KR100647228B1 - Water supply facilities for hog rising - Google Patents

Abstract

The present invention relates to a swine feeder, wherein a photocatalyst ozone water purifier is installed inside the water tank, and the photocatalytic ozone water purifier is coupled to the metal tube having an inlet at one end of the main wall and an outlet at the other end thereof. A photocatalyst purified member attached to the light transmitting tube, a photocatalyst support made of a water-permeable material, and surrounding the light transmitting tube; an ozone lamp having an electric terminal coupled to the control unit and connected to a control unit at an end thereof; And packings A and B fixed to the open ends of the metal pipe and the transparent pipe, and an ejector is connected to an outlet side of the circulation pump at an inlet side end of the water supply pipe, and an inlet of the metal pipe is at an inlet side end of the water pipe. In addition, the ozone outlet provided in the packing B is connected to the ejector, the circulation is introduced into the water tank The water inlet is configured to be as an integer by the photocatalyst and ultraviolet radiation and constant action of the ozone in the ozone inside the photocatalytic purifier. The present invention circulates water from the water tank to each pig house and supplies water circulated into the water tank by water purification by photocatalysis and ultraviolet light of the photocatalytic ozone water purifier and by water with ozone. By removing the bacteria and organic contaminants contained in the purified water, so that the water is supplied, so that the piglets grow healthy, and there is an advantage and effect to prevent pollution.

Description

Swine feeder {WATER SUPPLY FACILITIES FOR HOG RISING}

1 is a view showing an installation state of a pig feeder according to an embodiment of the present invention,

2 is an enlarged view illustrating main parts of FIG. 1;

3 is an enlarged cross-sectional view of the ion-activated water maker of FIG. 2.

Explanation of symbols on the main parts of the drawings

1: money company 2: money room

21: water tank 22: water supply pipe

31: water supply pipe 58: control unit

71: photocatalyst ozone water purifier 71: circulation pump

72: metal tube 72a: inlet

72b: outlet 73: transparent tube

74: photocatalytic water purification member 74a: photocatalyst support

75: ozone lamp 75a: terminal

76,77 packing A, B 78 ozone outlet

81: ejector

The present invention relates to a pig feeder, and more specifically, to remove the various bacteria and contaminants by water purification by photocatalyst, ultraviolet light and ozone to the water flowing into the water tank, and then to feed the pigs to the pig house healthily It relates to a hog feeder that can contribute to environmental protection by growing and reducing pollutant emissions.

In general, it is very important to increase the breeding performance in order to increase the profit of pig management. As part of improving breeding performance, early sowing of piglets is necessary to ensure sows turnover.

When the piglets are weaned in the early stage, due to the temperature change according to the reason and the water supply temperature is lower than the breast milk, the piglets have a problem such as stress and diarrhea, which adversely affect the growth days and weight gain.

In view of such a problem, the present inventors have a casing forming an accommodation space therein, a water tank disposed inside the casing to receive water, and one end is connected to the water tank and the other end is connected to the water tank via a pig thread. A water supply pipe, a sterilizer disposed upstream of the water supply pipe to provide ion-activated water to the pig, a circulation pump disposed in a downstream region of the water supply pipe to circulate the water in the water supply pipe to return to the water tank, and water in the water tank. It has been developed and applied for patent application 2003-33080 with a pig feeder which is equipped with a heating heater to feed ion-activated water having a temperature similar to breast milk.

Swine water supply facilities such as this can suppress the stress and diarrhea caused by the temperature drop to promote the growth and growth of piglets to shorten the growth days until shipping provides an advantage to reduce feed costs.

However, such a pig feeder contains various germs and contaminants in the raw water supplied to the water tank, and also contains various germs and contaminants in the process of circulating from the water tank to the pig house so that the pigs are sanitarily and healthy. There was a problem that became difficult to do.

Accordingly, an object of the present invention is to improve and supplement the pig feed water installation of the above-described invention, and after removing various bacteria and contaminants by water purification by photocatalyst, ultraviolet light and ozone to water flowing into the water tank, each pig house It is to provide a pig feeder that can contribute to environmental protection by growing piglets healthy and reducing pollutant emissions.

