KR20160075043A - Auto feeding system for total mixed ration of pigs by using web program and method of thereof - Google Patents

Abstract

Disclosed are TMR auto feeding system for sows using a web program and a feeding method thereof. The TMR auto feeding system for sows comprises: a TMR supplier which is formed as a hopper and supplies TMR feed mixed grass feed and mixed feed; a TMR supplying apparatus comprising a transferring conveyer transferring the TMR feed supplied from the TMR supplier and a monorail typed feeder which receives the TMR feed transferred from the transferring conveyer and feeds the same; a TMR feeding apparatus comprising a moving rail in which the monorail typed feeder can move in a sow shed and a feeding container for feeding feed to sows; a control unit which controls the TMR supplying apparatus and the TMR feeding apparatus; and a sow management server which controls to feed TMR feed with an amount predetermined by sows through a communication with the control unit. Herein, the TMR auto feeding system for sows enables to minutely manage sows by auto feeding TRM feed with a proper amount for each sow, such that piglet production of sows can increase, and an economic life can be prolonged. By replacing the existing mixed feed with a TMR feed for sows, the system can reduce a cost for feed, thereby maximizing an economic effect in sow farms.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a TMR automatic feeding system and a feeding method for a sow using a web program,

The present invention relates to a TMR automatic feeding system and a feeding method for a sow using a web program, and more particularly, to an automatic feeding system for a sow, By developing a system that recognizes individuals and feeds them to the identified sows at a designated feed time, The present invention relates to a TMR automatic feeding system and feeding method for a sow using a web program capable of precisely managing the sow.

As imports of imported grains imported into the country are increasing every year, the feed costs of pig farms are rising and it is time to improve productivity and feed costs of pig farming farms due to deteriorating external environment such as Korea-EU and Korea-US FTA.

However, most of pig farms in Korea use only compound feed. In some farms, TMR feed mixed with compound feeds is wet-fed by manpower. However, due to lack of manpower, TMR feed It is almost impossible to expand the supply.

In addition, automated feeders for domestic pig farmers have difficulties in automating the feeding of TMR feeds that require wet feed, since only two methods are appropriate: dry feed and liquid feed.

Therefore, in order to enhance the fertility of the wet TMR feed fermented by mixing various feed sources, it is possible to improve the productivity of the piglets and reduce the feed cost by feeding appropriate amounts of feed to the sows that need body shape management every day.

In addition, it is very important to manage sowing history of sows. At present, there is no feeding system that can precisely manage sows by domestic pig farms.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems. Namely, the object of the present invention is to provide a method for feeding a wet type TMR feed made by mixing a feed and a feed mixture to a web program installed on a sow management server, After the monorail type feeder moves sideways along the feed rail, it checks the information of the sows to be dispatched and emits the designated TMR. When the feed is completed, the feed information is stored again in the sow management server, It is an object of the present invention to provide a TMR automatic feeding system for sows using a web program capable of precisely managing sows by performing rapid, accurate and efficient feeding without waste of manpower and time, and to provide a feeding method using the same.

In order to accomplish the above object, there is provided a TMR automatic feeding system for a sow using a web program according to the present invention includes a TMR feeding device, a TMR feeding device, a control unit, and a sow management server.

The TMR feeder includes a hopper-shaped TMR feeder for feeding a TMR feed made by mixing a full feed and a compounded feed, a feed conveyor for feeding the TMR feed fed from the TMR feeder, and a TMR feed fed to the feed conveyor The following includes monorail feeding.

The TMR feeding device includes a feeding rail for allowing the monorail type feeding to move inside the sows, and a feeding tank for feeding the sows, wherein the feeding rail is a linear or circular type As shown in FIG.

Wherein the sow management server comprises a database for storing and managing the sow's growth information and feed information and a TMR feed of a predetermined amount designated as the monorail type feed according to the sow's growth information and feed information specified by the user, And a control unit for controlling the feeding of a TMR feed amount specified for each sow through the communication with the control unit.

