KR200337595Y1 - Weaning food auto-feeding system for animal - Google Patents

Abstract

The present invention relates to a liquid substitute oil automatic feeding system, and includes a hopper (11) in which the substitute oil (F) is stored, and transfer units (12, 13) installed in the hopper (11) for transferring the substitute oil (F). Substitute oil supply unit 10; A water supply unit 20 including a tank 21 in which water is accommodated and a water supply pump 22 for transporting water contained in the tank 21; A stirring unit 30 to which the substitute oil F transferred from the substitute oil supply unit 10 and the water transferred from the water supply unit 20 are supplied, and an agitator 31 for stirring the substitute oil and water is installed; A feeding part 40 connected to the stirring part 30 to selectively supply and cut off the supply of the liquid substitute oil to the feeding container; And a controller for automatically controlling the above components with an electrical signal.

Description

Liquid substitute oil automatic feeding system {Weaning food auto-feeding system for animal}

The present invention relates to a liquid substitute oil automatic feeding system, and more particularly, to a liquid substitute oil automatic feeding system capable of automatically supplying a liquid substitute oil as a baby food.

Currently, there is a permanent disease as a factor that greatly reduces productivity in raising livestock in farms, and preventing the livestock from being infected by such a permanent disease has emerged as the most important problem for improving productivity. Among the various methods developed so far, the Segregated Early Weaning method is known to be the most effective way to prevent the spread of the disease. Vertical and horizontal transfer of the disease by quarantining livestock according to the weaning age Can be minimized. The mortality rate of livestock such as piglets and finishing pigs is significantly reduced due to the early isolation method, and the market age is shortened because the weight gain per day is improved.

To realize this, for example, after the pig is born, the same weaning condition as the weaning condition of the sows should be provided, which should be given a certain amount of weaning 24 times a day at an interval of 1 hour, The reason is ideal for efficient pig growth.

However, under the above conditions, excessive labor was required for periodic reasons. Therefore, the farmers lacking labor force is randomly determined by the one-time supply and the number of supply, there is a problem that the efficient growth of piglets is a barrier.

The present invention has been made to solve the above problems, it is possible to automatically provide liquid substitute oil to livestock as a baby food to reduce the labor force, to provide an automatic liquid substitute oil supply system that can improve productivity The purpose.

1 is a view showing the configuration of a liquid substitute oil automatic feeding system according to the present invention,

FIG. 2 is a view illustrating a state where an impeller is installed in a hopper in the liquid substitute oil supply system of FIG. 1;

3 is a view showing an extract of the feed portion of FIG.

4 is a view showing that a plurality of feed units can be installed in a pig room to operate several pigs in one system.

<Description of Signs of Major Parts of Drawings>

10 ... substitute oil supply unit 11 ... hopper

12 ... 1st transfer unit 12a ... 1st transfer screw

12b ... Motor 13 ... 2nd Transfer Unit

13a ... 2nd feed screw 13b ... motor

14 ... Door 15 ... Remaining Clock

16 ... motor 17 ... impeller

20 ... water supply 21 ... tank

22 ... water supply pump 23 ... heater

24 ... temperature sensor 25 ... lower sensor

26 ... high sensor 27 ... shower nozzle

30 ... agitator 31 ... agitator

31a ... impeller 31b ... motor

32 ... Stirrer cleaning nozzle 33 ... Level sensor

40 ... feed section 41 ... valvehead

41a ... feed passage 42 ... solenoid

43 ... feed body 44 ... feed pipe

45 ... drain pipe 50 ... transfer pump

51 ... check valve 52 ... solenoid valve

53 ... Compressor 54 ... Solenoid Valve

55 ... actuator valve F ... substitute oil

L1 ... water line L2 ... washing line

S1, S2 ... 1, 2 solenoid valve

S3 ... 3-way valve

In order to achieve the above object, the liquid substitute oil automatic feeding system according to the present invention is installed in the hopper 11 and the hopper 11 to store the substitute oil (F) to transfer the substitute oil (F) Substitute oil supply unit 10 including a transfer unit (12, 13) for; A water supply unit 20 including a tank 21 in which water is accommodated and a water supply pump 22 for transferring water contained in the tank 21; A stirring unit 30 to which the substitute oil F transferred from the substitute oil supply unit 10 and the water transferred from the water supply unit 20 are supplied, and an agitator 31 for stirring the substitute oil and water is installed; A feeding part 40 connected to the stirring part 30 to selectively supply and cut off the supply of liquid substitute oil to the feeding container; And a controller for automatically controlling the above components with an electrical signal.

