KR101692761B1 - device of supply pig feed - Google Patents

Abstract

The present invention provides a fodder support scraper of a pig fodder feeding device which timely removes a fodder attached to a slope surface part of a support and can control the excessive discharge of a fodder. To this end, the pig fodder feeding device of the present invention comprises: a hopper; a central unit disposed at the bottom of the hopper; a fodder storing unit dent along the circumferential surface of the central unit, and storing a fodder; a fodder support having a slope surface part for connecting the central unit and the fodder storing unit, and containing a fodder discharged from the hopper to enable livestock to eat the fodder; and a discharging lever installed to be rotated on the fodder support. The pig fodder feeding device further comprises a support scrapper disposed at the bottom of the discharging lever, having a slope unit corresponding to the slope surface part of the fodder support, and scratching and removing a fodder piled up on the slope surface. The slope unit of the support scraper is connected with the discharging lever through a desorption preventing bracket without being separated from the discharging lever, and a fixing bolt is vertically penetrated through the center of the central unit of the fodder support. A support ring formed in the front end of the slope unit of the support scraper is inserted, fixed, and installed in the outer diameter of the fixing bolt, and a horizontal unit for scratching and removing a fodder piled up on the bottom surface of the fodder storing unit of the fodder support is extended and formed on the end of the slope unit of the support scraper.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a feeder scraper for a pig feeder,

The present invention relates to a poultry feed scraper of a pig feeder, and more particularly, to a poultry feed scraper of a pig poultry feeding apparatus, more particularly, to a poultry feed scraper which removes feed attached to a slope portion of a pedestal in a timely manner and simultaneously suppresses excessive poultry feed, And to distribute the discharged water evenly throughout the pedestal. The present invention also relates to a feed support scraper of a pig feed feeding apparatus.

Typically, a pig feeder consists of a hopper with feed-discharging means at the bottom and a container or pedestal underneath. It is divided into a wet pig feeding unit as it has a water supply unit on one side so that it can eat water.

As a representative prior art related to the pig feeder described above, the present applicant has filed a patent application with the Korean Intellectual Property Office on April 18, 2006, and registered with Registration No. 20-0419952 (name: Pig feed feeding apparatus) (hereinafter referred to as prior art).

In the prior art, there is provided a pig feeder apparatus having a rotary plate rotated by the operation of a lever at the lower portion of a feed reservoir, a feed nipple connected to a water supply pipe at one side thereof, A vertical adjustment rod which is vertically operated by a control handle and formed with legs which are separated from each other at a lower end thereof; a vertically adjusting rod which is assembled with the vertical adjustment rod and operates vertically outside the outlet of the lower portion of the feed storage container, And a scraper having a ring and a ring fitted to the outer side of the adjuster and having at least four scratch plates on the outer side of the ring.

This prior art is a useful technique which can control the discharge amount of feed easily and completely discharge it without remaining on the rotary plate even when discharging a minute amount of feed and to control the proper amount without discharging more than necessary feed, It is clear that.

On the other hand, the pedestal usually has a feed discharging portion provided at a central upper portion thereof, and has a structure in which a feed storing portion is recessed along the feed discharging portion. When the feed is dropped to the feed discharging portion of the pedestal, And the feed storage unit is stored in the feed storage unit.

However, this structure causes the feedstuff to accumulate more than necessary in the feed reservoir, resulting in a decrease in freshness, and the livestock is reluctant to feed the feed, and the feed lever is continuously rotated so that the feed is further accumulated in the feed reservoir and mixed with water, The management becomes difficult and the feed forage is also weighted.

In addition, in the feed storage portion of the pedestal, when the detection sensor is positioned close to the bottom surface of the feed storage portion, the feed stored in the feed storage portion is sensed to automatically control the feeding of the feed. At this time, Feeds are often not always in contact with the mouth of a pig, so that the feed is always piled up frequently, which causes malfunctions of the detection sensor and unnecessary supply of feed.

