KR20130071277A

KR20130071277A - Automatic meal supply equipment

Info

Publication number: KR20130071277A
Application number: KR1020110138686A
Authority: KR
Inventors: 김기주
Original assignee: 김기주
Priority date: 2011-12-20
Filing date: 2011-12-20
Publication date: 2013-06-28

Abstract

PURPOSE: An automatic feeder is provided to ease the management of pigs and economize on labor costs, and also save the feed without the putridity, since the automatic feeder prevents pigs from overeating or skipping a meal by supplying a fixed quantity of feedstuffs to pigs during a certain period of time with the scheduled number. CONSTITUTION: The automatic feeder supplies the feed from a feed storage to the interior of a feed supplying box (20) in the upper part of the feeder through the upper supply pipe (11), and also receives the feed from the above feed supplying box and supplies the feed to a feeder board (30) on the bottom. The above automatic feeder includes the upper feed supplying box, a lower supply pipe (12) connected to the lower part of the above feed supplying box, and the feeder board arranged at the lower part of the lower supply pipe. The above feed supplying box has a transfer screw (21) driven with the transfer screw driving motor (50), and transfer the feed to the lower feeder board through the lower supply pipe.

Description

Automatic meal supply equipment

The present invention relates to an automatic feed feeding, and more particularly, to an automatic feed feeding that manages the pig easily and provides an economic effect by supplying a predetermined amount over a predetermined number of times for a predetermined time.

In general, the negative for pigs is mainly nipple, which is also installed in the feed tray, which is a bowl of feed. Therefore, even when the pigs do not drink water, the nipples are often touched unnecessarily, especially during the summer heat stress and thirst caused nipple mischief. Then, the feeder is filled with water and the feed is immersed in the water even if the feed is given. Over time, rot occurs and discards both the water and the feed.

However, since the prior art arbitrarily supplies the feed without a plan, the feed is oversupplied so that the pig is left to eat less and wasted, or the feed is insufficient, and the pig is starved to lose weight.

In order to solve these disadvantages, various automatic feeders have been developed, and as an example, Korean Patent Laid-Open Publication No. 10-2009-0092748 has been filed by the present applicant, and is provided at a lower portion of the feed supply passage. In the liquid feeder consisting of a substrate and a water supply device to supply feed and water at the same time, one side wall surface of the feed container is connected to one end of the horizontal support is installed a control box including a stationary motor, the other end of the horizontal support It is hinged and fixed on the side wall of the feed container, and one end of the connecting vertical support is vertically connected to the horizontal support, and the lower part of the connecting vertical support is provided with a feed discharge control plate. The rod is fixedly installed and the feed discharge guide portion is fitted to the fixed rod, and the feed discharge member is installed at the upper end of the feed discharge guide portion. At the other end of the discharge induction part, a feed elimination round bar is installed to automatically adjust the feed supply, and the water is supplied to the feeder plate separately from the outside of the feed container to feed the pigs with liquid feed mixed with feed and water. It is a square liquid grade for pigs, characterized in that the feeding, so the present invention is always mixed with water in the state that the water is supplied at a constant water level, so that the feed is a good liquid feed for pigs intake, the feed discharge automatically Swine box liquid leveling devices have been disclosed that can be controlled to minimize hygiene and loss of feed.

In addition, Korean Patent No. 10-1067843 discloses a hollow hopper having a feed inlet formed thereon; Stirring means fixed to a rotating rod installed inside the hopper and including a plurality of impellers rotated by a driving motor; A feed container disposed below the hopper, spaced apart from an inner wall of the hopper, and having a protrusion formed at a central portion thereof so that an upper end thereof is higher than a lower end of the hopper; Water supply means for supplying water into the feeding container and including an adjustment means installed to open and close the water to control the amount of water supplied; Feed liquid detection rod for detecting the feed liquid level in the feed container mixed with the feed and water; And a controller unit electrically connected to the driving motor, the water supply means, and the feed liquid sensing rod to receive the measured value from the feed liquid sensing rod to control the operation of the driving motor and the water supply means. The method of use is disclosed.