In the present invention, it further includes a motor 16 installed in the hopper 11, an impeller 17 interlocked by the motor 16 and stirring the substitute oil inside the hopper 11.

In the present invention, the transfer unit, which is installed along the bend to prevent the deterioration of the substitute oil by the introduction of moisture into the stirring unit 30, the first transfer unit 12 is installed on the lower end of the hopper (11) ) And a second transfer unit 13 connected to the stirring unit 30, wherein each of the first and second transfer units 12 and 13 is rotated by the motors 12b and 13b. And two feed screws 12a and 13a. In this case, an air curtain associated with a door 14 or a compressor, which is selectively opened and closed into the stirring unit 30, is installed at an end of the second transfer unit 13.

In the present invention, the water supply unit 20 is a tank 21 for receiving water, a water supply pump 22 for transferring the water contained in the tank 21 to the stirring unit 30, and the received water It includes a heater 23 for warming the temperature, and a temperature sensor 24 for measuring the water temperature of the heated water.

In the present invention, the stirring unit 30 is connected to the water supply unit 20 is provided with an agitator washing nozzle 32 for automatically or manually washing the inside of the stirring unit 30.

In the present invention, the feed part 40 is installed at the lower end of the stirring unit 30, the feed unit body 43 is formed with a feed passage 41a opened into the stirring unit 30 And a solenoid 42 installed on the feed part body 43, a valve head 41 that selectively opens and closes the feed passage 41a by being interlocked by the solenoid 42, and the feed It is connected to the sub-body 43 and includes a feed pipe path 44 for transferring the liquid substitute oil to the feed container. In this case, the feed pipe path 44 is also connected to the drain pipe line 45, the feed pipe path ( 44 is provided with a 3-way valve (S3) for selectively rerouting the wash water or liquid substitute oil through it to the feed container or the drain pipe (45).

In addition, the feed unit 40, the transfer pump 50 for transferring the liquid substitute oil, and the transfer line is connected to each of a plurality of piglets (!, B, C, D ...) is the transfer line A solenoid valve 54 capable of opening and closing each transfer path and a check valve installed between the transfer pump 50 and the solenoid valve 54 to prevent liquid substitute oil from flowing back toward the transfer pump 50 ( 51).

Hereinafter, with reference to the accompanying drawings a liquid substitute oil automatic feeding system according to the present invention will be described in detail.

1 is a view showing the configuration of the liquid substitute oil automatic feeding system according to the present invention, Figure 2 is a view showing an extract of the feed portion of Figure 1, Figure 2 is a liquid substitute oil automatic feeding system of FIG. In the drawing, a state in which an impeller is installed in a hopper is illustrated, and FIG. 4 is a view illustrating that a plurality of feed units may be installed in a pig room to operate several pig rooms in one system.

Liquid substitute oil automatic feeding system according to the design as shown, livestock, in this embodiment substitute oil supply unit 10 is a substitute for the weaning (pork) baby food, and the water supply unit 20 is stored water And, agitation unit 30 and agitation of the substitute oil transferred from the substitute oil supply unit 10 and the water transferred from the water supply unit 20 to form a liquid substitute oil, the liquid substitute oil is connected to the lower end of the agitator 30 And a feeder 40 for selectively supplying and blocking supply, and a controller (not shown) for automatically controlling the above-described components by an electrical signal.