In order to achieve the above object, a pig feeder according to the present invention is provided with a photocatalyst ozone water purifier installed inside the water tank, and the photocatalyst ozone water purifier has a metal tube having an inlet at one end of the main wall and an outlet at the other end thereof; A photocatalyst attached to the inside, a photocatalyst attached to the photocatalyst support made of a water-permeable material, and a photocatalyst purified member coupled to surround the light emitting tube, and an electrical terminal coupled to the control unit and connected to the control unit at the end thereof is provided. It consists of an ozone lamp, and the packing A, B fixed to the open end of the metal tube and the transparent tube, an ejector (ejector) is connected to the discharge side of the circulation pump to the inlet side end of the water supply pipe, the inlet of the metal tube In addition to being connected to the inlet side end of the water supply pipe, the ozone outlet provided in the packing B is connected to the ejector, the water Water circulated and introduced into the tank is configured to be introduced while being purified by the water purification action of the photocatalyst, ultraviolet light and ozone inside the photocatalyst ozone water purifier.

TiO ₂ (titanium dioxide) is used as the photocatalyst of the photocatalyst ozone water purifier, for example. TiO ₂ removes bacteria and organic contaminants by oxidizing and reducing by ultraviolet rays contained in light and decomposes them into H ₂ O and CO ₂ , and sterilizes various pathogens and bacteria such as Escherichia coli, Staphylococcus aureus and O-157. It has excellent performance in NOx, SOx, gasoline organic chemicals (VOCs) and various industrial pollution type odor decomposition. The photocatalytic ozone water purifier can be used in the water tank by photocatalytic and ultraviolet water purification and ozone water purification. The water is purified so that each pig house is provided with clean water free of various germs and contaminants.

In addition, in the present invention, the photocatalyst purified water member with the photocatalyst is coupled to the inside of the metal tube, so that even if water is caught on the outer surface of the metal tube, the water purification ability of the photocatalyst and ozone is not deteriorated. maintain.

Furthermore, as the water circulated to the water supply pipe is introduced into the metal pipe by the pumping force of the circulation pump, ozone generated by the ozone lamp is introduced into the water supply pipe by the suction force of the ejector, and is uniformly mixed with water to be introduced into the metal pipe. Thus, water mixed with ozone is purified while passing through the photocatalyst water purification member of the photocatalyst ozone water purifier.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

1 is a view showing an installation state of a pig feeder according to an embodiment of the present invention, Figure 2 is an enlarged view of the main part of Figure 1, Figure 3 is an enlarged cross-sectional view of the sterilizing water purifier of Figure 2; As shown in these figures, the pig feeder is a casing 11 to form a receiving space therein, a water tank 21 disposed inside the casing 11 to receive water, and one side of the water The water supply pipe 31 connected to the tank 21 and connected to the water tank 21 via each piglet 1 of the piglet 1 and the water of the water supply pipe 31 based on the water tank 21. An ion-activated water maker 41 connected to an upstream region along the discharge side end, i.e., the flow direction of water, so that the water becomes ion-activated water, and connected to the water inlet-side end of the water supply pipe 31 to supply water to the water supply pipe 31; A photocatalyst ozone water purifier 71 for removing various bacteria and contaminants contained in the water supplied to the tank 21 and a water supply pipe 31 to circulate the water in the water supply pipe 31 to return to the water tank 21. The circulation pump 51 and the heater 53 which heats the water of the water tank 21 are comprised.

The casing 11 has an almost rectangular parallelepiped shape, and a partition 12 is formed at an inner side to partition an inner space. One side of the partition 12 is provided with a water tank 21, the space between the casing 11 and the water tank 21 is filled with a heat insulating material 13 for the insulation of the water tank 21. Each bottom of the water tank 21 and the casing 11 is provided with a plurality of anti-vibration rubber 15 so as to buffer the water tank 21 and the casing 11. One side of the water tank 21 is connected to the water supply pipe 22 so that water can be supplied from the outside to the inside, and the internal pressure of the water tank 21 may be increased above a predetermined level above the water supply pipe 22. If the safety valve 23 is automatically opened.

