KR102152531B1 - Liquid feed supply method - Google Patents

Abstract

The present invention relates to a liquefied feed supply method. More specifically, in a liquefied feed supply method which provides a liquefied feed mixed with feed and water to pigs, in which feed is supplied to a feeding plate located at the bottom through a lower outlet of a feed supply part of a hopper case containing the feed, and a water supply part separated from the hopper case is placed on the upper part of the feeding plate. The water supply part is composed of: a water supply pipe (80) installed to receive water to be supplied to the feeding plate (30); a solenoid valve installed in a part of the water supply pipe (80) to be opened and closed to control whether or not to move water in accordance with a voltage signal of a control part which moves in a state where a little liquid state feed remains; a sensor (110) installed to be spaced apart from the upper side of the feeding plate (30) at a certain height; a circuit part which generates an actual required measurement value through a voltage value sensed by the sensor (110); and the control part for controlling the solenoid valve through the measurement value of the circuit part, so that the control part controls whether or not the solenoid valve is opened or closed. In the present invention, water is resupplied while the little amount of liquefied feed remains on the floor, and the feed is mixed with water by touching the tube and coming out of the outlet. Therefore, if continuously taking the feed, even if the water level decreases, the liquefied feed has a state of remaining water, so even if the feed continues to come out of the outlet, it does not interfere with eating mixed with water. In addition, as water is resupplied again and continuously liquefied feed can be consumed without cut off, there is a remarkable effect that a large amount of feed can be consumed without interruption.

Description

Liquid feed supply method}

The present invention relates to a liquid feed supply method, and more specifically, feed is made to come out of the outlet by touching the outlet by itself without controlling the feed by a motor, etc., and mixing the feed with water to eat it. It relates to a method of supplying liquid feed to be mixed with feed.

In general, feeders for pig farming may malfunction because water level detection pins are mistaken for contact with water due to moisture or water droplets while feed and water are supplied.

As a conventional technology, it relates to a feeder for pig farming having a feed loss prevention function of Registration Patent Publication No. 10-1058981. In the feeder for pig farming consisting of a water supply device, a feed supply passage, and a feeder plate installed under the feed supply container ,

The feeder plate is formed with a feed supply unit and a water supply unit, and the water supply unit is formed to be inclined from a shallow water depth to a deep water depth, so that when the feed supplied from the feed supply container falls into the water of the water supply unit , Due to the shaking of the water, the feed drowned in the water is gradually collected in a shallow water depth, and some reaches the dry part of the water supply part that is not wetted by water, allowing the pig to easily consume the feed. It is described as a feeder for pig farms that has the function of preventing feed loss.

In addition, as another prior art, it relates to a liquid feeder for pig farming of Registered Patent Publication No. 10-1084915, wherein a feed discharge member, a feed support plate, a partition and a fluid are all in one inside of the lower outlet cylinder of the hopper case containing feed. It is sequentially installed by connecting rods installed vertically, but a fixing nut is installed at the top of the connecting rod, the feed discharging member is installed at the lower part of the fixing nut, and the feed discharging member slidably contacts the upper surface of the feed support plate. ,

A retaining ring is installed in the lower direction of the feed support plate, and a partition is installed in contact with the lower surface of the retaining ring, and a fluid is installed spaced apart from the partition at the lower part of the partition, and a wheel spoke-shaped fixed plate connected to the inside of the fluid is installed. When the pig moves the fluid by connecting the fixing nut after passing through the lower end of the connecting rod, the connecting rod combined with the wheel spoke-shaped fixing plate inside the fluid moves, and the movement of this connecting rod is based on the contact point between the fixing ring and the partition as the center point. The feed discharging member at the top is slid on the feed plate to feed the feed to the feeder plate located at the bottom through the gap between the lower outlet passage of the hopper case and the feed plate, and a water supply pipe separate from the hopper case is placed on the top of the feed plate. It is described as a liquid feeder for pig farming, characterized in that it supplies a liquid feed mixed with feed and water to the pigs.