In addition, the automatic leveling device is configured to supply water instead of the watercock, and the automatic leveling device is constructed on the upper part of the water supply pipe. The automatic leveling device always gets water to the lower end of the water supply pipe. In such a pedestal structure, They are supplied in a limited manner, which means that they can not eat feed and water throughout the pedestal. That is, if more than a certain amount of feed is accumulated in the feed reservoir, water can not flow into the feed support.

Document 1: Korean Patent Registration No. 20-0419952

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a feedstock scraper of a pig feeder apparatus capable of timely removing feed attached to a slope portion of a feedstock, .

Another object of the present invention is to provide a feed support scraper of a pig feed feeding apparatus that plays a role of spreading water and feed to the feed storage unit.

According to an aspect of the present invention, there is provided a food processing apparatus including a hopper, a feed storage unit disposed below the hopper and centered at a central portion of the hopper, And a discharge lever rotatably installed on the feed support, wherein the feed lever is provided at a lower portion of the feed lever, And a slope part of the pedestal scraper is connected to the ejection lever by an anti-slip bracket so that the slit part of the feed slit is connected to the slit part of the feed slit, And is connected to the feed support The fixing bolt is vertically penetrated through the center of the center, and a support ring formed at the tip end of the inclined portion of the support scraper is fixedly installed on the outer periphery of the fixing bolt. And a horizontal portion for scraping off the feed accumulated on the bottom surface of the feed storage portion of the pedestal is further extended.

According to another aspect of the present invention, there is provided a food processing apparatus comprising a hopper, a feed storage unit disposed below the hopper and having a central center, a recess formed along the periphery of the center, configured to connect to a lifting rod, which is installed to the interior space of the hopper with horizontal sheer conditions, the feed discharged from the hopper that put to animals are able to eat feed pedestal, the lift rod and the use fee for the base plate portion and the lifting rod and the feed And a discharge lever for rotating the pedestal plate, wherein a pedestal scraper having an inclined portion corresponding to an inclined surface portion of the feed pedestal and scraping off the feed accumulated in the inclined surface portion is disposed below the discharge lever Wherein the inclined portion of the pedestal scraper is provided with an upper The feed lever is connected to the ejection lever without being detached from the ejection lever, and the ejection lever is connected to the ejection lever without being separated from the ejection lever, and a fixing bolt is vertically passed through the center of the feed pedestal, and the outer diameter of the fixing bolt And a horizontal portion for scraping off the feed accumulated on the bottom surface of the feed storage portion of the feed support is further formed at an end of an inclined portion of the support scraper.

The hopper includes a hopper, a center portion at the center, a feed storage portion that is recessed along the circumference of the center portion, a feed storage portion that stores the feed, and a slope portion that connects the center portion and the feed storage portion, And a discharge lever rotatably installed on the feed support, wherein the feed lever is provided at a lower end thereof with a slope portion of the feed support, And further comprising a pedestal scraper having a corresponding inclined portion and scraping off the feed accumulated on the inclined surface portion, wherein the pedestal scraper is connected to the ejection lever by an anti-departure bracket so as to be disconnected from the ejection lever, At the end of the inclined portion of the pedestal scraper, A horizontal portion for scraping off the feed accumulated on the bottom of the feed storage portion of the feed support is further extended, a support portion is provided at the tip of the inclined portion, and the support portion is inserted into the space of the bracket welded to the discharge lever A bolt and a nut are fastened and fixed to the discharge lever.

Preferably, the release preventing bracket is welded to the discharge lever in a state where a space is formed at the center in the shape of "∩", and the inclined portion of the pedestal scraper is inserted into the space of the release preventing bracket.

Preferably, the release preventing bracket is welded to the inclined portion of the pedestal scraper in a state where a space is formed at the center in the shape of "U", and the ejecting lever is fitted into the space of the escape preventing bracket.

