livestock manure is transferred from the hot air drying means (4) to the pellet forming means (5) through a separate transporter that is independently disposed at a location separated from the apparatus body (2), separate pellets (Pellet) to be capable of performing a processing process; It is preferable to be appropriately applied according to the user's selection.

In the above, the configuration and structure of the pellet forming means 5 is preferably selected by the user from among the configurations and structures to which the conventionally known technology is applied and applied appropriately.

Livestock manure processed material having a pellet structure in the above, according to the user's selection, can be tailored to be applied as fuel or fertilizer, can be used as a secondary income source of livestock farms, economic benefits are realized.

In the above apparatus body 2, the hopper 21, the stirring transfer means 3 and the hot air drying means 4 are respectively installed therein, and it is made of a 'container structure', so it is easy to manufacture and can be made to be easy to transport and install; It is preferable to be appropriately applied according to the user's selection.

In the above, the hopper 21 has an opening in the upper and lower portions of the hopper 21 and has an opening in the upper part of the apparatus main body 2 (the upper part is wide and the lower part is narrow). With this arrangement, livestock manure input through the upper opening of the hopper 21 can be supplied by free fall to the stirring transfer means (3); It is preferable to be appropriately applied according to the user's selection.

In the above, the stirring transfer means (3) is provided with a stirring transfer space therein, and the upper portion is opened, and is spatially connected to the outlet of the hopper (21) and has a stirring vessel (33) having a length; a stirring motor 31 configured to generate rotational force by driving under the control of the control means 61; The agitation transfer screw 32, which is shaft-coupled to be rotatably rotatable while having a length in the longitudinal direction of the agitation transfer space of the agitation barrel 33, and rotates by receiving the rotational force generated from the agitation motor 31; may be included.

In addition, one end of the stirring barrel 33 may be provided with an outlet through which the livestock manure transferred while being stirred during the rotational movement of the stirring conveying screw 32 is discharged to the outside.

That is, when the separately collected livestock manure is input through the upper opening of the hopper 21, it freely falls from the inside of the hopper 21 to the lower side and passes through the outlet to the inside of the stirring barrel 33 will enter into

At this time, as the stirring motor 31 is driven through the control of the control means 61, the stirring transfer screw 32 rotates, and the livestock manure entering the inside of the stirring barrel 33 is stirred and homogenized. While being transferred to the outlet of the stirring barrel 33, the homogenized livestock manure is discharged through the outlet.

In the above, the hopper 21 and the stirring barrel 33 may be formed to have a length in the longitudinal direction of the stirring transfer screw 32; It is preferable to be appropriately applied according to the user's selection.

In the livestock manure treatment system (1) according to the present embodiment made as described above, the supply member 41 to receive the livestock manure discharged from the stirring transfer means (3) and; a drying chamber 42 having a drying space configured to dry livestock manure supplied through the supply member 41; a hot air member 43 configured to supply hot air to the drying space; and a discharge member 44 configured to discharge the dried livestock manure dry matter to the outside of the drying chamber 42 while passing through the drying space.

That is, after the livestock manure discharged through the outlet of the stirring barrel 33 is supplied to the drying chamber 42 through the supply member 41, the hot air is dried through the hot air member 43, and then the discharge It is discharged through the member 44 .

In the above, the supply member 41 is disposed between the outlet of the stirring barrel 33 and the upper inlet of the drying chamber 42 in the inside of the apparatus main body 2, and feeds livestock manure into the stirring barrel 33 may be transferred to the drying chamber (42).

The supply member 41 includes a supply motor 41 configured to generate a rotational force through the control of the control unit 61; By receiving the rotational force of the supply motor 41, the plurality of supply buckets 412 in which the livestock manure is accommodated are circulated between the outlet of the stirring barrel 33 and the upper inlet of the drying chamber 42 to circulate livestock manure. It may be made to include; a bucket elevator (bucket elevator) to be continuously transported.

The configuration and structure of the bucket elevator constituting the supply member 41 in the above is preferably selected by the user from among the configurations and structures to which the conventionally known technology is applied and suitably applied.

