KR101245239B1 - Washing and drain control device and method of water bolws for barn - Google Patents

Abstract

PURPOSE: A device for washing a water bottle for a livestock shed and controlling drainage of the water bottle and a control method thereof are provided to maintain water filled into a water bottle in a clean state. CONSTITUTION: A device for washing a water bottle for a livestock shed and controlling drainage of the water bottle comprises a water bottle(100), a drainage control part(200) which is formed with a discharge hole on the bottom surface, a pump(300) which circulates water inside the water bottle, a drainage control pipe(400) for discharging water, a towing rope(500) which rotates the drainage control pipe, and a return spring(600).

Description

Washing and drain control device and method of water bolws for barn

The present invention relates to a washing and drainage control device and a control method of the livestock feeder in more detail, so as to be able to automatically and easily clean the water reservoir used for watering livestock without borrowing human power Clean the water bottle from time to time or regularly to keep the water in the water bottle clean and free of contaminated water, so that livestock can be fed clean water to protect the livestock from diseases and infectious diseases caused by contaminated water. The present invention relates to a washing and drainage control device for a livestock feeder and a method of controlling the same.

Generally, a livestock house is provided with a water supply system for providing drinking water to the livestock so that the livestock can ingest the water.

Such a water supply device includes a water supply pipe for supplying water; A water tank containing water supplied through the water pipe; An opening / closing valve installed in the water supply tank and operated by a float moving in accordance with the water level; A heater that warms the water to provide warm water to the livestock while preventing water from freezing in the water container when the temperature is low, such as in winter; It is composed of a protective cover for preventing the water supply pipe or heater from being exposed to the outside to prevent the water supply pipe or the heater from being damaged by contact with livestock.

In the water supply device, when the livestock ingest the water in the water supply tank and the water level in the water supply tank is lowered, the opening / closing valve is opened as the drooping downwards along the water supply level, and a certain amount of water is introduced into the water supply tank through the water supply pipe. If the water level of the water supply tank is gradually raised by the incoming water afterwards, the float is also raised at this time. If the float is raised to a certain height and is not raised any more, the shutoff valve is closed and no more water is supplied into the water tank. There is no water supply.

However, since the upper surface of the water container is open so that the livestock can easily drink water, it is easy to contaminate the water supply container by entering foreign materials such as manure or feed as well as animal waste. Of course, if the sediments of the trough, feed, and excrement accumulate and harden as it is, the drainage port of the water supply can be blocked.

In addition, if the livestock ingest the water in the contaminated water bottle, the livestock can easily get sick or infectious diseases such as enteritis, and if the symptoms appear in some cows, the livestock spread rapidly with the contaminated water.

Therefore, it is necessary to periodically clean the water tank regularly to maintain hygienic cleanliness, so that the water tank can always contain clean water. The tool was cleaned by hand using a manual wipe.

However, as most of the workers avoided the cleaning of very dirty water tanks because of the smell of livestock manure, the cleaning of the water tanks is not well done. Especially, the water tanks are cold because of the cold weather in winter. The water contained in the contaminated water supply tank is also easily contaminated because it does not lose, and the livestock consume the contaminated water as it is, so there is a high probability of getting a disease or infectious disease.

Therefore, the present invention is to solve such a conventional problem, the object of the present invention is to clean the water supply tank to periodically clean the water supply tank so that the cleaning of the water supply can be automatically cleaned without manual cleaning of the water supply tank To keep the water in the water tank clean at all times to provide clean, uncontaminated water to livestock to prevent disease or infectious diseases caused by contaminated water in advance. It is to provide a control device and its control method.