The present invention is characterized in that a pedestal scraper having an inclined portion corresponding to an inclined portion of a pedestal is provided under the ejection lever to scrape off the feed attached to the slope of the pedestal during rotation of the ejection lever to prevent the feed from being deteriorated In addition, the horizontal portion provided on the pedestal scraper spreads the feed accumulated on the bottom of the feed storage portion of the pedestal uniformly, and the feed of the livestock is easy in the entire feed pedestal, and the excessive amount of feed is suppressed It is possible to ingest fresh food and to discharge the water from the automatic level control device to the feed storage part so that the water can be consumed from the entire feed support as well, and the automatic level control device detects the liquid feed It is possible to prevent malfunction of the sensor.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing a configuration of a pig feeder according to a first embodiment of the present invention; FIG.
Fig. 2 is a drawing showing the structure of a pedestal scraper shown in Fig. 1; Fig.
Fig. 3 is a view showing the plane of Fig. 2; Fig.
4 is a view showing the configuration of a pig feeder according to a second embodiment of the present invention;
Fig. 5 is an excerpt of the structure of the pedestal scraper shown in Fig. 4; Fig.
Fig. 6 is an excerpt from another embodiment of the pedestal scraper shown in Fig. 4; Fig.
7 is a view showing a configuration of a pig feeder according to a third embodiment of the present invention.
Fig. 8 is an excerpt of the structure of the pedestal scraper shown in Fig. 7; Fig.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following detailed description, only two embodiments of the present invention will be described in order to achieve the above-mentioned technical problems. And other embodiments which may be presented by the present invention are replaced by descriptions in the constitution of the present invention.

{Example 1}

1 is a view showing a configuration of a pig feeder according to a first embodiment of the present invention.

1, a pig feeder according to the present invention includes a hopper 10 having a space for storing feed in an opened state at an upper end thereof, a hopper 10 positioned below the hopper 10, A feed supporter 12 for feeding the feed discharged from the hopper 10 in a raised state so that the feed can be eaten by the livestock, a hopper 10 installed vertically across the inner space of the hopper 10, A lifting rod 14 vertically moving up and down in accordance with the operation of the adjusting knob 16 installed in the hopper 10 and a feed rod 14 extending from the lower end of the hopper 10, A feed tray 24 for feeding the feed discharged through the feed discharge pipe 20 at a predetermined distance away from the outlet of the feed discharge pipe 20, The discharge pipe (20) And is moved upward and downward by the operation of the lifting rod 14 in the state of being connected to the lifting rod 14 and is fed between the outlet 22 of the feed discharge pipe 20 and the feed receiving plate 24, And the other end is coupled to the feed support 12 to divide the feed support 12 so that the feed 28 is separated from the feed support 12, And a partition (30) for blocking the livestock eating the feed contained in the pedestal (12) from colliding with each other.

The feed supporter 12 includes a central portion 12a, and a feeder 12a, which is formed along the circumferential surface of the central portion 12a, A feed storage section 12c and a slope section 12b connecting the center section 12a and the feed storage section 12c.

When the elevator rod 14 is elevated and raised to a predetermined height by operating the adjusting knob 16, the opening and closing tube 26 connected to the elevating rod 14 is moved to the feed discharge pipe A gap 28 as much as the elevation height of the opening and closing tube 26 is formed between the feed discharge pipe 20 and the feed receiving plate 24 at this time And the feed supported on the feed support plate 24 through the gap 28 falls into the feed support 12 so that the livestock can ingest.

A discharge lever (40) is provided between the feed support (12) and the feed support plate (24), and the discharge lever rotates according to the pushing operation of the pigs by the spout and rotates the feed support plate to feed the feed accumulated in the feed support plate It falls to the feed support.

Meanwhile, the discharge lever 40 is further provided with a pedestal scraper constituting the main constituent of the present invention.

The pedestal scraper is a means provided for the purpose of timely removing the feed attached to the slope portion 12b of the feed pedestal 12 and suppressing excessive discharge of the feed.

Fig. 2 is a drawing showing a detailed structure of the pedestal scraper.

