KR101449368B1 - Feedbox of Duck - Google Patents

Abstract

The present invention provides a duck feed box which has high feed efficiency and can reduce feed costs, wherein a cover is installed on a feed storing container to be able to be opened and closed, so that damage to feed caused by the inflow of disinfectant, water drops, and excrement is reduced and combined vitamins, minerals, electrolyte formulations, or functional additives are prevented from being sprayed. To this end, duck feed box of the present invention comprises: a support tray in which a feed is supplied; a feed storing container which is disposed on the support tray and has an opened top and bottom; a settling piece which disposes the feed storing container in order to be separated from the support tray so as to downwardly discharge the feed stored in the feed storing container; and a cover which has an insertion hole penetrated therethrough in order to insert a feed supplying pipe in the feed storing container and is installed on the top of the feed storing container to be able to be opened and closed. Moreover, the duck feed box further comprises a suctioning pad for suctioning disinfectant in the insertion hole so that the disinfectant is prevented from flowing down along the feed supplying pipe and being fed in the feed storing container when a farm is disinfected. Furthermore, the duck feed box further comprises a cone-shaped cover installed on the fodder supplying pipe in order to make the disinfectant flow to the outside of the insertion hole so that the disinfectant is prevented from flowing down along the feed supplying pipe and being fed in the feed storing container when a farm is disinfected. In addition, a supporting wire is further installed so that the cover can be put thereon; therefore, when the cover is taken up, the feed storing tank can be maintained in an opened state.

Description

Duck Feeder {Feedbox of Duck}

The present invention relates to a duck food container, and more particularly, to a duck food container capable of preventing feed loss and pollution, thereby improving feed efficiency and reducing the cost of rearing.

Generally, duck meat contains a large amount of lysine (Licin), which is easily available in human digestive tract. It is a high quality protein source that supplies necessary amino acids beneficial to the human body. It is steadily increasing.

Accordingly, livestock farmers have facilities for large-scale rearing of ducks, and use large-capacity feed containers to feed large numbers of ducks at a time.

Japanese Patent Application Laid-Open No. 10-2011-0095575 (published on Aug. 25, 2011) discloses a duck food container which can feed a feed smoothly while maintaining stability without falling over a feed storage container with a large-capacity feed container.

In the conventional duck food rack, a conical ridge portion is protruded and formed at the center of the upper surface, a feed ridge is formed continuously around the lower end portion of the ridge portion, and the ridge portion is formed in the circumferential direction A plurality of support pieces protruding from the support tray; A support skirt integrally projecting from the bottom of the support tray to form a support portion supported on the ground; And a cylindrical feed reservoir which is fixedly installed in a state where a lower end portion is fitted in a fixing groove formed at the upper end of the support piece and whose upper and lower portions are opened.

According to the above-described technical arrangement, since the upper part of the conventional feed reservoir is open, the manager looks inside the feed reservoir and manually feeds the feed when the feed is insufficient. Since the feed reservoir is always kept open, There was the same problem.

First, in order to hygienically manage the breeding grounds in accordance with the breeding of a large amount of ducks, disinfection piping is disposed in the ceiling portion of the breeding ground and the disinfectant is sprayed at regular intervals. The disinfectant falling from the spray nozzle flows into the feed storage bin, The feed loss was caused by being hardened in the form of lumps and not being fed and discarded.

In addition, a water system is installed for cooling and heating the inside of a duck farm. The operation of the water system causes the water drops (condensed water) on the ceiling of the kennel to fall into the inside of the feed reservoir and the feed is hardened in the form of lumps. Respectively.

In addition, vitamins, minerals, electrolyte preparations or functional additives are added to the feed. In the past, the feed reservoir has an open upper part, and these additives and additives are scattered to the outside during feeding.

In the case of mallard ducks, it can fly over the feed reservoir, and the feedstuffs may be contaminated with feces or feathers into the feed reservoir.

Disclosure of Invention Technical Problem [10] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and an object of the present invention is to provide a food storage container which can be opened and closed with a cover to reduce feed loss due to disinfectant, water droplets, The invention provides a duck food container which can prevent the scattering of the additive, thereby improving the feed efficiency and reducing the cost of rearing.