In order to achieve the object of the present invention, the present invention is a water supply tank installed in a single or multiple in the livestock stall, is installed on one side of the water supply tank for the livestock, the drain inlet is installed at the bottom of one side wall is connected to the water outlet of the water supply Water in the barrel is introduced into the inside, and the discharge control portion of the housing shape provided with a discharge hole in the bottom; A pump installed at an inner upper end of the drain control unit and having a suction pipe at one side and an end of the discharge pipe at the other side inserted into one side wall of the water tank to circulate water in the water tank to vortex; A drain control pipe in which the outlet of the tip is positioned higher than the water level of the water supply tank when it is connected and connected to the drain inlet in the drain control unit, and the water outlet is lower than the water supply level of the water supply when it is laid on its side; One end is attached to the hook portion provided on the top of the drain control pipe, the other end is pulled out to the outside through the pulley installed on the bottom and one side, the outer wall of the drain control portion to rotate the drain control pipe; One end is fastened to the hook portion of the upper end of the drain control pipe, the other end is characterized in that the return spring is fixed to the drain control to configure the drain control pipe to the original position.

As such, the present invention allows the worker to clean the water supply tank automatically, without having to directly clean the water supply tank. As a result, the water supply can be cleaned frequently or periodically. By supplying clean water to livestock, it is effective to prevent diseases or infectious diseases easily caused by contaminated water.

1 is a perspective view illustrating a washing and drainage control device of the livestock feeder according to the present invention.
Figure 2 is a perspective view illustrating only the drain control unit in the washing and drainage control device of the livestock feed bucket of the present invention.
Figure 3 is a side sectional view illustrating a washing and drainage control device of the livestock feeder according to the present invention.
Figure 4 is a perspective view of the main portion illustrating only the drain control pipe in the present invention.
Figure 5 is a side view showing a state in which a plurality of water supply tank and drain control unit at a predetermined interval in the barn in the present invention to adjust it by the main line operated by the drum.
Figure 6 is a side view of a state in which a plurality of water supply tank and drainage control unit at a predetermined interval in the present invention and adjusted by a manual handle.
7A and 7B illustrate a state in which a drain control pipe installed in the drain control unit is operated according to the present invention, and FIG. 7A shows a state in which the drain control pipe is erected and FIG. 7B is a state in which the drain control pipe is rotated and laid down.

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

1 is a perspective view illustrating a washing and drainage control device of the feeder water reservoir according to the present invention, Figure 2 is a perspective view illustrating only the drain control unit in the washing and drainage control device of the feeder water supply of the present invention, Figure 3 is a side cross-sectional view illustrating a washing and drainage control device of the feeder water reservoir according to the present invention, Figure 4 is a perspective view of the main portion illustrating only the drainage control pipe in the present invention, Figure 5 is a constant interval in the barn in the present invention Side view showing a state in which a plurality of water supply tank and drain control unit is installed and adjusted by the main line operated by the drum, Figure 6 is installed in the barn at a predetermined interval in the barn and a plurality of water supply tank and drain control unit in the manual handle Figure 7a, 7b is a side view of a state to be adjusted by, Figure 7a, Figure 7a illustrates a state in which the drain control pipe installed in the drain control unit is operated in accordance with the present invention Figure 7a 7b is a state in which the drain control tube is rotated and laid down.

Such the present invention is provided with a water supply pipe 160 for automatically supplying water by the opening and closing valve 120 operating in accordance with the position of the buckle 110 in the water supply tank is installed individually or a plurality in the livestock, the water supply for the livestock It is installed on one side of the tub 100, the drain inlet 210 is installed at the bottom of one side wall is connected to the drain 150 of the water supply tank 100, the water in the water supply tank 100 is introduced into the inside, the discharge hole on the floor And drainage control unit 200 of the housing form provided with 220; It is installed on the upper end of the drain control unit 200, the front end of the suction pipe 310 and the discharge pipe 320 of the other side is inserted into one side wall of the water supply tank 100 to circulate the water in the water supply tank 100 A pump 300 for vortexing; The outlet 410 of the tip is positioned higher than the water level of the water supply container 100 when the water discharge control part 200 is connected to the drain inlet 210 in a rotational manner, and the outlet 410 is rotated and laid on its side. ) Is lower than the water supply tank (100) water level drainage control pipe 400 and the water discharged; One end is attached to the hook portion 420 provided at the upper end of the drain control pipe 400, the other end of the pulley (230a) (230b) (230c) installed on the bottom and one side, the outer wall of the drain control unit 200 Tow line 500 which is drawn out through the outside to rotate the drain control pipe 400; One end is fastened to the hook portion 420 of the top of the drain control pipe 400, the other end is fixed to the drain control part 200 is composed of a return spring 600 to make the drain control pipe 400 in its original position It features.