2, the pedestal scraper 250 is configured such that the pedestal scraper 250 is supported on the outer diameter of the fixing bolt 280 provided through the center C1 of the feed pedestal 12 .

That is, in the course of installing the hopper 10 and the feed discharge pipe 20 on the feed support 12, the center C2 of the feed discharge pipe 20 is connected to the center C1 of the feed support 12 It is very difficult to assemble the feeder tube 20 with the feeder tube 20 in exactly the same condition and thus the feeder tube 20 and the feeder pedestal 12 are not aligned with each other, The inclined portion 254 of the pedestal scraper 250 rubs against the inclined surface portion 12b of the feed pedestal 12 or rotates in an excessively distant state during the rotation process, There is a problem that it is difficult to effectively remove the feed attached to the feed lever 12b and the rotation of the discharge lever 40 due to the friction.

Therefore, in the present invention, the fixing bolt 280 is inserted through the center C1 of the center portion 12a of the dietary supporter 12 and the support scraper 250 is supported on the outer diameter of the fixing bolt 280, Even if the center C2 of the discharge pipe 20 and the center C1 of the feed pedestal 12 do not exactly coincide with each other, the inclined portion 254 of the pedestal scraper 250 is positioned on the inclined face portion 12b without any friction.

In order to achieve this, the pedestal scraper 250 according to the first embodiment of the present invention is provided with a support ring 252 at the front end thereof, and the supporting ring 252 is provided with an inclined surface portion 12b of the feed pedestal 12 And the inclined portion 254 having a corresponding inclination angle is provided on the bottom surface of the feed storage portion 12c of the pedestal 12 in a state in which the end portion of the inclined portion 254 is exposed to the outside of the discharge lever 40 And the support ring 252 is vertically penetrated through the center portion 12a of the feed support 12 so that the support portion 252 is vertically extended And the inclined portion 254 is coupled to the outer diameter of the fixing bolt 280. The inclined portion 254 is formed by joining the escape prevention bracket 270 by welding or the like and the space 272 of the escape prevention bracket 270 And the discharge lever 40 is fitted. Conversely, the discharge lever 40 may be configured to be combined with the release-preventing bracket 270 by welding or the like, and the inclined portion 254 may be fitted into the space 272 of the release-prevention bracket 270 .

The pedestal scraper 250 rotates according to an operation of pushing the ejection levers to the spout or the like and sweeps the slope part 12b of the feed pedestal 12 to remove the feed so as not to remain, The feed remaining in the vicinity of the feed pipe 91 connected to the control device 90 is removed in time to remove malfunction of the automatic level control device 90, The pedestal scraper 250 of the first embodiment adopts a structure in which the support ring 252 is fitted to the fixing bolt 280 provided through the central portion 12a of the feed support 12, Even if the center C2 of the feed pedestal 12 and the center C1 of the feed pedestal 12 do not exactly coincide with each other, the sloped portion 254 of the pedestal scraper 250 is prevented from friction with the sloped face portion 12b of the feed pedestal 12 The rotation can be smoothly performed.

Meanwhile, the feed accumulated in the vicinity of the feed pipe 91 connected to the automatic level controller 90 is removed during the rotation of the horizontal portion 256 of the pedestal scraper 250 of the present invention, It is possible to prevent the malfunction of the automatic level control device 90 by preventing the outside air from flowing into the water level control device 90 due to penetration into the water supply pipe 91 of the automatic level control device 90, do.

3, the automatic leveling device 90 is installed only at one upper end of the feed pedestal 12, so that only water is fed under the water feeding pipe 91 of the automatic leveling device 90 In addition, water is not supplied to the feed support 12 on the opposite side of the automatic level controller 90, so that feed and water can not be properly mixed. In the present invention, the support scraper 250 is rotated Water is supplied to the opposite side of the feed pedestal 12 which is not supplied with water while sweeping the water under the water feed pipe 91 of the automatic level control device 90 so that water is smoothly supplied to the entire surface of the feed pedestal 12 So that feed and water can be appropriately mixed.