One end of the water tank 21 is connected to one end of the water supply pipe 31 via each piglet 1 of the pig house 1 in communication with each other, and the water supply pipe via each piglet 1 in the lower region ( The other end of 31 is connected in communication with each other. The heat insulating material 32 is coat | covered around the water supply pipe 31 for heat insulation.

In the upstream region of the water supply pipe 31 along the flow direction of the water, an ion-activated water maker 41 is installed so that the electrostatic field is generated in the pipe through which the water flows so that water passing through the electrostatic field can be decomposed and converted into ion-activated water. It is.

On the other hand, a heater 53 is installed in the lower region of the water tank 21 to heat the water contained therein to a predetermined temperature, and a temperature detection sensor 55 is provided in the upper region to detect the temperature of the water. It is.

The other side of the partition 12 is provided with a temperature controller 57 to adjust the temperature of the water, one side of the temperature controller 57, the timer 59 so that the water of a predetermined temperature or more can be supplied to each pig room 1 And a control unit 58 for controlling the circulation pump 51 to be driven at predetermined time intervals. One side of the temperature controller 57 is provided with a circuit breaker 60 to prevent the overcurrent flows.

In each piglet 1 of the piglet 1, branch pipes 33, one end of which is connected to the water supply pipe 31, are disposed, respectively, and each branch pipe 33 is provided with a nipple water dispenser 35 for a hog so that negative water is possible. It is.

In the downstream area of the water supply pipe 31 introduced into the casing 11 via each piglet 1, a circulation pump for circulating water so that the water in the water supply pipe 31 can be returned to the water tank 21 ( 51) is installed.

The photocatalyst ozone water purifier 71 includes a metal tube 72 having an inlet 72a at one end of the main wall and an outlet 72b at the other end thereof, a light transmitting tube 73 coupled therein, and a water-permeable material. The photocatalyst is attached to the photocatalyst support 74a of the photocatalyst, and the photocatalyst purified member 74 is coupled to surround the floodlight tube 73, and is electrically coupled to the controller 58 and coupled to the inside of the floodlight tube 73. The terminal 75a includes an ozone lamp 75 provided at an end thereof, and packings A, B 76 and 77 fixed to open ends of the metal tube 72 and the transparent tube 73.

For example, a stainless tube is used for the metal tube 72, a quartz tube is used for the light transmitting tube 73, and a stainless wire mesh is used for the photocatalyst support 74a.

The ozone lamp 75 of the photocatalyst ozone water purifier 71 has ozone generated when a terminal 75a provided at an end thereof is electrically connected to the controller 58 so that power is applied under the control of the controller 58. The inlet 72a of the metal pipe 72 is connected to the inlet end of the water supply pipe 31 based on the water tank 21 so that the water pumped by the circulation pump 51 flows into the inside of the metal pipe 72. The ozone outlet 78 provided in the packing 77 is connected to an ejector 81 coupled to an inlet side end of the water supply pipe 31 so that the ozone inside the floodlight tube 73 is discharged from the ejector 81. The suction force is sucked into the inlet side end portion of the water supply pipe 31, mixed with water, and introduced into the water tank 21.

By such a configuration, the water tank 21 is filled with water through the direct water supply pipe 22. When the temperature of the water is detected by the temperature detection sensor 55, the temperature controller 57 allows the heater 53 to be heated until the temperature of the water reaches the set temperature.

In this way, the water heated by the heater 53 is discharged to the water supply pipe 31 by the pumping force of the circulation pump 51, and through the nipple water supply 35 installed in each piglet 2 of the piglet (1) When the water is drawn out, the water is supplied to the inside of the water tank 21 through the direct water supply pipe 22 by the amount of water drawn out, and the controller 58 drives the circulation pump 51 at a time interval set by the timer 59. By controlling the temperature of the water drawn through the nipple water supply 35 to maintain a constant temperature, for example, 37 ℃.