However, all of the above-described prior arts have a disadvantage in that the structure is complicated and difficult to manage, and the feed waste is severe or the pigs are skipped due to insufficient feeding of the feed.

Therefore, the present invention has been made to solve the above problems, and since the feed to the pig only a predetermined number of times a predetermined number of times, it is easy to manage the pigs because it prevents the pigs from overeating or skipping the meal. It is intended to provide an economical automatic feeder that can be saved without food.

In addition, the feed plate and the water cup is completely separated from each other, by providing a water level sensor in the water cup to provide an automatic feed feeder to prevent waste of water due to the pig's water play and to reduce waste water.

The present invention relates to an automatic feed feed, the feed in the feed reservoir is supplied into the feed box 20 of the upper feeder through the upper feed pipe (11), and also receives the feed from the feed tray (20) of the upper In the automatic feed feeder to supply to the lower feeder 30, the automatic feed feeder is the upper feeder 20, the lower feed pipe 12 connected to the lower feeder 20, and the lower It includes a feed plate 30 is located in the lower portion of the supply pipe 12, the feed screw (20) inside the feed screw 21 is installed to feed the lower feed plate 30 through the lower feed pipe (12) It characterized in that the transfer to.

The present invention supplies the pigs with a fixed amount of food only for a predetermined amount of time for a predetermined time, thereby preventing the pigs from overeating or skipping meals, so it is easy to manage the pigs, saving labor costs and saving the remaining food without corruption. This has a remarkable effect of great economic efficiency.

In addition, the feed plate and the water cup is completely separated from each other, by installing a water level sensor in the water cup to prevent the waste of water due to the pig's water play has a significant effect of reducing waste water.

1 is a perspective view of the automatic feeder of the present invention
2 is a front view of the present invention feed automatic feeder
3 is a plan view of the automatic feeder of the present invention
Figure 4 is a perspective view of the auxiliary feed pipe is installed in the automatic feed of the present invention

In addition, the upper portion of the feed box 20 is connected to the connection clamp 13, the upper supply pipe 11 is installed in the connection clamp 13, a hole is formed in the upper portion of the feed box 20, the connection clamp ( 13 is installed horizontally, a hole is formed in the horizontal connection clamp 13 side corresponding to the feed hole 20, the upper hole, the upper supply pipe 11 also hole corresponding to the side hole of the connection clamp (13) Is formed, the feed is supplied from the upper feed pipe 11 is characterized in that it is supplied to the lower feed box 20 via the connecting clamp (13).

In addition, the transfer screw 21 is installed horizontally in the lower portion of the feed tray 20, the lower supply pipe 12 is a horizontal portion connected to the feed box 20, and a vertical portion connected to the horizontal portion It is configured, the end of the transfer screw 21 is inserted into the horizontal portion introduction point of the lower feed pipe 12 is characterized in that for feeding the feed.

In addition, the operation panel is installed on the outer wall surface of the feed box 20, the side of the operation panel, characterized in that the transfer screw drive motor 50 is installed on the feed tray 20 side.

In addition, the lower supply pipe 12 is provided with a feed plate 30 is installed below, characterized in that the water cup 40 is installed separately near the feed plate 30.

In addition, a water supply pipe 41 is installed on the upper portion of the water cup 40, and water level detection rods 42 and 43 are installed on both sides of the water supply pipe 41, respectively, to detect the maximum water level and the lowest water level, respectively, to supply water. It characterized in that the pump on and off.

And a rod-shaped contact sensor 60 is installed in the upper part of the feed plate 30 in parallel with the lower supply pipe, the pig touches the sensor switch plate 61 of the lower part of the sensor 60 to the lower end of the sensor When the sensor switch plate is in contact, the sensor 60 detects the contact signal and transmits it to the control unit, wherein the control unit operates the feed motor to supply a predetermined amount of feed.

In addition, an auxiliary water supply pipe 80 is installed in a separate line in parallel with a lower supply pipe and a sensor 60 at an upper portion of the air supply plate, and an auxiliary water supply solenoid valve is operated every time feed is supplied to open a valve, and a predetermined amount of water is generated. It is supplied through the auxiliary water supply pipe 80, the water supplied is characterized in that the spray only water enough to wet the feed.