{Example 2}

FIG. 4 is a view showing a configuration of a pig feeder according to a second embodiment of the present invention.

4, the pig feed feeding apparatus includes a hopper 10 having a space capable of storing feed, a hopper 10 positioned below the hopper 10, and being discharged from the hopper 10 while being put on the ground A feed supporter 12 for feeding the feed so that the feed can be eaten by the livestock; an operation knob 16 installed across the inner space of the hopper 10 and provided outside the hopper 10; A feed pipe 20 extending to the lower end of the hopper 10 and discharging the feed contained in the hopper 10 to the feed support 12, (24) for supporting the feed discharged through the feed discharge pipe (20) in a state of being close to the lower face of the outlet (22) of the feeder (20).

 The feed support plate 24 is positioned below the outlet 22 of the feed discharge pipe 20 and is moved upward and downward by the operation of the lifting rod 14 while being connected to the lift rod 14, A gap 28 for discharging the feed is formed between the outlet 22 and the feed receiving plate 24. [

The hopper 10 is coupled to the feed support 12 and the other end is coupled to the feed support 12 to divide the feed support 12 so that cattle eating the feed contained in the feed support 12 are prevented from colliding with each other A partition 30 is provided.

A discharge lever 40 is provided at an end of the lifting rod 14 to rotate the lifting rod 14 and fix the feed supporting plate 24 to the outer diameter of the lifting rod 14 And the feed support plate 24 is rotated together with the rotation of the lifting rod 14. [

That is, when the livestock push the ejection lever 40, the lifting rod 14 connected to the ejection lever 40 is operated to rotate, so that the feed plate 24 also rotates together.

The feed supporter 12 includes a central portion 12a and a feed storage portion 12c that is formed along the circumferential surface of the central portion 12a and stores the fed feed. The feed storage portion 12c includes a central portion 12a and a feed storage portion 12c And an inclined surface portion 12b connecting the inclined surfaces 12a and 12b.

Meanwhile, in the above-described discharge lever 40, A scraper is connected.

FIG. 5 is an excerpt of the feed pedestal scraper shown in FIG.

5, the pedestal scraper 50 rotates in accordance with the operation of the ejection lever 40 and scrapes the inclined surface portion 12b of the pedestal 12 to remove the feed so as not to remain, And is provided for the purpose of preventing erroneous operation of the detection sensor 80 by timely removing the feed pipe 91 of the water level control device 90 or the feed remaining under the detection sensor.

The pedestal scraper 50 is constructed such that a pedestal scraper 50 is supported on the outer diameter of a fixing bolt 280 provided through the center C1 of the feed pedestal 12 and is inserted into the center of the feed exhaust pipe 20 The slope portion 54 of the pedestal scraper 50 is smoothly rotated without any friction on the slope portion 12b of the feed pedestal 12 even if the center portion 12a of the feed pedestal 12 and the center C1 of the feed pedestal 12 do not exactly coincide with each other .

In order to achieve this, the pedestal scraper 50 according to the second embodiment of the present invention is provided with a support ring 52 at the front end, and the supporting ring 52 is provided with an inclined surface portion 12b of the feed pedestal 12 And a sloped portion 54 having a corresponding inclination angle is disposed on the bottom surface of the feed storage portion 12c of the feed support 12 in a state where the sloped portion 54 is exposed to the outside of the discharge lever 40, And the support ring 52 is formed so as to extend vertically through the center portion 12a of the feed support 12 while vertically penetrating the center portion 12a of the feed support 12, To the outside diameter of the fixing bolt (280).

6, the lower end 15 of the lifting rod 14 may be connected to the central portion 12a of the feed support 12, (15) of the lifting rod (14) in a state where the lifting rod (14) is pierced to the lifting rod (C1).