The inlet 72a of the metal pipe 72 provided in the photocatalyst ozone water purifier 71 is circulated from the water tank 21 to each piglet 2 of the piglet 1 along the water supply pipe 31. Is connected to the inlet side of the inlet), the water pumped by the circulation pump 51 is introduced into the metal tube 72, and ozone generated inside the floodlight tube 73 by the ozone lamp 75 The pumping force of the circulation pump 51 coupled to the inlet side end of the water supply pipe 31 and the suction force of the ejector 81 flows into the water supply pipe 31 to be uniformly mixed with water and flows together into the inside of the metal pipe 72. do.

As described above, when water mixed with ozone flows into the metal tube 72, the photocatalyst and ozone lamp attached to the photocatalytic water purification member 74 passes through the photocatalytic water purification member 74, which is combined to surround the floodlight tube 73. The water is purified by the light generated by the water 75 and flows out into the water tank 21 through the outlet 72b of the metal tube 72, and then passes through each piglet 2 of the pig house 1 again. Circulated to tank 21.

According to the present invention as described above, the water circulated and introduced into the water tank while circulating and supplying water from the water tank to each pig house is purified by the photocatalytic activity of the photocatalytic ozone water purifier and ultraviolet light, and the water purification action by ozone. Water purification removes bacteria and organic contaminants in water, sterilizes various pathogens and bacteria such as Escherichia coli, Staphylococcus aureus, O-157, NOx, SOx, gasoline organic chemicals (VOCs) and various industrial pollutants. By decomposing the water, so that purified water is supplied to clean water, so that piglets grow healthy, and there is an advantage and effect to prevent pollution emissions.

In addition, in the present invention, the photocatalyst purified water member with the photocatalyst is coupled to the inside of the metal tube, so that even if water is caught on the outer surface of the metal tube, the water purification ability of the photocatalyst and ozone is not deteriorated. As it is maintained, it is easy to maintain and improve the reliability of the product.

Furthermore, as the water circulated to the water supply pipe is introduced into the metal pipe by the pumping force of the circulation pump, ozone generated by the ozone lamp is introduced into the water supply pipe by the suction force of the ejector, and is uniformly mixed with water to be introduced into the metal pipe. As such, the water mixed with ozone is purified while passing through the photocatalytic water purification member of the photocatalyst ozone water purifier.

And the present invention is applied to the pig feeder water supply equipment (Patent Application 2003-33080) of the present applicant of the present application to remove the bacteria and contaminants in the water tank to clean water and heated to a temperature similar to breast milk By supplying the ion-activated water, it is possible to further promote the growth and increase of the piglets and shorten the growth days until shipping, thereby reducing the feed cost and spreading healthy piglets.

Claims (3)

A water tank 21 provided with a direct water supply pipe 22 for supplying water, a water supply pipe 31 for circulating and supplying the water of the water tank 21 to each piglet 2 of the pig house 1; In a pig feeder equipped with a circulation pump 51 connected to the water supply pipe 31, a photocatalyst ozone water purifier 71 is installed inside the water tank 21, and the photocatalyst ozone water purifier 71 is an inlet. A photocatalyst is provided on a metal tube 72 having one end portion 72a at the circumferential wall and an outlet 72b at the other end thereof, a light transmitting tube 73 coupled therein, and a photocatalyst support 74a made of a water-permeable material. The photocatalyst purified member 74 is attached and coupled to surround the floodlight tube 73, and the electrical terminal 75a coupled to the inside of the floodlight tube 73 and connected to the controller 58 is provided at an end portion thereof. Ozone lamp 75, and the packing A, B (76), 77 is fixed to the open end of the metal tube 72 and the transparent tube 73, the water supply The ejector 81 is connected to the inlet end of the pipe 31 to the outlet side of the circulation pump 51, and the inlet 72a of the metal pipe 72 is connected to the inlet end of the water supply pipe 31, The ozone outlet 78 provided in the packing B 77 is connected to the ejector 81 so that water circulated into the water tank 21 is introduced into the photocatalyst ozone water purifier 71. And pig feeder characterized in that configured to be introduced while being purified by the water purification action of ozone. The method of claim 1, The metal pipe (72) is a stainless steel pipe, the floodlight tube (73) is a pig feeder, characterized in that the quartz tube. The method of claim 1, The photocatalyst support 74a is a pig feeder, characterized in that the stainless wire mesh.

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