In order to solve the above-described problems, the present invention provides a feed tray for feeding a feed, a feed storage passage positioned above the feed tray, an open top and a bottom, a feed reservoir for discharging the feed stored in the feed storage, A feeder for feeding the feeder into the feeder reservoir, a cover for opening and closing the feeder reservoir, and a disinfectant for feeding the feeder in the feeder pipe when the feeder is disinfected, And an absorbent pad for absorbing the disinfectant on the insertion hole is provided so as to prevent the inflow of the disinfectant into the storage container.

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In addition, there are provided a support tray on which feed is fed, a feed storage passage located on the support tray, an upper and a lower open storage passageway, and a feed storage container so as to be spaced apart from the support tray In order to prevent the entrance of the disinfectant into the feed reservoir through the feed pipe during disinfection of the feed reservoir, it is necessary that the feeder be inserted into the feed reservoir, And a funnel-shaped cover for feeding the disinfectant to the outside of the insertion hole on the feed pipe.

And a support wire is further provided for lifting the lid and placing the lid over the lid so that the lid can be kept open.

According to the present invention, it is possible to reduce the feed loss due to the inflow of disinfectant, water droplets, and excretions by providing a lid openably and closably in the feed reservoir, prevent scattering of the combined vitamins, minerals, electrolytes and functional additives, The cost can be reduced.

In addition, the present invention has the effect that the disinfectant flowing through the feed pipe at the time of disinfection flows down, and the disinfectant flowing into the feed pipe is essentially blocked, thereby reducing the feed loss.

In addition, the present invention has the effect that the supporting wire can be laid to hold the lid of the feed feeding lid in an opened state so that the inside of the feed feeding lid can be easily cleaned.

1 is a perspective view of a feeder according to the present invention,
FIG. 2 is a view showing the state of use of the feed supply container according to the present invention,
3 and 4 are diagrams illustrating another example of the feed tank according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a duck food container according to the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, an embodiment according to the present invention includes a support tray 10 on which a feed is fed, a feed reservoir 20 positioned on the support tray 10 and opened upward and downward, A seat piece 30 for placing the feed container 20 in a state of being spaced apart from the feed tray 10 so that the feed stored in the container 20 can be discharged downwardly and a feed piece 30 for feeding the feed container 40 into the feed container 20, And a lid 50 is provided on the feed reservoir 20 so as to be openable and closable.

Recently, in order to hygienically manage the breeding grounds in accordance with the breeding of a large amount of ducks, a disinfecting pipe is disposed in the ceiling of the breeding ground, and a feeding pipe (for feeding the feed to the feed storage bin 20) 40 are installed.

In the above technical arrangement, the support tray 10 is formed with a cone that rises upward in the inner portion.

The feed stuffed in the feed storage vessel 20 flows outward along the cone of the support tray 10 and fed to a gap between the feed storage vessel 20 formed by the seat fastener 30 and the support tray 10 to be fed .

Therefore, a large number of ducks can feed the food storage container 20 at the same time as the ice-cube.

Meanwhile, a feed pipe 40 for feeding the feed is installed into the feed feeder 20 to reduce the labor force due to the feeding of the feed.

Accordingly, it is not possible to open and close the upper portion of the feed storage container 20 by using a normal lid.

The present invention provides a lid 50 having an insertion hole 51 formed therein to allow the feed pipe 40 to be drawn into the feed storage container 20 so that the upper portion of the feed storage container 20 is normally closed .

According to the above-described technical arrangement, when the lid 50 is not provided at the time of disinfection, the disinfectant is introduced into the feed reservoir 20 to harden the feed in the form of a lump.

In addition, when the lid 20 is not provided during the heating / cooling by the water-based facility, the water droplets formed on the ceiling of the breeding ground fall into the feed reservoir 20 and the lid is hardened.

In addition, vitamins, minerals, electrolyte preparations or functional additives are added to the feed. When the feed 20 is not filled with the feed, the feed and additives are scattered to the outside.

In the case of a mallard or the like, it can fly over the feed reservoir 20. If there is no lid 50 at all times, feces or feathers will flow into the feed reservoir 20 to contaminate the feed. And the feed loss can be reduced.