Further, a release preventing bracket 70 is fixed to the inclined portion 54 of the pedestal scraper 50, and a discharge lever 40 is coupled The scraper 50 is firmly fixed under the discharge lever 40 without breakage or separation even if the pig hits the pedestal scraper 50 during use.

Specifically, the U-shaped anti-departure bracket 70 is welded to the inclined portion 54 of the pedestal scraper 50, and the discharge lever 40 is inserted into the space 72 of the anti-departure bracket 70, The discharge lever 40 is caught in the space 72 of the detachment prevention bracket 70 so that the pedestal scraper 50 is prevented from moving in a fixed state Lt; / RTI >

The pedestal scraper 50 of the second embodiment described above rotates in accordance with the operation of pushing the ejection levers to the spout or the like by the pigs and scraping the inclined face portion 12b of the feed pedestal 12 to remove the feed so as not to remain And the feed remaining on the periphery of the feed pipe 91 of the automatic leveling device 90 is removed in time to prevent malfunction of the automatic leveling device 90. The pedestal scraper 50 of the second embodiment, By adopting a structure in which the support ring 52 is engaged with the fixing bolt 280 provided through the central portion 12a of the dietary supporter 12 like the pedestal scraper of the first embodiment, Even if the center portion 12a of the feed pedestal 12 and the center C1 of the feed pedestal 12 do not exactly coincide with each other, the inclined portion 54 of the pedestal scraper 50 is smoothly and smoothly applied to the slope portion 12b of the feed pedestal 12 So that it can be rotated.

The feed accumulated in the vicinity of the feed pipe 91 connected to the automatic level control device 90 is removed during the rotation of the horizontal portion 56 of the pedestal scraper 50 according to the second embodiment of the present invention, The water level of the water level of the water level of the water level of the water level of the water level of the water level of the water level of the water level sensor 90 The pedestal scraper 50 sweeps the water under the water supply pipe 91 of the automatic leveling device 90 during the rotation process and the water is supplied to the opposite side of the feed water support 12 By supplying the water, the water can be smoothly supplied to the entire surface of the feed support 12, so that the feed and water can be properly mixed.

{Example 3}

FIG. 7 is a view showing a configuration of a pig feeder according to a third embodiment of the present invention.

7, the pig feeder according to the present invention includes a hopper 10 having a space capable of storing feedstuffs therein in an opened state at an upper end thereof, a hopper 10 positioned below the hopper 10, A feed supporter 12 for feeding the feed discharged from the hopper 10 in a raised state so that the feed can be eaten by the livestock, a hopper 10 installed vertically across the inner space of the hopper 10, A lifting rod 14 vertically moving up and down in accordance with the operation of the adjusting knob 16 installed in the hopper 10 and a feed rod 14 extending from the lower end of the hopper 10, A feed tray 24 for feeding the feed discharged through the feed discharge pipe 20 at a predetermined distance away from the outlet of the feed discharge pipe 20, The discharge pipe (20) And is moved upward and downward by the operation of the lifting rod 14 in the state of being connected to the lifting rod 14 and is fed between the outlet 22 of the feed discharge pipe 20 and the feed receiving plate 24, And the other end is connected to the feed support 12 to divide the feed support 12 so that the feed support 12 is inserted into the feed support 12, And a partition 30 for blocking the livestock eating the feed so as not to struggle with each other.

The feed supporter 12 includes a central portion 12a and a feed storage portion 12c which is formed along the circumferential surface of the central portion 12a and feeds and stores the feed supplied to the central portion 12a, And an inclined surface portion 12b connecting the feed storage portion 12c.

When the elevation rod 14 is elevated up to a certain height by operating the control knob 16, the feed support plate 24 connected to the elevation rod 14 is moved to the feed discharge pipe The gap 22 is formed at the exit 22 of the feed support plate 24 as much as the lift height of the feed support plate 24 and the feed support plate 24) to feed support (12) and allow the livestock to consume.

A discharge lever (40) is provided between the feed support (12) and the feed support plate (24), and the discharge lever rotates according to the pushing operation of the pigs by the spout and rotates the feed support plate to feed the feed accumulated in the feed support plate It falls to the feed support.