Here, in the method of designating the feed rate using the feeding web program, the feed amount specified at the designated feeding time may be fed to the sow by receiving the information about the feeding interval and the feeding amount for each individual sow .

Another feed rate designation method is such that if the feed web program is linked with the lookup table of the sow management server in which the feed interval and the feed amount according to the individual sow individual growth information are stored and the growth information is designated in the web program, It is possible to automatically calculate the amount of sows fed corresponding thereto.

Wherein the feed tank is divided into at least one saddle section, and each of the feed tanks is integrally connected and rotatable at the same time, or each of the feed tanks is capable of discharging feed, The TMR feed contained in the feed tank may be temporarily discharged.

Thus, after the monorail type feeder completes the TMR feed discharge to the feed tank, the feed TMR feed to the feed tank is discharged at a time, and the feed can be simultaneously fed to the whole sow.

The TMR feeder includes a bale loading section for loading the circular bale TMR feed and a bucket elevator for disassembling and transporting the circular bale TMR feed.

The bucket elevator includes a belt conveyor for disassembling the loaded round veil TMR feed and a plurality of lugs protruding from the belt conveyor.

The plurality of lugs support the TMR feed slippage on the belt conveyor when the TMR feed is transported out of the TMR feeder by operation of the belt conveyor to disassemble the TMR feed.

Wherein the monorail type feeder comprises a feeding part for moving along the feeding rail by a driving motor, a feed feeding part for feeding the TMR feed to the upper part, And a discharge conveyor disposed below the feed stack and discharging the TMR feed by the rotation of the motor.

Wherein the discharge conveyor comprises a first discharge conveyor for discharging the TMR feed stacked in the lower portion of the feed stack in one direction and a second discharge conveyor disposed at the lower end of the discharge side of the first discharge conveyor for discharging the TMR feed in a direction perpendicular to the one direction, And a second discharge conveyor as far as possible.

The control unit controls the feeding and feeding of the monorail type feeder, the feed controller for controlling the feeding and feeding amount of the monorail type feeder, and the central control unit for controlling the feeding and feeding of the TMR feed from the TMR feeder to the monorail feeder And controls operations of the TMR feeding device and the TMR feeding device.

Here, the feeding controller includes an RFID reader for reading information of TAGs attached to sows, a driver for motor driving for feeding and feeding the monorail type feeder, and a wired / wireless communication device for transmitting and receiving data with the central control device Modules.

In addition, the TMR automatic feeding method for sows using the web program of the present invention can be explained as the TMR automatic feeding system for sows.

The TMR automatic feeding method for sows includes the steps of: inputting a feeding amount and feeding interval specified for each sowing object into a web program installed in the sow management server; Loading the TMR feed with a monorail feed at the TMR feeder; When the monorail feeder loaded with the TMR feed moves along the feed rail, the RFID reader in the feed controller attached to the monorail feeder and the RFID tag of the TAG attached to the sow, (ID: Identifier); Transmitting entity information on sows recognized by the RFID reader to the sow management server; And supplying the TMR feed so that the web program operates the monorail feeder to feed the feed amount corresponding to the recognized sows to the sow feeder of the sows.

In addition, the feeding information that has undergone the supply step of the TMR feed may further be stored in a database of the sow management server.

In addition, in the step of feeding the TMR feed, the monorail feeder sequentially moves the TMR feed into the feeder while moving inside the sow according to the feed rail; And when the sequential feeding of the feed tank is completed, the TMR feed contained in the feed tank is temporarily discharged and fed to the sows individually.

According to the TMR automatic feeding system and feeding method for sows using such a web program, it is possible to carry out scientific precision feeding management by securing proper feeding amount and feeding data for each sow using ICT technology .

As a result, there is an effect of increasing the production of one piglet due to reduced constipation and increased immunity of sows.

In addition, economic life of the sows due to precise feed rate control is increased, thereby maximizing the economic effect.

