JP6670330B2 - Liquid feed dispenser - Google Patents

Description

  The present invention relates to a liquid feed dispenser, and more particularly, to a lower end of a rotary shaft pipe connected to a feeding water supply means, and as the rotary shaft pipe rotates, the feeding water supply means is provided at a central protruding portion of a feed tray. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid feed dispenser capable of supplying food water while rotating along an outer peripheral edge so that food water can be uniformly supplied over the entire storage space of a feed tray.

  Generally, feed and drinking water are supplied to livestock such as pigs, cows, goats and sheep (hereinafter referred to as “livestock”) raised in farms and barns. It can be broadly classified into a wet method in which water is supplied simultaneously and a dry method in which feed and water are separately supplied.

  A representative prior art related to the wet feeder is disclosed in Korean Patent Publication No. 10-2013-0130158 (hereinafter, referred to as "prior art").

  The prior art includes a hopper having a feed outlet at a lower portion, a feed tray having an upper partition disposed at a lower portion of the hopper engaged with the hopper, a feed discharging device disposed inside the hopper, and the hopper, A feeder provided on one side of the hopper and a controller for controlling the overall operation of the apparatus, wherein the feed discharger is provided with a center disposed at the center of the hopper. The shaft is rotated by the upper drive motor, but a first discharge means is provided in which an adjustment bar with a vertical bar is telescopically attached to the horizontal bar engaged with the central shaft.

  Such a prior art food water supply means is configured such that a discharge hole is formed at a predetermined interval in a tube-type food / water pipe, and the food water supplied to the food / water pipe is fed to the feed tray via the discharge hole. To be discharged.

  However, the prior art as described above has a drawback that the food water is not normally supplied to the area of the feed pan located between the discharge holes because the food water is discharged only to the discharge hole of the food water pipe. As a result, there is an inconvenience that the water and the feed are not mixed properly and a high-quality wet feed cannot be supplied to livestock.

Republic of Korea Patent Publication No. 10-2013-0130158

  The present invention has been devised in order to solve the above-described disadvantages of the conventional technology, and a food water supply means is provided at a lower end of a rotary shaft pipe, and the food water supply means is provided at a central projecting portion of a feed tray. In the state of being positioned on the upper surface of the feed tray, the feeding water supply means supplies the feeding water while rotating along the storage space of the outer peripheral edge of the feed tray as the rotary shaft tube rotates, so that the entire storage space of the feed tray is The present invention is to provide a liquid feed dispenser capable of uniformly and uniformly supplying food water over a period of time.

  Another object of the present invention is to feed the feed evenly and uniformly by dropping it into the storage space of the feed tray while dragging the feed piled on the upper surface of the central projecting part in the course of rotation of the water supply means. It is an object of the present invention to provide a liquid feed dispenser capable of preventing problems such as deterioration caused by residual feed.

In order to achieve the above object, the present invention has a circular shape, a central protruding portion (22) is protruded at a central portion thereof, and is stored along an outer peripheral edge around the central protruding portion (22). A feed tray (20) having a structure in which a space (24) is recessed, and a central projection (22) of the feed tray (20) which is located on an upper surface of the feed tray (20) and receives feed stored therein. And a hopper (10) having a feed discharge pipe (30) for discharging the feed water to a hopper (10). A rotary shaft tube (40) having a flow path (42) through which the rotary shaft tube is formed, and a rotary shaft tube installed on the upper surface of the central protruding portion (22) and connected to the rotary shaft tube (40). Outer peripheral edge of the central protruding portion (22) with the rotation of (40) Edible water supply means (100) that rotates together along the axis and supplies edible water supplied through the flow path of the rotary shaft pipe (40) to the storage space (24) evenly. In the dispenser, the edible water supply means (100) is joined to an end of the rotary shaft pipe (40), and has a flow path therein which is communicated with a flow path (42) of the rotary shaft pipe (40). A connecting pipe (50) formed with a (52); a horizontal flow path (50) fitted into the connecting pipe (50) and communicating with a flow path (52) of the connecting pipe (50) therein. A horizontal pipe (60) abutting on the upper surface of the central projection (22) in a state where the horizontal pipe (60) is formed; a horizontal pipe (60) formed by bending downward at a tip of the horizontal pipe (60); ), A vertical channel (72) communicating with the horizontal channel (62) is formed. A) a vertical pipe (70) abutting on the outer peripheral surface of the horizontal pipe (60); and a feed formed on one side of the horizontal pipe (60) and accumulated on the upper surface of the central projection (22). And a bushing (82) in a hole (26) projecting from the lower end of the horizontal pipe (60) and formed in the center of the upper surface of the central projecting portion (22). A shaft pin (80) rotatably fitted between the vertical tube (40) and the outer peripheral surface of the central projecting portion (22) as the rotating shaft tube (40) rotates. Liquid feed which rotates together with the feed shaft and discharges the water passing through the flow path (42) of the rotary shaft pipe (40) to the entire storage space (24) of the feed pan (20). Machine.