The present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view of the automatic feeder of the present invention, Figure 2 is a front view of the automatic feeder of the present invention, Figure 3 is a plan view of the automatic feeder of the present invention, Figure 4 is a perspective view of the auxiliary water supply pipe is installed in the automatic feeder of the present invention .

In general, the feed previously stored in the feed reservoir is supplied into the feed box 20 of the upper feeder through the upper feed pipe (11). In addition, the feed is received from the upper feed box 20 is to be supplied to the lower feeder board (30).

And the automatic feeder includes an upper feeder (20), the lower feeder tube 12 is connected to the lower feeder 20, and the feeder plate 30 is located below the lower feeder tube 12, , The feed screw 21 is installed inside the feed box 20 to feed the feed to the lower feed plate 30 through the lower feed pipe 12.

The upper portion of the feed box 20 is installed in the upper and lower cylindrical connecting clamp 13 can be opened and closed, the upper supply pipe 11 is installed in the connecting clamp (13).

In other words, a hole is formed in the upper feed tray 20, the connection clamp 13 is installed horizontally, the hole is formed corresponding to the upper hole of the feed tray 20 in the lower portion of the horizontal connection clamp (13). The upper supply pipe 11 also has a hole formed to correspond to the side hole of the connection clamp 13, so that the feed supplied from the upper supply pipe 11 is smoothly fed to the lower feed box 20 through the connection clamp 13. It is supplied.

On the other hand, between the connecting clamp and the upper feed pipe is installed with a plate that can be opened and closed left and right can be restricted to feed the feed by closing the diaphragm for feed supplies that are not used in multiple feed boxes.

In addition, the present invention, the transfer screw 21 is rotated by the transfer screw drive motor is installed horizontally in the lower portion of the feed box (20). The lower feed pipe 12 is composed of a horizontal portion connected to the feed box 20, and a vertical portion connected to the horizontal portion, the end of the transfer screw 21 is introduced into the horizontal portion of the lower supply pipe 12 It is inserted into the feed.

On the other hand, the operation panel is installed on the outer wall surface of the feed box 20, the side of the operation panel, that is, the feed screw drive motor 50 is installed on the feed box 20 side, to rotate the feed screw by a gear or belt do.

Finally, the lower feed pipe 12, the lower feeder plate 30 is installed, the water cup 40 is provided separately near the feeder plate (30). The cup of water should be kept as close to the feeder board as possible. Because when all pigs eat food and want to drink water, the water cup must be attached to them so that they can eat water and eat water immediately.

A water supply pipe 41 is installed on the upper portion of the water cup 40, and water level detection rods 42 and 43 are respectively installed on both sides of the water supply pipe 41 to detect a maximum water level and a minimum water level, respectively, to provide a water supply pump. It is turned on and off. Therefore, unlike the nipple, which can be fed water at will by simply pressing the pig mouth, there is no water loss room, and as a result, the amount of waste water generated in the barn is reduced, which significantly reduces the waste water treatment cost.

When the water level reaches the bottom of the upper level sensor rod in the water tank, the water supply solenoid valve closes and the water level is lowered so that the water level falls below the lower level probe. The solenoid valve operates to replenish water.

And in the present invention, the rod-shaped sensor is installed in parallel with the lower supply pipe on the feeder plate, when the pig touches the sensor switch plate of the lower sensor, the sensor detects the contact signal, and transmits to the controller, The control unit supplies a certain amount of feed by operating a feed motor that supplies the feed stored in the feed store. However, after the pig has been fed and fed the sensor a fixed number of times within a predetermined time period (e.g. about 3 hours) specified by the control panel, or after the pig has been fed, the pig has touched the sensor more than the specified number of times. If you do, you will no longer be able to feed.

After a fixed period of time, counting begins again, feeding the pig every time the pig touches the sensor a certain number of times.