In addition, it is possible to reduce the feed cost per sow by improving the domestic food self-sufficiency rate by replacing some of the imported pork feed with mixed feedstuffs or fermented wet TMR feeds.

FIG. 1 is an external configuration diagram schematically showing a configuration of a TMR automatic feeding system for sows according to an embodiment of the present invention.
2 is a block diagram of the TMR automatic feeding system for sows shown in FIG.
3 is a display screen of a web program for sow management.
FIG. 4 is a detailed structural view of the TMR feeder shown in FIG. 1. FIG.
5 is a detailed structural view of the monorail type feeder shown in Fig.
6 is a detailed structural view of the feed tank of the TMR automatic feeding system for sows.
7 is a flowchart illustrating a TMR automatic feeding method for sows using a web program according to an embodiment of the present invention.

The present invention is capable of various modifications and various forms, and specific embodiments are illustrated in the drawings and described in detail in the text.

It should be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. The terms first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the terms "comprising" or "having ", and the like, are intended to specify the presence of stated features, integers, steps, operations, elements, parts, or combinations thereof, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, parts, or combinations thereof.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

FIG. 2 is a block diagram of the TMR automatic feeding system for sows shown in FIG. 1; FIG. 2 is a block diagram of the TMR automatic feeding system for sows shown in FIG. 1; 3 is the display screen of the web program for sow management.

1 to 3, a TMR automatic feeding system 1000 for a sow using a web program according to an embodiment of the present invention includes a TMR feeding device 100, a TMR feeding device 200, a controller 300 And a sow management server 400.

The TMR feeder 100 includes a hopper-shaped TMR feeder 110 installed outside the sows and having a hopper shape for feeding TMR feed, a feed conveyor 120 for feeding the TMR feed fed from the TMR feeder, The TMR feeder 110 and the monorail type feeder 130 are described in detail with reference to FIGS. 4 and 5 (to be described later). The monorail feeder 130 feeds the TMR feed fed to the feeder 110, Will now be described in more detail.

The TMR feeding device 200 is installed in the sows and includes a feed rail 210 for moving the monorail feeder 130 inside the sows and a feeding rail 220 for feeding feed to the sows ).

The control unit 300 controls the operation of the feeding controller 310 and the feeding controller 310 for controlling the running and feeding amount of the monorail feeding feeder 130 and the operation of the feeder controller 310, And a central control unit 320 for controlling the TMR feeder up to the feeder 130 and controlling the feeder tank 220. The operation of the TMR feeder 100 and the TMR feeder 200 is controlled .

For example, the feeding controller 310 is connected to the central control device 320 using wired / wireless communication means, and the central control device 320 is connected to the sowing management server 400).

Accordingly, the sow management server 400 can control the monorail type feeder 130 so that a slaughtered amount of TMR feeds can be fed at a designated feeding time through communication with the control unit 300. [

The central control unit 320 controls the TMR feeder 110 and the sow TMR such as the TMR feed amount of the TMR feeder 110, the feeding speed of the feeding conveyor 120, the operation of the feeder controller 310, The automatic feeding system controls the overall operation of the system.

The sow management server 400 includes a database (not shown) for storing and managing the sow's growth information and feed information, and a slaughtering information of the sows designated by the user and a TMR feed of a specified amount according to the feed information. And a pay-per-use web program 410 for supporting the user.

FIG. 3 exemplarily shows a display screen of a web program for sow management, and the sow information is stored for each sow individual so that systematic management can be performed.

According to an aspect of the present invention, in the feeding web program 410 installed in the sow management server 400, the feeding web program 410 may feed the sows to the sowing interval And the monorail type feeding is operated at the designated feeding time to feed the designated feeding amount to the sow.

According to the feed rate using the feed web program 410 according to another aspect of the present invention, the feed web program 410 may determine the feed interval according to the individual sow's individual information and the look- When the growth information is designated in the feeding web program 410 in conjunction with the table (LUT), the slaughtering amount corresponding to the slaughtering amount can be automatically calculated to supply the slaughtering amount to the sowing.