Reference numeral 130 in the drawing is a heater for heating the water in the water supply tank to a predetermined temperature according to the set temperature of the control unit not shown in the drawing, 140 is to hide the livestock from contact with the water supply pipe and the heater It is a cover installed in a water tank.

The present invention is to maintain the water supply tank (100) to always clean the water supply tank (100) containing the water for supply to the animals to be automatically cleaned regularly or when desired by the worker As the livestock can be supplied with clean water that is not contaminated, the conventional livestock can easily solve the problem of disease or infectious disease as they consume contaminated water.

That is, the present invention is provided with a drain control portion 200 of the enclosure form the drain inlet 210 is formed at the bottom of one side wall to the drain control portion 200 to be connected to the drain 150 of the water supply tank 100 (100) Install on one side.

Here, the water supply tank 100 is provided with a water supply pipe 160 for automatically supplying water by the opening and closing valve 120 operating in accordance with the position of the buckle 110.

In addition, the water supply tank 100 has a heater 130 that can supply warm water to livestock by heating the water contained in the winter at a predetermined temperature, and also installs a cover 140 to install the heater 130 as well as the water supply pipe 160. ), The mouth 110 and the opening and closing valve 120 is not exposed to the outside, that is, even if the animal feeds the spout into the water supply container 100 to intake water, the spout is heated by the cover 140 ) Or the water supply pipe 160, the float 110, the opening and closing valve 120 is not in contact with the heater 130 or the water supply pipe 160, the float 110, it can effectively prevent the damage to the opening and closing valve 120. .

In addition, the pump 300 is installed inside the drain control unit 200, and the suction pipe 310 and the discharge pipe 320 are installed at the pump 300, and the suction pipe 310 and the discharge pipe 320 are connected to the water supply tank ( 100 to enter the inside, that is, when the pump 300 is operated, the water in the water supply tank 100 exits the water supply tank 100 through the suction pipe 310 and again into the water supply tank 100 through the discharge pipe 320. Enter

As such, the water in the water supply tank 100 continues to circulate through the suction pipe 310 and the discharge pipe 320 by the pump 300 to vortex the water so that foreign matters in the water supply tank 100 are widely spread by the vortex phenomenon. do.

In addition, the drain control unit 200 is installed inside the drain control pipe 400 is connected to the drain inlet 210 in a rotary type drainage control pipe 400 is erected when the outlet 410 of the tip of the water supply ( 100) to be positioned higher than the water level, when the drain control pipe 400 is laid sideways, the outlet 410 is lower than the water supply tank (100) level.

That is, when the drain control pipe 400 is laid on the side in the state where the foreign matter spreads by vortexing the water in the water supply tank 100 by the pump 300, the outlet 410 of the drain control pipe 400 is As the water level is lower than 100, water is discharged through the outlet 410 and exits to the discharge hole 220.

At this time, the buckle 110 installed in the water supply tank 100 is going down as the water level of the water supply tank 100 gradually decreases, and when the buoy 110 descends, the opening / closing valve 120 is opened to the outside through the water supply pipe 160. Of clean water is introduced back into the water reservoir (100).

Here, the water supply pipe 160 of the water supply tank 100 is installed at the tip of the water supply pipe 160 through the water supply pipe 160 by installing a "b" shaped guide pipe 170 toward one side of the water outlet 150. 100 is newly supplied to the water flow through the drain pipe 150 by the guide pipe 170 so that foreign matters are not blocked in the drain hole 150, the water supply tank 100 is the water drain control pipe 400 Through it will be able to exit smoothly into the discharge hole (220).