Meanwhile, the discharge lever 40 is further provided with a pedestal scraper constituting the main constituent of the present invention.

The pedestal scraper is a means provided for the purpose of timely removing the feed attached to the slope portion 12b of the feed pedestal 12 and suppressing excessive discharge of the feed.

Fig. 8 is an excerpt of the feed pedestal scraper shown in Fig. 7. Fig.

8, the pedestal scraper 350 rotates in accordance with the operation of the ejection lever 40 and scrapes the inclined face portion 12b of the feed pedestal 12 to remove the feed so as not to remain And is provided for the purpose of preventing the malfunction of the detection sensor 80 by removing the feed remaining under the water level control device or the detection sensor 80 in time.

The support scraper 350 is formed as a bar type as a whole and is preferably provided with a support portion 352 at the tip end thereof and an end portion of the support portion 352 corresponding to the slope portion 12b of the feed supporter 12 The inclination part 354 is inclined downward at a predetermined angle and is exposed to the outside of the discharge lever 40 at the end of the inclined part 354 so that the feed storage part 12 of the feed support 12 12c and a horizontal portion 356 positioned in a state of being close to the bottom surface of the feed support 12 so as to be rotated integrally with the operation of the discharge lever 40 to scrape the slope portion 12b of the feed support 12, And the feed which remains under the detection sensor 80 is passed through the horizontal portion 356 and is timely removed to prevent malfunction of the detection sensor 80.

Bolts and nuts 364 and 366 are coupled to the bracket 360 welded to the discharge lever 40 to connect and fix the pedestal scraper 350 to the discharge lever 40. 360b formed on both sides of the bracket 360 after the support portion 352 is inserted into the space 362 formed at the center of the bracket 360 and a hole 360a formed in the support portion 352, The nut 366 is fastened with the bolt 364 passing through the bolt 352a so that the bracket scraper 350 is connected and fixed to the discharge lever 40. [ At this time, by forming the hole 352a into which the bolt 364 is fitted in the support portion 352, the support portion 352 fitted into the space of the bracket even if the discharge lever 40 is lifted together with the lifting rod 14, So that it can be naturally rotated on the inclined surface portion 12b and rotated.

That is, the reason that the hole 352a is made to have a long hole is because the discharge lever 40 and the feed support plate 24 are lifted together with the lift rod 14, so that if the slot is not formed, the support scraper 350 also ascends, The support scraper 350 must always be close to the inclined surface portion 12b regardless of the rise of the lifting rod 14 and therefore the hole 352a of the support portion 352 (or the bracket 360 (360a, 360b) of the first and second molds are formed into a long hole shape.

The discharge lever 40 is inserted into the inner space of the detachment prevention bracket 370 so that the pig is moved to the pedestal scraper 350, the scraper 350 is firmly fixed under the discharge lever 40 without breakage or separation.

Specifically, the pedestal scraper 350 is provided with a "∩" shape (or "∪" shape) release preventing bracket 370, and the discharge lever 40 Even when the discharge lever 40 is raised when the lifting rod 14 is lifted up, the discharge lever 40 is not detached from the release preventing bracket 370 and the discharge lever 40 is hooked so that the base scraper 350 ) Can be maintained in a rigid fixed state without flow.

10: hopper 12: feed support
12a: central portion 12b:
12c Feed storage section 40: Discharge lever
50: pedestal scraper 52: support ring
54: inclined portion 56: horizontal portion
60: Bracket 70: Bracket for preventing deviation
90: Automatic level control

Claims (4)