Here, it is preferable that the sow information and the sowing information stored in the lookup table are configured to be changeable by a user.

FIG. 4 is a detailed structural view of the TMR feeder shown in FIG. 1, FIG. 5 is a detailed structural view of the monorail type feeder shown in FIG. 1, and FIG. 6 is a detailed structural diagram of a feeder of the TMR automatic feeding system for sows .

Referring to FIG. 4, the TMR feeder 110 is configured to feed a wet mixed TMR (total mixed ration) feed in the form of a round bale by mixing a full feed and a compound feed, A bale loading portion 111 for loading a circular bale TMR feed, and a bucket elevator 112 for disassembling and transporting the bale TMR feed.

The disassembly of the TMR feed is performed when the belt conveyor 112a is rotated while the surface of the round bail loaded on the bail mount 111 is in contact with the surface of the belt conveyor 112a constituting the bucket elevator 112 The friction between the two surfaces can dissolve the circular bail. The TMR feeder 110 can be configured in various ways to supply TMR feeds that do not require disassembly of feed.

A plurality of lugs 112b (RUG) protruding from the belt conveyor 112a are provided to the TMR feeder 110 to transport the disassembled TMR feedstock from the TMR feeder 110 to the outside as the belt conveyor 112a rotates The TMR feeder 110 can be supported so as not to slip on the surface of the belt conveyor 112a so as to be discharged to the outside without being accumulated in the TMR feeder 110. [

That is, the bucket elevator 112 serves as an elevator for lifting up the TMR feed.

Accordingly, when the monorail type feeder 130 feeds the feed from the TMR feeder 110, the feed conveyor 120 is fed from the TMR feeder 110 under the control of the central control device 320 Feeder 130 to the upper portion of the monorail type feeder 130. The central control unit 320 feeds the monorail type feeder 130 to the monorail type feeder 130 by the discharge amount of the feeder outlet and the driving distance of the feeding conveyor belt Feed supply can be adjusted.

In the embodiment of the present invention, the TMR feed discharged to the outside of the TMR feeder 110 is described as being loaded on the monorail type feeder 130 through the feed conveyor 120. However, according to the monorail type feeder 130, The feeder 130 may be directly connected to the outlet 113 of the TMR feeder 110 so that the feeder may be supplied directly without being conveyed through a separate conveyor belt.

5, the monorail type feeder 130 includes a feeder 131 for feeding the feeder along the feed rail by a driving motor, and a hopper-shaped upper TMR feeder extending from the lower end of the feeder 131 A feed feeder 133 which feeds the TMR feed to the lower portion of the feed feeder, and a feeder 133 which is disposed under the feeder 133 and feeds the TMR feed And a discharge conveyor 134 for discharging the waste water.

Here, the feeding rail 210 is connected along the entire stole of the sowing yarn, and is arranged in a straight line or a circulating line depending on the sowing shape.

The conveying unit 131 is a hanger type which can move forward or backward along the conveying rail 210 by turning the drive motor 135 on both sides of the conveying rail 210 as a conveying path .

In addition, it is preferable to provide a material having a cushion, for example, urethane or rubber material, on the outer circumferential surface of the wheel so as to prevent friction noise.

The feed rail 210 in the present invention is constituted by a monorail and the monorail type feeder 130 is conveyed on both sides of the feed rail 210 by the rotation of the drive motor, But it is also possible to use any moving system such as a lever gear or a chain having a structure in which the monorail type feeder 130 can move forward or backward while being laid over the feeding rail 210.

The driving motor 135 is selectively supplied with power by the feeding controller 310 or the driving of the motor is controlled by the feeding controller 310 so that the feeding web program 410 is controlled by the feeding motor The feeding unit controller 310 operates the feeding motor 131 to drive the feed unit 131 along the feeding rail 210 so that the monorail type feeding unit 130 circulates the upper portion of the feeding feeding unit 220 The speed can be adjusted at the same time as moving.