In the above, the drying chamber 42 is installed inside the apparatus main body 2 and may be formed in the shape of a 'tube' in which the drying space having vertical and horizontal lengths is formed, depending on the user's choice. It is preferred to apply

In the above, it is preferable that the inlet is formed in the upper part of the drying chamber 42 so that livestock manure transferred through the supply member 41 is supplied to the drying space while freely falling.

In the upper part of the drying chamber 42, an exhaust port 22 for discharging exhaust gas emitted from the dried livestock manure to the outside may be provided; The exhaust port 22 may be provided with a filtering member 7 configured to filter and remove odor substances contained in the exhaust gas.

That is, by removing the odor of the exhaust gas exhausted to the outside of the drying chamber 42 through the filtering member 7, an eco-friendly livestock manure treatment work environment can be realized.

In the above, the configuration and structure of the filtering member 7 is preferably selected by the user from among the configurations and structures to which the conventionally known technology is applied and is suitably applied.

In the livestock manure treatment system 1 according to the present embodiment made as described above, in the drying space in the drying room 42, a 'conveyor belt driven by receiving power supplied through the control of the control means (61) A plurality of horizontal transfer members 45 having a 'structure' are vertically arranged in multiple stages.

That is, the livestock manure is sequentially moved while having the horizontal direction of the drying space and the vertical direction from the top to the bottom through the horizontal conveying members 45 .

Accordingly, it is possible to significantly increase the drying time of livestock manure in the drying space, thereby maximizing the drying quality for the size of the drying space.

Therefore, manure and fuel conversion of livestock manure can be made more stably.

A plurality of the horizontal transfer members 45, the entry portion of the horizontal transfer member 45 located at the lower portion is disposed at the lower portion of the discharge side of the horizontal transfer member 45 located on the upper portion, falling from the discharge portion Livestock manure to be collected in the entry portion of the lower portion, it may be so that the transfer movement in the reverse direction of the transfer direction of the horizontal transfer member 45 located on the upper portion.

That is, as the livestock manure supplied to the drying space is horizontally and vertically transported in the zigzag direction through the horizontal transport members 45 arranged in vertical multi-stage arrangement, even distribution over the entire area of the drying space It is to be discharged to the outside through the discharge member 44 while having.

In the above, the discharge member 44 is disposed below the drying chamber 42 and is configured to discharge the dried livestock manure that freely falls to the outside, and the discharge port at the end is disposed outside the drying chamber 42, and the The dried livestock manure may be discharged through the discharge port.

In the livestock manure treatment system 1 according to the present embodiment made as described above, the hot air member 43 receives power supplied through the control of the control means 61 and blows outside air into the drying chamber 42 . an air pump 431 configured to pump and supply; A heater provided in the air transfer space connecting between the air pump 431 and the drying chamber 42 and configured to heat the transferred air by receiving power supplied through the control of the control means 61 . (432);

That is, power is supplied through the control of the control unit 61 and the air pump 431 is driven to supply external air to the drying chamber 42 , and at the same time, the heater 432 operates the control unit 61 . ), the external air pumped to the drying chamber 42 is heated by receiving power and generating heat, thereby forming a hot air.

Accordingly, the drying efficiency of livestock manure can be improved by stably supplying hot air to the drying space.

In the above, the hot air member 43 is spatially connected to the air pump 431 and includes: a hot air tube 433 configured to supply external air to the drying space while passing through it; A plurality of hot air injection nozzles 434 connected to the hot air tube 433 and configured to inject external air passing through the hot air tube 433 into the drying space while branching may be further included.

That is, while external air is pumped through the air pump 431 and transferred with a forced transfer pressure through the hot air tube 433, it is sprayed into the drying space through the plurality of hot air injection nozzles 434. Livestock manure may become dry.

In the above, the hot air spray nozzles 434 may be arranged to spray hot air into the space between the horizontal transfer members 45 arranged in vertical multi-stage in the drying space; It is preferable to be selected by the user and suitably applied.