When the drain control pipe 400 is laid in such a manner that the water in the water supply tank 100 is discharged to the discharge hole 220 for a predetermined time, all the foreign substances and contaminated water that are spread in the water supply tank 100 are drained out. ) Will continue to be supplied with clean water, and after the drain control pipe 400 is put back to the original position because the water in the water supply tank 100 can no longer escape to the discharge hole 220, the water supply tank with clean water flowing from the outside The water level of the 100 is gradually increased, and when the water level rises, the buoy 110 is also raised to close and open / close the valve 120 to block water flowing from the outside.

In the present invention, the drain control pipe 400 is rotated by a person without the maneuvering the tow line 500, that is, one end of the tow line 500 to the hook portion 420 installed on the top of the drain control pipe 400 The other end of the draw line 500 is drawn out to the outside of the drain control unit 200 through the pulleys 230a, 230b and 230c installed inside the drain control unit 200, and when the pull line 500 is pulled, the drain control tube When the 400 is rotated and lying on its side, pulling the tow line 500, which is pulled back, the drain control pipe 400 is erected again.

Here, the inside of the drain control unit 200, one end is bound to the hook portion 420 of the drain control pipe 400, the other end is installed because the return spring 600 is fixed to the drain control unit 200 tow line 500 When the drainage control pipe 400 laid by the pulling of the traction line 500 is returned to its original position by the return spring 600.

The return spring 600 is formed as a coil spring, but is provided by attaching a fastening bolt 610 at the bottom, and the fastening bolt 240 is inserted into the bottom of the drain control unit 200 to form a fastening hole 240 is fastened. By releasing only the fastening bolt 610 to be able to easily install the return spring (600), on the contrary to loosen the fastening bolt (610) will be able to easily remove the return spring (600).

And the bottom of the drain control unit 200 was installed to support the spring support pipe 250 is inserted into the lower end of the return spring 600 so that the return spring 600 is extended by the life of the spring support pipe 250. .

In addition, in the present invention, it will be described on the assumption that there is not only one water supply container 100 is provided, but a plurality of water supply containers are installed at regular intervals.

That is, as shown in FIG. 5, each of the drain control units 200 is installed at one side of each water supply container 100, and the pull line 500 is installed to be drawn out of the drain control unit 200.

And the main line 800 is provided by connecting the tow line 500 drawn out of each of the drain control unit 200 to the main line 800 at a predetermined interval to pull the main line 800 pull the tow line 500 When the tow line 500 is pulled, the drainage control pipe 400 installed in each drain control unit 200 is laid, and when the main line 800 is placed, the tow line 500 is returned to its original position while returning to the spring 600. The drain control pipe 400 that was laid down is to be erected to its original position.

Here, the guide rod 430 is formed at the upper end of the drain control pipe 400, and the hook portion 420 to which the tow line 500 and the return spring 600 are bound is lifted along the guide rod 430 to adjust drainage. When the pipe 400 is lying down or standing up, it makes the operation more smooth.

In the present invention, the main rope 800 is wound on a drum 700 that is rotated by the power of the electric motor, and when the main rope 800 is automatically wound on the drum, the traction wire 500 is pulled and the main wire 800 is pulled. When the drum 700 is released, the tow line 500 is returned to its original position.

The drum 700 is set to be driven when a predetermined time is set by the setting of an operation control unit (not shown), and stops driving when the drum 700 is driven for a predetermined time.

That is, when the drum 700 is rotated forward according to the set time of the operation control unit, the main string 800 is wound on the drum 700, and the pull string 500 is pulled, and when the towing line 500 is pulled, the drain control pipe 400 is pulled. ) Is lying sideways while the water in the water supply tank 100 exits to the discharge hole 220 of the drain control unit 200 through the drain control pipe 400, after which the drum 700 rotated forward for a certain time is On the contrary, when the reverse rotation is performed, the main line 800 wound up is released, and as the tow line 500 returns to its original position, the drainage control pipe 400 is set to the original position, so that the water in the water supply tank 100 does not escape any more.