The feed feed port 132 receives the TMR feed from the feed conveyor 120 in the form of a hopper having an open upper portion and the feed load portion 133 has a chamber shape connected to the lower portion of the feed opening 132 The TMR feed that has been fed from the feed port 132 can be loaded.

The discharge conveyor 134 is a conveyor belt disposed under the feed stacker 133 and is configured to automatically feed the feedstock loaded on the feed stacker 133 toward the feed barrel 220.

To this end, the discharge conveyor 134 includes a conveyor belt, a plurality of rollers for conveying the conveyor belt, and a motor for rotating the rollers. Accordingly, the conveying belt can be traversed by the driving force of the motor.

In addition, a plurality of the discharge conveyors 134 may be formed in order to improve the discharging accuracy of the feed loaded in the feed load unit 133.

Accordingly, the discharge conveyor 134 includes a first discharge conveyor 134a for discharging the TMR feed stacked in the lower portion of the feed stack 133 in one direction, and a second discharge conveyor 134b for discharging the TMR feed in the lower end of the discharge side of the first discharge conveyor 134a And a second discharge conveyor 134b for discharging the TMR feed in a direction perpendicular to the one direction.

The second discharge conveyor 134b preferably operates to discharge the TMR feed discharged from the first discharge conveyor 134a in both right and left directions in consideration of the characteristics of the sow stall. At this time, it is preferable that the feed can be seated in the feed tank without leaving the feed, and the accuracy of the feed amount is improved.

For example, by reducing the width and moving speed of the second discharge conveyor 134b than the width and the moving speed of the first discharge conveyor 134a, The amount can be adjusted more precisely.

Accordingly, the monorail type feeding including the second discharge conveyor can be usefully used to precisely feed an appropriate amount of feed daily to sows that need body shape management to enhance pregnancy ability.

The power source of the monorail type feeder 130 is a rechargeable battery. The power source of the monorail type feeder 130 is a rechargeable battery, and the rechargeable device can be fixedly connected to the feed conveyor 120 at a starting point where the monorail type feeder 130 starts feeding. Therefore, when the monorail type feeder 130 is not operated, the feeder is always positioned at the starting point to be charged. It is desirable to have a rechargeable DC 24V.

The feed controller 310 includes an RFID reader (capable of recognizing a maximum of 20 points) for reading information of a TAG attached to each sow entity, an automatic operation by the MPU, communication with a central management program, a monaural feeder 130, And a wired / wireless communication module (RS232, WIFI, Zigbee) for transmitting / receiving data to / from the central control unit 320. [

The feed controller 310 may be attached to one side of the monorail type feeder 130 so that it can move simultaneously with the monorail type feeder 130.

Accordingly, when the monorail type feeder 130 is circulated on the feed tank 220 along the feed rail 210, the RFID reader loaded in the feeder controller 310 outputs information And the recognized information is transmitted to the sowing management server 400 via the central control unit 320 and the feed rate web program is fed to the feed rate storage 220 specified in accordance with the feed interval The monorail type feeder 130 is operated so as to be discharged.

At this time, the monorail type feeder 130 feeds the amount of the feed supplied from the TMR feeder 110 so that continuous feeding to the feeder tank 220 is performed while moving along the feeder rail 210 It is preferable that the feeding web unit 133 includes a feed load unit 133 that can load the feeding web program equal to or more than the feeding amount of the feeding amount.

In addition, the feeding controller 310 may further include a display unit on one side of the saddle stitcher so that all the feeding situations of the saddle feeding member (feeding interval, feeding amount, etc.) can be recognized at a glance.

Referring to FIG. 6, the feeding pipe 220 is divided into at least one compartment, and the compartments of the compartments are integrally connected to each other so that they can rotate at the same time, And may have respective opening and closing portions for simultaneously discharging the feed contained in the feed. However, the present invention is not limited to such a configuration as long as the feed contained in the plurality of feeding troughs 220 can be simultaneously discharged.