Further, the present invention uses a liquid feed dispenser for supplying feed and food water only to livestock bred in a farmhouse or a barn, wherein the liquid feed dispenser is provided with a hopper (10) in which feed is put. And a feed discharge pipe (30) formed at the lower end of the hopper (10) and open at the bottom, and installed below the feed discharge pipe (30), and a central protruding part (22) is formed at the center. A feed tray (20) having a storage space (24) formed along an outer peripheral edge of the central protrusion (22); and a power of a drive motor (46) installed in the internal space of the hopper (10). And a rotary shaft pipe (40) in which a flow path (42) through which edible water passes is formed. The rotary shaft pipe (40) is provided at a lower end of the rotary shaft pipe (40). The water that has passed through the flow path (42) is supplied to the feed pan (20). In the liquid feed dispenser further including a water supply means (100) for discharging into the storage space (24), the water supply means (100) is connected to a lower end of the rotary shaft pipe (40). Forming a horizontal flow path (62) connected to the flow path (42) of the rotary shaft pipe (40), and rotating while rotating in contact with the upper surface of the central projection (22); A horizontal pipe (60) for dropping the feed in the section (22) into the storage space (24); formed at the tip of the horizontal pipe (60) by being bent and connected to the horizontal flow path (62). A vertical flow path (72) is formed, and the edible water supplied through the flow path (42) of the rotary shaft pipe (40) is stored in the storage while rotating along the outer peripheral surface of the central protrusion (22). vertical tube discharging into the space (24) and (70); the horizontal tubes one side of (60) A liquid Feeding machine configured to include a; formed, the central projecting portion (22) scraper (64) the feed is accumulated on the upper surface to fall into the storage space (24) of.

  In the liquid feed dispenser according to the present invention, the water supply means is disposed at the lower end of the rotary shaft pipe, and the water supply means is rotated on the rotary shaft pipe in a state where the water supply means is located on the upper surface of the central projection of the feed tray. As the water supply means rotates while supplying the food water along the outer peripheral edge of the central projection, the water can be supplied uniformly and uniformly over the entire storage space of the feed tray. This has the effect that a high quality wet feed can be produced.

  In addition, by feeding the food accumulated on the upper surface of the central protruding portion and dropping it into the storage space of the feed tray while dragging the feed together during the rotation of the edible water supply means of the present invention, the feed can be evenly and uniformly supplied. This has the effect of preventing problems such as alteration due to residual feed.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the whole structure of the liquid feed dispenser by one suitable embodiment of this invention. It is a figure which shows the technical structure of the edible water supply means 100 shown in FIG. 1 concretely. It is a figure which shows the technical structure of the edible water supply means 100 shown in FIG. 2 in a cross section.

  Hereinafter, a liquid feed dispenser according to an embodiment of the present invention will be described with reference to the accompanying drawings. In the following detailed description, one embodiment of the present invention will be representatively presented in order to achieve the above-described object. It should be noted that other embodiments that can be presented in the present invention will be replaced with the description of the configuration of the present invention.

  FIG. 1 is a diagram showing an entire configuration of a liquid feed dispenser according to a preferred embodiment of the present invention. The liquid feed dispenser according to the present invention includes a normal hopper 10, a feed discharge pipe 30 and a feed tray 20.

  Referring to FIG. 1, the feed tray 20 receives feed supplied through the hopper 10 and edible water supplied through edible water supply means 100 described below. A paste-like liquid feed is placed so that livestock (hereinafter, referred to as "pigs") can ingest. Such a feed receiving tray 20 usually has a circular shape, a central protruding portion 22 is protruded at a central portion, and a storage space 24 is recessed along the outer peripheral edge around the central protruding portion 22. It has a structure. On the upper surface of the central protruding portion 22, a edible water supply means 100 corresponding to an essential component of the present invention is disposed, and the edible water is supplied to the storage space 24 of the feed pan 20 via the hopper 10. Feed water supplied through the feed and water supply means 100 is put together.