In the present invention, as shown in FIG. 6, the manual handle 900 for manually pulling on the main line 800 may be installed at the front of the drum 700 to pull the main line 800 manually. When the drum 700 is not driven or is to be cleaned earlier than the set time, and the user wants to clean the water container 100, the operator can operate the manual handle 900 to pull or return the main wire 800. Even when the drum 700 is not driven, the water container 100 can be cleaned.

In addition, in the present invention, the tension retaining springs 510 and 810 are respectively installed at the front end of the tow line 500 and the main line 800 drawn out of the drain control unit 200, respectively. The string 800 is pulled while being kept taut, thereby increasing the response speed.

On the other hand, looking at the step of how to wash and drain the water of the water supply tank 100 installed at a plurality of intervals in the barn as follows.

First, when the pump 300 installed in the drain control unit 200 is operated for a predetermined time according to the setting of the operation control unit, the water filled in the water supply tank 100 is discharged through the suction pipe 310 and again through the water supply pipe 320 through the discharge pipe 320. Repeating the process supplied to 100 to circulate the water to circulate to disperse foreign substances contained in the water;

By pulling the tow line 500 of each drain control unit 200 by using the main line 800 of the drum 700 operating in response to the signal of the first step and the operation control unit to lay the drain control pipe 400 sideways. A second step;

When the upper end of the drain control pipe 400 laid by the second step is lower than the water level of the water supply tank 100, the water of the water supply tank 100 vortexed by the pump 300 is connected to the drain outlet 150 A third step of discharging to the discharge hole 220 through the drain inlet 210 and the drain control pipe 400 of the part 200;

When the water in the water supply tank 100 is discharged through the discharge hole 220 of the drain control unit 200 by the third step and the water in the water supply tank 100 is lowered to a certain level, clean water is supplied through the water supply pipe 160. A fourth step of supplying the water container 100 to wash the water container 100 with clean water;

After receiving the reverse operation signal of the operation control unit after the fourth step, when the drum 700 is reversed and the main rope 800 is released, and the towing line 500 is returned to its original position, the drain control pipe 400 is fixed by the tension of the return spring 600. ) Is set to the original position, the clean water is filled to the water supply tank 100 through a water supply line 160 at a predetermined level, and when the mouth 110 of the water supply tank 100 reaches a predetermined position, the water into the water supply tank 100. A fifth step of interrupting supply;

If you go through, you can automatically clean the water supply tank (100) without borrowing the power of people, so you can periodically clean the water supply tank (100) without difficulty, you can always keep the water supply tank (100) clean state As the water contained in the water supply tank 100 is also clean water that is not contaminated, the livestock can always consume clean water, thereby preventing diseases and infectious diseases caused by contaminated water in advance.

As described above, although the present invention has been described by a limited embodiment, the present invention is not limited thereto, and the technical idea of the present invention and a patent to be described below by those skilled in the art to which the present invention pertains. Various modifications and changes may be made within the scope of the claims for registration.

100: water container 110: ball
120: valve 130: heater
140: cover 150: drain
160: water pipe 170: guide pipe
200: drain control unit 210: drain inlet
220: discharge hole 230a, 230b, 230c: pulley
240: fastening hole 250: spring support pipe
300: pump 310: suction line
320: discharge pipe 400: drain control pipe
410: exit 420: hanger
430: guide rod 500: tow line
510,810: spring 600 return spring for tension maintenance
610: fastening bolt 700: drum
800: Mainline 900: Manual Handle

Claims (8)