When the feed tank 220 is integrally connected, the monorail type feeder 130 moves inside the sows and sequentially feeds the TMR feed of the monorail type feeder 130 The integrated feed tank 220a rotates about the rotation axis and discharges the TMR feed that has been stored at a time under the control of the central control device 320. [

The feed tank 220b having the other opening and closing portions is also controlled by the central control device 320 after the TMR feed of the monorail type feeder 130 is completed in the same manner as the integrated feed tank 220a So that the TMR feed contained in the feed can be discharged at a time.

By discharging the TMR feed fed to the feed tank 220 at the same time, the feeding time of the whole sow can be equally recorded and stored, and the feed information for a plurality of sows can be more precisely managed.

7 is a flowchart illustrating a TMR automatic feeding method for sows using a web program according to an embodiment of the present invention. Accordingly, the TMR automatic feeding method for sows using the web program of the present invention can be explained as the TMR automatic feeding system for sows.

The TMR automatic feeding method for sows includes the steps of: inputting a feeding amount and feeding interval specified for each sowing object into a web program installed in the sow management server; Loading the TMR feed with a monorail feed at the TMR feeder; When the monorail feeder loaded with the TMR feed moves along the feed rail, the RFID reader in the feed controller attached to the monorail feeder and the RFID tag of the TAG attached to the sow, (ID: Identifier); Transmitting entity information on sows recognized by the RFID reader to the sow management server; And supplying the TMR feed so that the web program operates the monorail feeder to feed the feed amount corresponding to the recognized sows to the sow feeder of the sows.

That is, in the step of loading the TMR feed with the monorail type feeder from the TMR feeder, the feed web program 410, which is programmed to drive the feeder controller at a predetermined time, The TMR feed loaded in the bulk state is disassembled into the TMR feeder, and the supply of the TMR feed loaded with the monorail feed starts.

Then, the monorail type feeder capable of feeding up to 500 g units moves along the feed rail installed inside the sow, and recognizes the information of the TAG attached to the sow to the sow management server so that the sow object .

Next, the feeding web program installed on the sow management server activates the monorail type feeder and supplies a proper amount of TMR feed corresponding to the recognized sows to the feeding tank.

Feeding the TMR feed to the feed tank sequentially while the monorail feeder moves in the sow according to the feed rail; And when the sequential feeding of the feed tank is completed, the TMR feed contained in the feed tank is temporarily discharged and fed to the sows individually.

That is, after the monorail type feeder is temporarily stored in the feed tank provided on the sow stall, the TMR feed in the feed tank is temporarily stored The TMR feed can be fed simultaneously to the whole sow.

Finally, the feed information that has undergone the supply step of the TMR feed is stored in the database of the sow management server, so that sows can be precisely cultivated and managed.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

1000: TMR automatic feed system for sows
100: TMR feeder 110: TMR feeder
111: Veil loading part 112: Bucket elevator
112a: Belt conveyor 112b: Rug (Rug)
120: conveying conveyor
130: Monorail type feeding
131: feed part 132: feed feed port
133: Feed storage part 134: Discharge conveyor
134a: first discharge conveyor 134b: second discharge conveyor
200: TMR feeder 210: feed rail
220: Feeder
300: control unit 310: feeding controller
320: Central control device
400: sow management server

Claims (16)