The substitute oil supply unit 10 includes a hopper 11 in which the substitute oil is stored, and a transfer unit installed in the hopper 11 to transfer the substitute oil F. At this time, the transfer unit is installed along the curved path in order to prevent the deterioration of the substitute oil by the introduction of moisture into the hopper (11). That is, the transfer unit is connected to the first transfer unit 12 is installed on the lower end of the hopper 11 and the second transfer unit 13 is connected to the stirring unit 30 to form a bend. The first transfer unit 12 has a first transfer screw 12a rotated by the motor 12b, and the second transfer unit 13 also rotates by the motor 13b second transfer screw 13a. Has As the first transfer unit 12 or the second transfer unit 13 is controlled by the control unit, that is, the first and second transfer screws 12a and 13a are rotated to push the substitute oil into the stirring unit 30. At this time, since the first and second transfer units 12 and 13 form a curved path, the moisture in the stirring unit 30 is prevented from flowing back to the substitute oil supply unit 10.

Meanwhile, in order to prevent the substitute oil in the hopper 11 from being transferred to the transfer unit due to the blockage phenomenon, as shown in FIG. 1 (2), the motor 16 is installed in the hopper 11 and the motor ( The impeller 17 interlocked by the 16 may be installed in the hopper 11. In this case, the impeller 17 can fundamentally prevent the phenomenon that the substitute oil is clogged by stirring the substitute oil. Alternatively, by installing a pendulum (not shown) which is vertically moved by the solenoid (not shown) inside the hopper 11 may reduce the clogging of the substitute oil.

An air curtain (not shown) associated with a door 14 or a compressor, which is selectively opened and closed by a control unit, is installed at an end portion of the second transfer unit 13 connected to the inside of the stirring unit 30. The door 14 closes the end of the second transfer unit 13 after the second transfer unit 13 sufficiently supplies the substitute oil into the stirring unit 30.

Meanwhile, the remaining amount indicator 15 is installed inside the hopper 11 to check the stored amount of the substitute oil F. Furthermore, when the transparent acrylic lid is installed on the upper portion of the hopper 11, the remaining amount of the substitute oil is always visible. You can check it.

The water supply unit 20 includes a tank 21 in which water is accommodated, and a water supply pump 22 for transferring water contained in the tank 21. As the tank 21, water supplied through the constant line L1 is stored, and the amount of water stored by the external capacity indicator 21a can be visually checked. In this case, the first solenoid valve S1 controlled by the controller is installed in the constant line L1 to control the supply of water to the water supply unit 20.

A heater 23 for heating the received water is installed at the lower end of the water supply unit 20, and a temperature sensor 24 capable of measuring the water temperature of the received water is installed therein. The temperature sensor 24 may control the heater 23 to maintain the set temperature value by applying information related to the water temperature to the controller.

A lower sensor 25 and a high sensor 26 for detecting a flow rate of the received water are installed in the lower part and the upper part of the water supply part 20. The lower sensor 25 and the high sensor 26 transmit information on the flow rate to the controller. For example, when water is almost drained from the water supply unit 20, the lower sensor 25 detects this and informs the control unit, and the control unit opens the first solenoid valve S1 to supply water through the constant line L1. . Meanwhile, when the water supply unit 20 is sufficiently filled with water, the high sensor 26 detects this and informs the controller, and the controller closes the first solenoid valve S1 so that water is no longer supplied to the water supply unit 20. Do not

In the constant line L1, a shower nozzle 27 extended separately may be installed. The shower nozzle 27 may clean the substitute oil supply unit 10 or the water supply unit 20 by using the sprayed water.

The stirring unit 30 is a place where the substitute oil F transferred from the substitute oil supply unit 10 and the water transferred from the water supply unit 20 are supplied, and the substitute oil and water are uniformly stirred by the installed agitator 31. In the present embodiment, the stirrer 31 is composed of a motor 31b installed on the upper portion of the stirrer 30 and an impeller 31a rotated by the motor 31b. Substitute oil F and water introduced into the stirring unit 30 are uniformly stirred by the impeller 31a to become a liquid substitute oil.

The stirring unit 30 is connected to the water supply unit 20 and the stirrer washing nozzle 32 for washing the inside of the stirring unit 30 is installed. When water is strongly sprayed through the stirrer washing nozzle 32, the impeller 31a may be washed as well as the inside of the stirrer 30.

In addition, the level sensor 33 is installed inside the stirring unit 30, when all the substitute oil to be agitated through the feed unit 40, the level sensor 33 detects this and immediately inserts the washing water.