In addition, Korean Patent Publication No. 10-1067843 includes a hopper having a hollow shape with a feed inlet formed at the top; a stirring means including a plurality of impellers fixed to a rotating rod installed inside the hopper and rotating by a driving motor; A feed container disposed under the hopper, spaced apart from the inner wall of the hopper, and having a protrusion formed in the center so that the upper end is higher than the lower end of the hopper; A water supply means including a control means installed to be opened and closed to supply water to the inside of the feeder and to control the amount of water supplied; A feed liquid detection rod for sensing the level of the feed liquid inside the feed container in which the feed and water are mixed; And a controller part electrically connected to the drive motor, the water supply means, and the feed liquid detection rod to receive a measured value from the feed liquid detection rod and control the operation of the drive motor and the water supply means. Wet feeders are open to the public.

However, the conventional device as described above judges that there is water if moisture is attached to the sensor's surroundings by pigs playing in water or feed dust or other dust on the feed liquid detection rod, and water does not come out even though there is no water. There was a disadvantage of not being able to supply a quantity of water, and even though pigs cannot eat because there is little feed in liquid state, the feed attached to the bottom of the sensor does not fall off quickly due to the electrical connection of the sensor. Became.

Therefore, the present invention was conceived to solve the above problems, and water is resupplied while the liquefied feed remains on the floor, and the feed is mixed with water by touching the tube to come out of the outlet. Even if the water level is lowered by continuing to intake a little higher, the liquefied feed remains water, so even if the feed continues to come out of the outlet, it does not interfere with eating mixed with water, and the feed is continuously liquefied as water is resupplied again. It is intended to provide a liquid feed supply method that can be consumed seamlessly and can be consumed in large amounts without interruption.

The present invention relates to a liquid feed supply method, and feed is supplied to a feeder plate located at the bottom through the lower outlet of the feed supply part of a hopper case containing feed, and a water supply part separate from the hopper case is placed on the upper part of the feeder plate. In the liquid feed supply method of supplying liquid feed mixed with feed and water to pigs,

Whether the water supply unit moves the water supply pipe 80 installed to receive the water to be supplied to the feeder plate 30 and the water moved by being installed in a part of the water supply pipe 80 according to a voltage signal from the controller. A solenoid valve that opens and closes so as to control it, a sensor 110 that is installed to be spaced apart from the upper surface of the feeder plate 30 at a certain height, and a measured value that is actually required through the value detected by the sensor 110 And a control unit for controlling the solenoid valve based on the measured value of the circuit unit, and the control unit controls whether or not the solenoid valve is opened or closed.

Therefore, in the present invention, water is resupplied while the liquefied feed remains on the floor, and the feed is mixed with water by touching the tube to come out of the outlet, and if the intake is continued, the liquefied feed is watered even if the water level decreases. Because of the remaining state, even if the feed continues to come out of the outlet, it does not interfere with eating mixed with water, and the feed that has been liquefied continuously because water is resupplied again can be consumed without interruption. It works.

1 is a photograph of a liquid feeder device that automatically supplies water of the present invention
2 is a detailed photo of the sensor unit of FIG. 1
3 is a schematic diagram of a conventional sensor
4 is a schematic diagram of a sensor of the present invention
5 is a detailed cross-sectional view of the feed discharge part of the present invention
Figure 6 is a detailed photograph of the feed discharge part ring and protrusion of the present invention

The present invention relates to a liquid feed supply method, and feed is supplied to a feeder plate located at the bottom through the lower outlet of the feed supply part of a hopper case containing feed, and a water supply part separate from the hopper case is placed on the upper part of the feeder plate. In the liquid feed supply method of supplying liquid feed mixed with feed and water to pigs,

The water supply unit is installed in a water supply pipe 80 installed to receive water to be supplied to the feeder plate 30, and is installed in a part of the water supply pipe 80 to move while a little bit of feed in a liquid state remains. A solenoid valve that opens and closes so as to control whether or not water is moved according to a voltage signal from the controller, a sensor 110 that is spaced apart from the top of the feeder plate 30 to a certain height, and the sensor 110 detects it. It is characterized in that it consists of a circuit unit that generates an actual required measurement value through the measured voltage value and a control unit that controls the solenoid valve through the measured value of the circuit unit, and the control unit controls whether or not the solenoid valve is opened or closed.

In addition, the feed is characterized in that it is mixed with water by allowing the pig to touch the feed outlet to come out of the outlet.