  A space in which the feed can be stored is formed inside the hopper 10, and a feed discharge pipe 30 is provided at a lower end thereof. The feed discharge pipe 30 is formed in the shape of a cylindrical pipe having an open lower side, and the feed stored in the hopper 10 is discharged through the lower side of the open feed discharge pipe 30 so that the feed receiving tray is discharged. 20.

  On the other hand, on the upper surface of the central projecting portion 22 of the feed pan 20, a water supply means 100 corresponding to an essential component of the present invention is disposed, and is preferably put in a storage space 24 of the feed pan 20. Food water supply means 100 for uniformly mixing feed and food water is provided. The detailed configuration of the edible water supply means 100 will be more easily understood from the specific description of FIGS. 2 and 3 below.

  The edible water supply means 100 according to the present invention rotates in the storage space 24 of the feed pan 20 while rotating along the outer peripheral surface of the central protruding portion 22 as the rotating shaft tube 40 disposed inside the hopper 10 rotates. It is a technical component for supplying food water evenly and uniformly.

  Prior to describing the water supply means 100 of the present invention, as shown in FIG. 1, the feed is hardly entangled inside the hopper 10 and the feed is smoothly discharged toward the feed discharge pipe 30. A feed bridge prevention device 44 is provided. The feed bridge prevention device 44 is rotated by the power of a drive motor 46, and is attached to a rotary shaft tube 40 disposed so as to vertically cross the internal space of the hopper 10, and It plays a role in preventing the entanglement of the feed as it rotates. At this time, the edible water supply means 100 of the present invention is disposed at the end of the rotary shaft tube 40, and rotates along the outer peripheral surface of the central protruding portion 22 of the feed pan 20 as the rotary shaft tube 40 rotates. The water is supplied to the storage space 24 of the feed tray 20 while the water is being fed.

  On the other hand, a water supply line (not shown) is connected to a tip of the rotary shaft tube 40, and a flow path 42 for passing the edible water supplied from the water supply line is formed inside the water supply line. At this time, in order to prevent condensation, a separate water supply pipe (not shown) may be provided inside the rotary shaft pipe 40 in a double manner.

  Hereinafter, the technical configuration of the edible water supply unit 100 according to the present invention will be described in detail with reference to FIGS.

  The edible water supply means 100 according to the present invention is connected to an end of the rotary shaft pipe 40 and has therein a connecting pipe 50 in which a flow path 52 that is communicated with the flow path 42 of the rotary shaft pipe 40 is formed. A horizontal pipe 60 that is fitted into the connection pipe 50 and abuts on the upper surface of the central protruding portion 22 in a state where a horizontal flow path 62 that is communicated with the flow path 52 of the connection pipe 50 is formed therein; A vertical pipe which is bent downward at the tip of the horizontal pipe 60 and which comes into contact with the outer peripheral surface of the central projecting portion 22 in a state where a vertical flow path 72 communicating with the horizontal flow path 62 of the horizontal pipe 60 is formed. 70 and a shaft pin 80 projecting from the lower end of the horizontal pipe 60 and rotatably fitted in a hole 26 formed in the center of the upper surface of the central protruding portion 22 with a bushing 82 interposed therebetween.

  Referring to FIGS. 2 and 3, the edible water supply unit 100 of the present invention includes a splicing tube 50 connected to the rotating shaft tube 40 when the rotating shaft tube 40 is rotated by the power of the driving motor 46. Rotates along with the rotation of the rotary shaft tube 40, whereby the horizontal tube 60 and the vertical tube 70 connected to the joint tube 50 move along the upper surface and the outer peripheral surface of the central protruding portion 22 of the feed pan 20. Perform rotation operation. In this state, if edible water is supplied to the flow path 42 of the rotary shaft pipe 40, the flow path 52 of the connecting pipe 50 and the flow path of the connecting pipe 50 communicated with the flow path 42 of the rotary shaft pipe 40. The edible water is supplied to the storage space 24 of the feed tray 20 via the horizontal flow path 62 of the horizontal pipe 60 connected to the horizontal pipe 52 and the vertical flow path 72 of the vertical pipe 70 connected to the horizontal flow path 62 of the horizontal pipe 60. Is done. At this time, the edible water is uniformly discharged over the entire storage space 24 of the feed tray 20 via the edible water supply means 100 which is rotated by the rotation of the rotary shaft tube 40, whereby the feed tray 20 is rotated. The feed stored in the storage space 24 is uniformly mixed with food water to produce a high-quality wet feed. On one side of the horizontal tube 60, a scraper 64 is integrally extended in a rounded shape. It is possible to prevent the phenomenon that the feed is uniformly discharged by dropping the feed into the lower storage space 24 while dragging the feed, and the feed remains and is deteriorated.