On the other hand, the auxiliary supply pipe 80 is installed in a separate line in parallel with the lower supply pipe, the sensor 60 on the top of the air supply plate. Therefore, when the pig touches the lower part of the sensor, the sensor detects the contact signal and transmits it to the control unit, and the control unit supplies a predetermined amount of feed by operating a feeding motor for supplying the feed stored in the feed storage. Each time is supplied to the control unit by operating the electric valve installed in the water supply pipe connected to the outlet of the water tank a certain amount of water is supplied to the feed plate through the auxiliary water supply pipe 80 connected to the water supply pipe.

And the water to be supplied will only spray the water enough to moisten the feed. Soon, when the pigs eat the feed, the feed is too dry and not thirsty, so it is easy to eat and feeds the feed to the feed.

Therefore, the present invention provides the pig with a fixed amount of feed for a predetermined amount of time, and prevents the pig from overeating or skipping meals, so it is easy to manage the pig, saving labor costs, and also without any remaining food decay. There is a remarkable effect that the economy is large, saving.

11: upper supply pipe 12: lower supply pipe
13: connecting clamp 20: feed box
21: transfer screw 30: feed plate
40: water cup 41: water supply pipe
42, 43: water level detection rod 50: feed screw drive motor
60 sensor 61 sensor switch plate
70: operation panel 80: auxiliary water supply pipe

Claims

In the feed reservoir, the feed is supplied into the feed tray 20 of the upper feeder through the upper feed pipe 11, and is fed to the lower feeder board 30 by receiving the feed from the feed tray 20 of the upper feeder. In automatic feed feeding,
The automatic feeder includes an upper feeder 20, a lower feeder tube 12 connected to the lowerer feeder 20, and a feeder plate 30 positioned below the lowerer feeder 12. In the feed feed box 20, a feed screw 21 driven by a feed screw drive motor 50 is installed to transfer the feed to the lower feed plate 30 through the lower feed pipe 12. Automatic feed feeder

According to claim 1, wherein the upper portion of the feed box 20 is connected to the connection clamp 13, the upper supply pipe 11 is installed in the connection clamp 13, the hole is formed in the upper portion of the feed box (20) , The connection clamp 13 is installed horizontally, a hole is formed in the lower portion of the horizontal connection clamp 13 corresponding to the feed hole 20, the upper hole, the upper supply pipe 11 also the connection clamp 13 side hole The hole is formed corresponding to the automatic feeder, characterized in that the feed is supplied from the upper feed pipe 11 is fed to the lower feed box 20 through the connecting clamp 13

According to claim 1, wherein the conveying screw 21 is horizontally installed in the lower portion of the feed tray 20, the lower feed pipe 12 is a horizontal portion connected to the feed tray 20, and the horizontal portion It is composed of a vertical portion connected, automatic feed feeder characterized in that the end of the transfer screw 21 is inserted into the horizontal introduction point of the lower feed pipe 12 to feed the feed

According to claim 1, wherein the operation panel 70 is installed on the outer wall surface of the feed box 20, the side of the operation panel 70, the feed screw drive motor 50 is installed on the side of the feed box 20 is installed Automatic feed feeder characterized in that

According to claim 1, wherein the lower feed pipe 12 is provided with a feed plate 30, automatic feed feeder, characterized in that the water cup 40 is installed separately near the feed plate 30.

The water supply pipe 41 is installed on the upper portion of the water cup 40, and the water level detection rods 42 and 43 are installed on both sides of the water supply pipe 41, respectively, so that the maximum water level and the lowest water level are respectively provided. Automatic feed feeder characterized in that the water supply pump on and off

According to claim 1, wherein the rod-shaped sensor 60 is installed in the upper portion of the feed plate 30 in parallel with the lower supply pipe, when the pig touches the lower part of the sensor 60, the sensor 60 is Detect the contact signal and transmit it to the control unit, the control unit is to operate the feed motor to supply a predetermined amount of feed, characterized in that the automatic feeder

According to claim 1, wherein the feed plate 30, the auxiliary supply pipe 80 is installed in a separate line in parallel with the lower supply pipe 12, the sensor 60 is a predetermined amount of water is supplied every time the feed is supplied Automatic feed feeder characterized in that