The feed section 40 is provided at the lower end of the stirring section 30, the feed section main body 43, the feed passage 41a is formed in the stirring section 30 and the feed section main body 43 Is connected to the solenoid 42 and the solenoid 42, the valve head 41 to selectively open and close the feed passage 41a, and the feed portion main body 43 to feed the liquid substitute oil. It includes a feed pipe path 44 for conveying. The feed unit 40 is controlled by the control unit to supply the liquid substitute oil at a predetermined time interval. At this time, by providing an O-ring (not shown) in the valve head 41, it is preferable to prevent the liquid substitute oil from leaking so that unwanted gaps do not occur between the valve head 41 and the feed passage 41a.

At this time, the feed pipe line 44 is also connected to the drain pipe line 45, the feed pipe line 44 to selectively change the path of the wash water or liquid substitute oil through it to the feed container or the drain pipe line (45). -way valve (S3) is installed. The feed pipe line 44 is connected to the feeding container (not shown) that the piglets are weaning, and the feed pipe line 44 supplies the liquid substitute oil to the food container, so that no additional labor is required.

Meanwhile, a washing line L2 is installed between the water supply unit 20 and the drain pipe passage 45, and a second solenoid valve S2 controlled by the controller is installed in the washing line L2.

By properly operating the 3-way valve S3 and the second solenoid valve S2, after washing the water supply unit 20, the washed water is sent to the drainage pipe 45 or the stirring unit 30 is washed. After that, the water can be sent to the drainage pipe 45.

On the other hand, as shown in Figure 4, as shown in Figure 4, the transfer pump 50 for transferring the liquid substitute oil, and the transfer line is connected to each of a plurality of piglets (A, B, C, D ...) A liquid substitute oil is installed between the solenoid valve 54 and the actuator valve 55 and the transfer pump 50 and the solenoid valve 52 to open and close the transfer paths of the respective transfer lines. It may include a check valve 51 to prevent the back flow, and further, by installing a compressor (53) it can be transferred to the liquid substitute in the transfer pipe not yet conveyed to the end.

Next, the operation of the liquid substitute oil automatic feeding system of the above structure will be described.

First, the substitute oil F is stored in the hopper 11 of the substitute oil supply unit 10 and falls into the first transfer screw 12a which is rotated by gravity, and the substitute oil transferred by the first transfer screw 12a is again. It is conveyed by the 2nd conveying screw 13a, and is pushed into the stirring part 30. FIG. When a sufficient amount of substitute oil is put into the stirring unit 30, the door 14 or the air curtain (not shown) is moved to the second transfer unit so that the moisture flows back from the stirring unit 30 and does not flow back into the substitute oil supply unit 10. Close the end of (13). On the other hand, the water in the water supply unit 20 is pumped to the stirring unit 30 by the water supply pump 22. At this time, the water pumped to the stirring unit 30 is sufficiently heated by the heater (23).

The substitute oil F and the water supplied into the stirring unit 30 are stirred by the rotating impeller 31a to become a liquid substitute oil.

When the stirring is completed and the liquid substitute oil is made, the solenoid 42 inside the feed portion 40 is operated by the control unit so that the valve head 41 opens or closes the feed passage 41a, thereby supplying the liquid substitute oil. Supply or cut off to the conduit 44. The liquid substitute oil supplied to the feed pipe line 44 is fed to the feed container. Here, the control unit may operate the solenoid 42 at regular intervals, or may be operated only for a specific time by the user's selection.

When the inside of the stirring unit 30 is washed, water is strongly sprayed through the stirrer washing nozzle 32 by the detection of the level sensor 33 at the bottom of the stirring unit 30 or through a washing program of a preset control unit. The sprayed water washes the inside of the stirring unit 30 or the impeller 31a. The water used for washing the stirrer is supplied to the piglets, and exhibits a water supply effect without additional labor, and is supplied to the feeding container through the feed pipe line 44 by operating the 3-way valve S3, or the drain pipe line 45 Can be drained to outside.