Referring to FIG. 3, which is a partial cutaway view for showing the internal structure, the disinfectant is introduced into the feed reservoir 20 to prevent the disinfectant from flowing into the feed reservoir 20 through the feed supply pipe 40, An absorbent pad (60) for absorbing the disinfectant is further provided.

The absorbent pad 60 is configured to absorb the disinfectant flowing down the feed pipe 40 by blocking the gap between the insertion hole 51 and the feed pipe 40.

To this end, the absorbent pad 60 is attached to the bottom surface of the lid 50, the through hole through which the feed pipe 40 is inserted is perforated, and is made of multiple layers of cloth, nonwoven fabric, sponge or the like to facilitate absorption of liquid.

According to the above-described technical configuration, even if the absorbent pad 60 is closely attached to the feed pipe 40, the material thereof is smooth, so that the lid 50 is not damaged at all.

Also, even when the disinfectant in the spray state is disinfected, the disinfectant can be absorbed by the absorbent pad 60 even if the disinfectant is flowed down in the feed pipe 40, thereby preventing the feed in the feed reservoir 20 from being hardened by the disinfectant.

4, in order to prevent the disinfectant from flowing through the feed pipe 40 and entering the feed reservoir 20 when disinfected in the breeding cen- ter, A cover 70 in the form of a funnel for flowing the laundry is further provided.

In the above technical construction, the funnel-shaped cover 70 has a neck 71 formed on the upper side so that it can be fitted to the feed pipe 40, and the neck 71 can be fastened to the feed pipe 40 A tightening band 72 for tightening the cable tie or screw is provided.

According to the above technical arrangement, since the funnel-shaped cover 70 is installed in the feed pipe 40, the disinfectant flows outward through the funnel-shaped cover 70 at the time of disinfection. At this time, the funnel- The outer diameter is larger than the insertion hole 51 of the lid, so that the disinfectant can be prevented from being introduced into the feed feeder 20.

Therefore, it is possible to solve the problem that the feed in the feed storage vessel 20 is solidified in the form of a lump by the disinfectant and can not be fed and discarded.

Next, referring to FIG. 2, a supporting wire 80 for laying the lid 50 so that the lid 50 can be lifted to keep the feed reservoir 20 in an open state is further constructed.

That is, both ends of the support wire 80 are tied to the frame or the support of the breeding ground so as to be positioned inside the lid 50, and are laid side by side with the feed reservoir 20.

Therefore, when the worker pulls the support wire 80 to the outside of the lid 50 and pulls the lid 50 upwards, the lid 50 is supported on one side by the support wire 80, 20 remain open.

In addition, the support wire 80 can be bound to a frame or a support of the breeding ground via coil springs at either end of the support wire 80 so that the support wire 80 can be easily pulled out after being pulled out and placed thereon.

The operator can easily clean the inside of the feed reservoir 20 because the lid 50 is held in a state of being separated from the feed reservoir 20 by the support wire 80. [

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or scope of the inventions. .

10: Base tray
20: feed reservoir
30:
40: feed pipe
50: Cover
51: Insertion ball
60: Absorption pad
70: cover
80: Support wire

Claims (4)

delete A support tray on which feed is fed,
A feed storage passage positioned above the support tray and having open upper and lower portions,
A seat for placing the feed reservoir in a state of being spaced apart from the support tray so as to discharge the feed stored in the feed reservoir;
A lid which is provided in the upper part of the feed reservoir and is openable and closable, an inserting hole is formed in the feed reservoir,
Characterized in that an absorbent pad for absorbing the disinfectant is provided on the insertion hole so as to prevent the disinfectant from flowing into the feed reservoir through the feed pipe when disinfected in a cage. A support tray on which feed is fed,
A feed storage passage positioned above the support tray and having open upper and lower portions,
A seat for placing the feed reservoir in a state of being spaced apart from the support tray so as to discharge the feed stored in the feed reservoir;
A lid which is provided in the upper part of the feed reservoir and is openable and closable, an inserting hole is formed in the feed reservoir,
And a funnel-shaped cover for feeding the disinfectant to the outside of the insertion hole on the feed pipe so as to prevent the disinfectant from flowing through the feed pipe when the disinfection unit is disinfected into the feed reservoir, Feeder. The method according to claim 2 or 3,
Further comprising a support wire for lifting the lid and placing the lid over the lid so that the lid is kept open.

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