In the above, the heater 432 is spatially connected to the hot air tube 433 to form an air transport path that is moved to the hot air jet nozzles 434 after external air passes; It is preferable to be selected by the user and suitably applied.

On the other hand, the livestock manure treatment system 1 according to this embodiment is electrically connected to the wireless controller 82 such as a smart phone separately provided outside the spaced apart through the exchange of data through the wireless communication network 81, etc. By implementing it, it can be configured to remotely operate and control the control means 61 .

That is, through the controllable connection of information realized through the wireless communication network 81 such as a separate wireless Internet network, the operator selectively operates and controls the wireless controller 82 to detect all work steps from the outside. and operation can be implemented in real time, so that usability can be improved.

In the above, the configuration and structure of the wireless communication network 81 and the wireless controller 82 are preferably selected by the user from among the configurations and structures to which the conventionally known technology is applied and suitably applied.

As described above, the livestock manure treatment system 1 according to this embodiment is structurally suitable for a miniaturized design, and as it significantly reduces the space occupied by the facility space, stable facilities and processing even in small livestock farms It is a feature of the technical configuration that the processing process can be performed, so that usability is improved.

One embodiment of the present invention described above is merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom. . Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

1: Livestock manure treatment system
2: device body 21: hopper
22: exhaust port 3: stirring transfer means
31: stirring motor 32: stirring transfer screw
33: stirring barrel 4: hot air drying means
41: supply member 411: supply motor
412: supply bucket 42: drying room
43: hot air member 431: air pump
432: heater 433: hot air tube
434: hot air jet nozzle 44: discharge member
45: horizontal transfer member 5: pellet forming means
61: control means 62: power supply
7: filtration member 81: wireless communication network
82: wireless controller

Claims (5)

Through the control of the control means 61 to control the power of the power supply unit 62, the agitation transfer screw 32, which receives the rotational force of the stirring motor 31 which is driven by receiving power, is rotated so as to be axially rotatable. Agitating and transporting means (3) which is fixed and agitated and transported livestock manure falling from the upper part; A supply member 41 configured to receive the livestock manure discharged from the stirring transfer means 3, and a drying chamber 42 having a drying space configured to dry the livestock manure supplied through the supply member 41, and the The stirring transport means includes a hot air member 43 configured to supply hot air to the drying space, and a discharge member 44 configured to discharge the dried livestock manure dried while passing through the drying space to the outside of the drying chamber 42 . In the livestock manure treatment system (1) comprising a; hot air drying means (4) configured to dry the livestock manure discharged in (3);
The device body (2) provided with a hopper 21 into which the collected livestock manure is put; further comprising;
The device body (2),
It consists of a 'container structure' in which the hopper 21, the stirring transfer means 3 and the hot air drying means 4 are respectively installed therein;
The hopper 21 is
The upper and lower portions are penetrated and the agitation and transport means 3 is disposed on the outlet side of the lower end having an opening of 'sanggwanghagyeong (the upper part is wide and the lower part is narrow)' in the upper part of the device body 2, and the hopper 21 Livestock manure treatment system, characterized in that the livestock manure input through the upper opening of ) is supplied by free fall to the stirring transfer means (3). delete The method of claim 1 ;
In the drying chamber 42,
an exhaust port 22 for discharging exhaust gas to the outside is provided;
In the exhaust port 22,
Livestock manure treatment system, characterized in that the filtering member (7) is provided to filter and remove the odor substances contained in the exhaust gas. The method of claim 1 ;
In the drying space in the drying chamber 42,
Livestock manure treatment system, characterized in that a plurality of horizontal transfer members (45) having a 'conveyor belt structure' driven by receiving power supplied through the control of the control means (61) are vertically arranged in multiple stages. The method of claim 1 ;
The hot air member 43,
an air pump (431) driven under the control of the control means (61) to pump and supply external air to the drying chamber (42); A heater 432 provided in the air transport space connecting between the air pump 431 and the drying chamber 42 and configured to heat the air by generating heat under the control of the control means 61; Livestock manure treatment system characterized.

Images