The present invention will be described in detail with reference to the accompanying drawings as follows. 1 is a photograph of a liquid feeder device that automatically supplies water of the present invention, FIG. 2 is a detailed photograph of the sensor part of FIG. 1, FIG. 3 is a schematic diagram of a conventional sensor, FIG. 4 is a schematic diagram of a sensor of the present invention, and FIG. 5 is A detailed cross-sectional view of the feed discharge part, FIG. 6 is a detailed photograph of the feed discharge part ring and protrusion of the present invention.

The present invention is a liquid feed feeder, and the feed is fed by gravity, which is a means of tolerance, without the control of a motor, etc., by making the feed come out of the feed outlet outlet in the form of a tube by itself, and mix the feed with water. At this time, only water is controlled so that it is mixed with the feed. The conventional technique, in which the pig itself touches the outlet of the feed outlet in the form of a tube, and causes the feed to come out of the outlet of the feed outlet by gravity, can be applied as it is a conventionally widely known technique. As an example, the lower part of the hopper is divided into two parts, an inner hopper and an outer hopper, and a feed discharging part is installed on the outer surface of the inner hopper or the inner surface of the outer hopper, and an upper end of the feed discharging part is inserted between the outer surface of the inner hopper and the inner surface of the outer hopper, and the upper end of the feed discharging part Is installed with a gap between the outer surface of the inner hopper and the inner surface of the outer hopper.

The inner hopper is inclined so that the lower diameter is smaller than the upper diameter, and the outer hopper is manufactured in a vertical shape.

A plate-shaped support bar is horizontally coupled to the lower part of the feed discharging part, and the support bar is connected vertically to the support bar, and the upper end of the support bar is connected by a nut to the frame above the hopper, and the length of the support bar is pulled up and down to adjust the length. Then, by tightening and fixing the nut, the feed amount is adjusted.

Therefore, when a pig ingests feed, the feed discharge part moves by touching the feed discharge part, and the feed stored in the hopper flows down without being lumped due to its own load and impact.

Soon, at the bottom of the support bar vertically installed in the feeder plate, a plate-shaped support is horizontally coupled to rotate around the support bar, and the support is fastened with a nut to the lower part of the support. In addition, rings are fixed at both ends of the support, and both ends of the ring are formed as protrusions outside the feed discharging part through the wall of the feed discharging part, and when a pig touches the ends of the ring, the feed discharging part is rotated around the fixed support rod. do.

The important thing in the discharge part is that when the feed from the discharge part immediately falls into the water, the pigs eat the food in the water, so the pigs do not like it and tend to be reluctant.

”경사지게하여 경사진 면에 사료가 머물러 있도록 하고 경사진 하부에는 일정 범위의 수위를 유지하고 있으면 돼지가 스스로 물과 사료를 동시에 섭취하게 된다. 돼지는 입안에서 물과 사료를 믹서 해먹는 것을 가장 좋아하므로 빠른 속도로 많은 양을 섭취하게 된다. 그래서 본 발명의 목적은 그런 조건을 돼지에게 맞추어 주는 것이다. 그리고 중단없이 그런 조건에 맞도록 제품 설계를 갖추는 것이다.So the part that supports the feed in the discharge section is “

”If the feed stays on the inclined side by tilting it and maintains a certain range of water level in the inclined lower part, the pig will consume water and feed at the same time by itself. Pigs love to mix water and feed in their mouths, so they consume large amounts at a fast pace. So, the object of the present invention is to match such conditions to pigs. And the product is designed to meet those conditions without interruption.

In the present invention, in controlling water supply, water is supplied by opening the solenoid valve for that time by setting a time in seconds in the control unit of the control box.

At this time, if a rather large amount of water is put down, the pig has a sensitive nose and likes fresh water, so it can be drinking and the rest is mixed with the feed (liquidized). After the pig has consumed it, the water is recycled again under the control of the control panel. Should be supplied. That way, you will eat a lot in a row.

At this time, a signal is sent to recognize that the ground electricity and the (+) electricity of the sensor are cut off only when the liquid feed mixed with water and feed at the end of the sensor is cut off, and then the solenoid valve is opened in the control box to resupply water.

At this time, if the sensor is fixed, the distance between the bottom of the rice bowl and the sensor is only about 10mm. There is no space for the pig snout, so the liquid feed remains electrically connected between the sensor and the rice bowl. Is unable to eat for a long time and starves.