On the other hand, in the case of transporting a long distance or supplying the liquid substitute oil to a large number of piglets, the transfer of the liquid substitute oil to each piglet (A, B, C, D, ...) by adopting the configuration as shown in FIG. Can be controlled. That is, the liquid substitute oil conveyed by the transfer pump 50 is selectively transferred to each of the piglets A, B, C, D, ... by the solenoid valve 54 and the actuator valve 55. At this time, the check valve 51 prevents the liquid substitute oil from flowing back to the transfer pump 50, and the compressor 53 allows the transfer material remaining in the conduit to be transferred to a plurality of piglets. By doing so, it is possible to operate several pigs in one system, thereby increasing the efficiency of the operation.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

As such, according to the automatic feeding system of the liquid substitute oil according to the present invention, the liquid substitute oil can be automatically supplied to the feeding container as a baby food, thereby reducing labor and periodically supplying the liquid substitute oil to grow livestock that can grow best. Conditions can be created to improve productivity.

Claims (9)

A substitute oil supply unit (10) including a hopper (11) storing the substitute oil (F) and a transfer unit (12, 13) installed in the hopper (11) to transfer the substitute oil (F); A water supply unit 20 including a tank 21 in which water is accommodated and a water supply pump 22 for transferring water contained in the tank 21; A stirring unit 30 to which the substitute oil F transferred from the substitute oil supply unit 10 and the water transferred from the water supply unit 20 are supplied, and an agitator 31 for stirring the substitute oil and water is installed; A feeding part 40 connected to the stirring part 30 to selectively supply and cut off the supply of liquid substitute oil to the feeding container; And a control unit for automatically controlling the above components with an electrical signal. The method of claim 1, The motor 16 installed in the hopper 11, and the impeller 17 interlocked by the motor 16 and stirring the substitute oil inside the hopper 11, characterized in that it further comprises This system. The method of claim 1, The transfer unit, which is installed along the bend to prevent the deterioration of the substitute oil due to the introduction of moisture into the stirring unit 30, the first transfer unit 12 and the stirring unit which is installed at the lower end of the hopper 11 And a second transfer unit 13 connected to the 30, and each of the first and second transfer units 12 and 13 is rotated by the motors 12b and 13b. 12a) (13a) having a liquid substitute oil automatic feeding system. The method of claim 3, Liquid substitute oil automatic feeding system, characterized in that the air curtain associated with the compressor or the door (14) which is selectively opened and closed into the stirring section 30 is installed at the end of the second transfer unit (13). The method of claim 1, The water supply unit 20 is a tank 21 for receiving water, a water supply pump 22 for transferring the water contained in the tank 21 to the stirring unit 30, and a heater for warming the water received And a temperature sensor 24 for measuring the water temperature of the heated water. The method of claim 1, The liquid substitute oil automatic supply is characterized in that the stirring unit 30 is connected to the water supply unit 20 is provided with an agitator washing nozzle 32 for automatically or manually washing the inside of the stirring unit 30. system. The method of claim 1, The feed unit 40 is provided at the lower end of the stirring unit 30, the feed unit body 43 is formed with a feed passage 41a opened into the stirring unit 30, and the feed The solenoid 42 installed in the sub-body 43, the valve head 41 to selectively open and close the feed passage 41a in cooperation with the solenoid 42, and the feed main body 43 Liquid substitute oil automatic feeding system characterized in that it comprises a feed pipe line 44 is connected to and transfers the liquid substitute oil to the feed container. The method of claim 7, wherein The feed pipe passage 44 is also connected to the drain pipe passage 45, the feed pipe passage 44 to selectively change the path of the wash water or liquid substitute oil through it to the feed container or the drain pipe passage (45). Liquid substitute oil automatic feeding system, characterized in that the way valve (S3) is installed. The method of claim 1, The feed portion 40, the transfer pump 50 for transferring the liquid substitute oil, and the transfer line is connected to each of a plurality of piglets (!, B, C, D ...) and each of the transfer line A solenoid valve 54 capable of opening and closing a transfer path and a check valve 51 installed between the transfer pump 50 and the solenoid valve 54 to prevent the liquid substitute oil from flowing back to the transfer pump 50. Automatic pay system, characterized in that it comprises a.