A hopper 10 and a hopper 10. The hopper 10 has a central portion 12a and a feed storage portion 12c which is recessed along the periphery of the central portion 12a and stores the feed, And a slope part 12b connecting the feed storage part 12c to feed the feed discharged from the hopper 10 so that the livestock can be eaten by the feed support 12, A swine feed feeding apparatus comprising a discharge lever (40) rotatably installed,
A pedestal scraper 250 having an inclined portion 254 corresponding to the inclined face portion 12b of the feed pedestal 12 and scraping off the feed accumulated on the inclined face portion 12b is provided below the discharge lever 40. [ Are installed;
The inclined portion 254 of the pedestal scraper 250 is connected to the ejection lever 40 by the detachment preventing bracket 270 and is disconnected from the ejection lever 40 without being detached therefrom.
A fixing bolt 280 is vertically penetrated through a center C1 of the center portion 12a of the feed pedestal 12 and a distal end of the inclined portion 254 of the pedestal scraper 250 So that the support ring 252 is fixedly installed in a fitted state;
And a horizontal portion 256 for scraping off the feed accumulated on the bottom surface of the feed storage portion 12c of the feed support 12 is further formed at an end of the inclined portion 254 of the pedestal scraper 250 Pedestal scraper of pig feeder. A hopper, and a hopper. The feed hopper includes a central portion, a center portion, a feed storage portion that is formed along the circumferential surface of the central portion and stores the feed, and a slope portion 12b that connects the center portion and the feed storage portion, A feed support 12 for containing the feed discharged from the feeder 10 so that the feed can be eaten by the livestock, a lift rod 14 installed across the inner space of the hopper 10, And a discharge lever (40) connected to the support plate (24) and rotating the lift rod (14) and the feed support plate (24)
A pedestal scraper 50 having an inclined portion 54 corresponding to the inclined surface portion 12b of the feed pedestal 12 and scraping off the feed accumulated on the inclined surface portion 12b is provided below the ejection lever 40, Are installed;
The inclined portion 54 of the pedestal scraper 50 is connected to the discharge lever 40 by the release preventing bracket 70 so as to be connected to the discharge lever 40 without being separated from the discharge lever 40.
A fixing bolt 280 is vertically penetrated through a center C1 of the center 12a of the dietary pedestal 12 and an outer diameter of the fixing bolt 280 is connected to the distal end of an inclined portion 54 of the pedestal scraper 50 So that the support ring 52 is fixedly installed in a fitted state;
And a horizontal portion 56 for scraping off the feed accumulated on the bottom surface of the feed storage portion 12c of the feed support 12 is further extended at the end of the inclined portion 54 of the pedestal scraper 50 Pedestal scraper of pig feeder. A hopper 10 and a hopper 10. The hopper 10 has a central portion 12a and a feed storage portion 12c which is recessed along the periphery of the central portion 12a and stores the feed, And a slope part 12b connecting the feed storage part 12c to feed the feed discharged from the hopper 10 so that the livestock can be eaten by the feed support 12, A swine feed feeding apparatus comprising a discharge lever (40) rotatably installed,
A pedestal scraper 350 having an inclined portion 354 corresponding to the inclined face portion 12b of the feed pedestal 12 and scraping off the feed accumulated in the inclined face portion 12b is disposed below the discharge lever 40. [ Are installed;
The pedestal scraper 350 is connected to the discharge lever 40 by a release preventing bracket 370 so as to be connected to the discharge lever 40 without being separated from the discharge lever 40.
A horizontal portion 356 for scraping off the feed accumulated on the bottom surface of the feed storage portion 12c of the feed support 12 is further extended at an end of the inclined portion 354 of the pedestal scraper 350;
The supporting portion 352 is provided at the tip of the inclined portion 354 and the bolt 364 is inserted into the space 362 of the bracket 360 welded to the discharging lever 40. [ And the nut (366) are fastened to the discharge lever (40) and fixed to the discharge lever (40).
4. The method according to any one of claims 1 to 3,
The release preventing bracket includes:
Is welded to an inclined portion of the pedestal scraper in a state in which a space is formed at the center in the shape of either a "∪" shape or a "∩" shape, and the discharge lever is fitted into the space of the escape prevention bracket Features a pedestal scraper for poultry feeders.

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