In order to solve this problem, if you make the sensor stopper a little longer and move it, the pig will touch it when it eats it, or the pig will push it by recognizing that water will come out when the pig pushes it. In other words, in the conventional sensor, the metal sensor is fixed to the lower part of the plastic insulation body, whereas the sensor used in the present invention lengthens the lower part of the metal sensor under the plastic insulation body, so that the lower part moves easily in all directions. As it moves freely from east, west, north, south, liquid feed is attached to the tip, and if you touch the tip of the pig, it separates from the liquid feed, so water is resupplied. Since the metal sensor part of the sensor has a hole formed in the center and is connected to the upper water pipe to allow water to flow out, the sensor of the present invention functions as a sensor and a water supply pipe at the same time.

In the present invention, even if the feed is not controlled, the rice bowl underneath is not flat and narrowed to a length that is easy to eat, so that the food that has been scattered while eating is gathered again so that it does not spread to the entire rice bowl. do.

If the area is large, the food left in the liquid state is quickly deteriorated, and once deteriorated feed is not eaten. Because I only eat what is good to eat. So, it is better to consume the liquid feed mixed with water and feed only in the deep part of the middle.

In addition to the deeper part of the center, the wider part (occupying the border part) is inclined to allow the pigs to gather in the middle to receive feed that falls from their mouth while eating. Pigs may eat the fallen feed, but even if left alone, it is gathered underneath due to water, so it is a rice bowl for the purpose of preventing feed loss and deterioration.

Therefore, in the present invention, water is resupplied while the liquefied feed remains on the floor, and the feed is mixed with water by letting the pig touch the tube to come out of the outlet and eat it. If the intake is continued, the liquefied feed Because the water remains in a state of water, even if the feed continues to come out of the outlet, it does not interfere with eating mixed with water, and the feed that has been liquefied continuously because water is resupplied again can be consumed without interruption. have.

10: hopper 11: inner hopper
12: outer hopper
20: feed discharge part
30: feeder plate 80: water supply pipe
110: sensor
3: Plastic insulation (body)
4: metal sensor 5: water supply hole
6: Protrusion (the end of the ring) (pushed when the pig rotates the exit box)
7: ring
8: support
9: support rod

Claims (2)

Feed is supplied to the feeder plate located at the bottom through the feed outlet at the bottom of the feed supply part of the hopper case containing feed, and the water supply part is installed above the feeder plate separately from the hopper case, so feed and water are mixed with pigs. In the liquid feed supply method for supplying the prepared liquid feed,
The water supply unit is installed in a water supply pipe 80 installed to receive water to be supplied to the feeder plate 30, and is installed in a part of the water supply pipe 80 to move while a little bit of feed in a liquid state remains. A solenoid valve that opens and closes so as to control whether or not water is moved according to a voltage signal from the controller, a sensor 110 that is spaced apart from the top of the feeder plate 30 to a certain height, and the sensor 110 detects it. It consists of a circuit part that generates a measured value actually needed through the voltage value and a control part that controls the solenoid valve through the measured value of the circuit part, and the control part controls whether or not the solenoid valve is opened or closed,
In the liquid feed supply method in which the feed is mixed with water by letting the pig come out of the feed outlet by touching the feed outlet,
The feed allows the pig to come out of the feed outlet outlet by gravity by touching the tube-shaped feed outlet outlet, and feed the feed to be mixed with water to be mixed with the feed by controlling only water. The part that supports the feed in the discharge part of the feeder plate is'

'As a form, if there is a slope and the feed stays on the sloped side, and the water level is maintained in a certain range below the sloped surface, the pigs themselves consume water and feed at the same time,
Water comes out when the pig pushes the sensor tip, and the sensor lengthens the lower part of the metal sensor under the plastic insulation body, so that the lower part moves easily in all directions.Therefore, the liquid feed is attached to the end of the sensor so that the pig When touched, water is resupplied because it is separated from the feed in the liquid state, and the metal sensor part of the sensor has a hole formed in the center and is connected to the upper water pipe to allow water to come out, so the sensor functions as a sensor and a water supply pipe at the same time
The wide part of the feeder plate's edge is inclined to receive feed that falls from the mouth while the pigs are eating and gather it to the center.Although the pigs may eat the feed that has fallen out, they will be collected underneath due to moisture, etc. Liquid feed supply method, characterized in that the prevention delete

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