A TMR feeder in the form of a hopper that feeds a TMR feed made by mixing grass feed and compound feed, a feed conveyor that feeds the TMR feed fed from the TMR feeder, and a monorail feed fed by the TMR feed fed to the feed conveyor A TMR supply including;
A feed rail for allowing the monorail feeder to move inside the sows, and a feed tank for feeding feed to the sows;
A controller for controlling operations of the TMR feeding device and the TMR feeding device; And
And a sow management server for controlling the amount of TMR feed fed by sows through communication with the control unit. The method according to claim 1,
The sow management server,
A database for storing and managing sow growth and feed information; And
And a feeding web program for feeding a feed amount of the TMR feed designated by the monorail type feeder to the feeding tray in accordance with the sow information and the feeding information of the sow designated by the user. 3. The method of claim 2,
The class-use web program comprises:
Wherein the information about the feeding interval and the feeding amount for each sow is input to the user and the feeding amount specified at the designated feeding time is fed to the sow. 3. The method of claim 2,
The class-use web program comprises:
Up table of the sow management server in which the sowing interval and the sowing amount according to the individual sowing information of the sow are stored,
Wherein when the growth information is designated in the class web feed program, the scheduled sowing amount corresponding to the sowing web program is automatically calculated. The method according to claim 1,
In the feed tank,
Wherein the sows are divided into at least one compartment,
The feed troughs of the compartments are integrally connected and can rotate at the same time, or each feed trough has an opening / closing part capable of discharging feed, so that the TMR feed contained in the feed trough is temporarily discharged, Features TMR automatic feeding system for sows. The method according to claim 1,
The TMR feeder,
A bale loading section for loading the round bale TMR feed; And
A TMR automatic feed system for sows comprising a bucket elevator for disassembling and transporting the round veil TMR feed. The method according to claim 6,
The bucket elevator includes:
A belt conveyor for disassembling the loaded round veil TMR feed; And
And a plurality of rugs protruding from the belt conveyor. 8. The method of claim 7,
Wherein the plurality of lugs include:
Wherein the TMR feeder supports the TMR feed so that the TMR feed does not slip on the belt conveyor when the TMR feed is transferred from the inside of the TMR feeder to the outside by operation of the belt conveyor. The method according to claim 1,
In the monorail type feeding,
A conveying unit that moves along the conveying rail by a driving motor;
Feeder which is composed of hopper type and feeds TMR feed to the upper part;
A feed post extending from a lower portion of the feed port to load the TMR feed; And
And a discharge conveyor disposed below the feed stack and discharging the TMR feed by rotation of the motor. 10. The method of claim 9,
The discharge conveyor includes:
A first discharge conveyor for discharging the TMR feed stacked in the lower portion of the feed stack in one direction; And
And a second discharge conveyor disposed at a lower end of the discharge side of the first discharge conveyor in a direction perpendicular to the one direction and capable of bi-directionally discharging the TMR feed. The method according to claim 1,
Wherein,
A feed controller attached to one side of the monorail type feeder to control the running and feeding amount; And
A TMR automatic feeding system for a sow, comprising a central control device for controlling the feeding and feeding of the TMR feed from the TMR feeder to the monorail feeder. 12. The method of claim 11,
The feeder controller includes:
An RFID reader for reading information of TAG attached to sows;
A motor driver for driving and feeding the monorail type feeder; And
And a wired / wireless communication module for transmitting / receiving data to / from the central control device. 10. The method of claim 9,
The conveying rail
Wherein the TMR automatic feeding system for sows is arranged in a straight line or a circulation line according to the shape of sows. Inputting the amount of feeding and feeding interval specified for each sowing object into a web program installed in the sow management server;
Loading the TMR feed with a monorail feed at the TMR feeder;
When the monorail feeder loaded with the TMR feed moves along the feed rail, the RFID reader in the feed controller attached to the monorail feeder and the RFID (ID: Identifier);
Transmitting entity information on sows recognized by the RFID reader to the sow management server; And
And supplying the TMR feed to the web program so as to supply the feed amount corresponding to the recognized sow to the feeding passage of the sows by operating the monorail feeder. 15. The method of claim 14,
Wherein the feeding information obtained through the feeding step of the TMR feed is stored in a database of the sow management server. 15. The method of claim 14,
The feeding step of the TMR feed includes:
Feeding the TMR feed to the feed tank sequentially while the monorail feeder moves inside the sows according to the feed rail; And
Further comprising the step of temporarily discharging the TMR feed contained in the feed tank when the sequential feed to the feed tank is completed, so that the sows are fed simultaneously.

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