  On the other hand, in the present invention, the edible water supply means 100 of the present invention, specifically, the horizontal pipe 60 is assembled to the rotary shaft pipe 40 by using a separate joint pipe 50. The feed tray 20 may be extended and bent at the end so as to abut on the outer peripheral surface of the central projection 22 of the feed pan 20.

Reference Signs List 10 Hopper 20 Feed pan 30 Feed discharge pipe 40 Rotary shaft pipe 42 Flow path 50 Joint pipe 60 Horizontal pipe 70 Vertical pipe 80 Shaft pin

Claims (2)

It has a circular shape, and has a structure in which a central protruding portion (22) is protruded at a central portion thereof, and a storage space (24) is recessed along the outer peripheral edge around the central protruding portion (22). A feed pan (20),
A hopper (10) which is located on an upper surface of the feed pan (20) and has a feed discharge pipe (30) for discharging the feed stored therein to a central projection (22) of the feed pan (20);
A rotary shaft pipe (40) which is rotated by the power of a drive motor (46) while vertically crossing the internal space of the hopper (10), and in which a flow path (42) for passing food water is formed. When,
It is installed on the upper surface of the central protrusion (22) and connected to the rotary shaft tube (40), and along the outer peripheral surface of the central protrusion (22) as the rotary shaft tube (40) rotates. A edible water supply means (100) that rotates together and supplies edible water supplied through the flow path of the rotary shaft pipe (40) evenly to the storage space (24);
In a liquid feed dispenser configured to include
The edible water supply means (100) comprises:
A joining pipe (50) which is joined to an end of the rotating shaft pipe (40) and has a flow path (52) formed therein and communicated with a flow path (42) of the rotating shaft pipe (40); ;
The central projecting portion (22) is fitted in the joint pipe (50) and has a horizontal flow path (62) formed therein and communicated with the flow path (52) of the joint pipe (50). A horizontal tube (60) abutting the upper surface of the;
The central projecting portion (60) is formed with a vertical flow path (72) formed by bending downward at the tip of the horizontal pipe (60) and communicating with the horizontal flow path (62) of the horizontal pipe (60). 22) a vertical pipe (70) abutting on the outer peripheral surface of the pipe;
A scraper (64) formed on one side of the horizontal pipe (60) and for dropping the feed stored on the upper surface of the central protrusion (22) into the storage space (24);
A shaft pin protruding from a lower end of the horizontal pipe (60) and rotatably fitted into a hole (26) formed at the center of the upper surface of the central protrusion (22) with a bushing (82) interposed therebetween. (80);
Comprising
As the rotating shaft tube (40) rotates, the vertical tube (70) rotates together along the outer peripheral surface of the central protruding portion (22), and flows through the flow path (42) of the rotating shaft tube (40). Discharging the passed water through the storage space (24) of the feed pan (20);
Liquid feed dispenser. Use a liquid feed dispenser that supplies feed and water only to livestock raised in farms and barns,
The liquid feed dispenser includes a hopper (10) into which feed is put,
A feed discharge pipe (30) formed at the lower end of the hopper (10) and opened at the bottom;
A feed tray installed under the feed discharge pipe (30), having a central projection (22) formed in the center, and a storage space (24) formed along an outer peripheral edge of the central projection (22); (20),
A rotary shaft pipe (40) which is installed in the internal space of the hopper (10), rotates by the power of a drive motor (46), and has a flow path (42) formed therein through which edible water passes;
Comprising
A edible water supply means (100) installed at a lower end of the rotary shaft pipe (40) for discharging edible water passing through the flow path (42) to a storage space (24) of the feed pan (20). In the liquid feed feeding machine composed of
The edible water supply means (100) comprises:
A horizontal flow path (62) coupled to a lower end of the rotary shaft pipe (40) and connected to a flow path (42) of the rotary shaft pipe (40) is formed on an upper surface of the central protrusion (22). A horizontal tube (60) for dropping the feed in the central projection (22) into the storage space (24) while rotating in contact therewith;
A vertical flow path (72) is formed by being bent at the end of the horizontal pipe (60) and connected to the horizontal flow path (62), and extends along the outer peripheral surface of the central projection (22). A vertical pipe (70) for discharging the edible water supplied through the flow path (42) of the rotary shaft pipe (40) to the storage space (24) while rotating.
A scraper (64) formed on one side of the horizontal pipe (60) and for dropping the feed stored on the upper surface of the central protrusion (22) into the storage space (24);
And a liquid feed feeding machine.