In the water supply pipe is provided with a single or multiple in the stall, provided with a water supply pipe 160 for automatically supplying water by the opening and closing valve 120 operating according to the position of the float 110,
Is installed on one side of the water supply container 100, the drain inlet 210 is installed at the bottom of one side wall is connected to the drain port 150 of the water supply tank 100, the water in the water supply tank 100 is introduced into the inside, A drainage adjusting part 200 having a housing shape having a discharge hole 220 at a bottom thereof;
It is installed on the upper end of the drain control unit 200, the front end of the suction pipe 310 and the discharge pipe 320 of the other side is inserted into one side wall of the water supply tank 100 to circulate the water in the water supply tank 100 A pump 300 for vortexing;
The outlet 410 of the front end is located higher than the water level of the water supply tank 100 when the water discharge control unit 200 is connected to the drain inlet 210 in a rotatable manner. A drain control pipe 400 which lowers the water supply tank 100 and discharges water;
One end is attached to the hook portion 420 provided at the upper end of the drain control pipe 400, the other end of the pulleys 230a, 230b, 230c installed on the bottom and one side, the outer wall of the drain control unit 200 Tow line 500 which is drawn out through the outside to rotate the drain control pipe 400;
One end is fastened to the hook portion 420 of the upper end of the drain control pipe 400, the other end is fixed to the drain control part 200, the return spring 600 to make the drain control pipe 400 to the original position;
The pump 300 is configured to vortex the water in the water supply tank 100, and the water discharge pipe 400 of the rotary type is characterized in that the water in the water supply tank 100 is discharged to the outside. Cleaning and drainage control of livestock feeders.
The method of claim 1,
When a plurality of water supply tanks 100 are installed in the barn at regular intervals, each of the tow lines 500 drawn out from the drain control unit 200 provided on one side of each water supply tank 100 receives power from an electric motor. Livestock feeder, characterized in that the tow line 500 of each drain control unit 200 is integrally towed or returned to its original position by connecting to the main line 800 wound on the drum 700 rotated at a predetermined interval Bucket cleaning and drainage controls.
The method of claim 2,
In the main line 800,
Washing and drainage control device for a livestock feeder, characterized in that the manual pull (900) for manually pulling the front of the drum 700 is installed to pull the main line (800) by electric and manual .
The method of claim 2,
On the top of the drain control pipe 400 forms a guide rod 430,
The hook portion 420 to which the tow line 500 and the return spring 600 are attached is installed to be elevated along the guide rod 430.
Washing and drainage control device for the livestock feeder, characterized in that the rotation and home position of the drain control pipe 400 is smoothed.
The method of claim 2,
The return spring 600 having one end to the hook portion 420 is formed as a coil spring, but is provided with a fastening bolt 610 attached to a lower end thereof.
On the bottom of the drain control unit 200 by installing a spring support pipe 250 is inserted into the fastening hole 240 and the bottom of the return spring 600 of the coil spring is inserted into the fastening bolt 610 is fastened by installing
Washing and drainage control device for the livestock feeder, characterized in that the replacement of the return spring 600 is easy and long life.
The method of claim 2,
In the water supply pipe 160 of the water supply tank 100
Livestock feeder, characterized in that the tip is installed in the guide tube 170 of the "b" shaped toward the one side of the drain 150 of the water supply tank 100 so that the newly supplied water vortex around the drain 150 Bucket cleaning and drainage controls.
The method of claim 2,
At the front end of the tow line 500 and the main line 800 drawn out to the drain control unit 200
Cleaning and drainage adjustment of the water supply tank for livestock use, characterized in that the responsive speed is increased by installing the tension retaining springs 510 and 810, respectively, while the tow line 500 and the main line 800 are kept taut. Device.
In the washing and draining method of the livestock feed container 100,
In order to wash and drain water of the water supply tank 100 installed at a plurality of intervals in the barn, the apparatus of any one of claims 2 to 7 is used.
A first step of circulating and rotating the water filled in each water supply container 100 with the pump 300 which is operated for a predetermined time of the drain control unit 200 according to the setting of the operation control unit so that foreign substances are spread in the vortexed water;
The second step of laying the drain control pipe 400 to the side by pulling the tow line 500 of each drain control unit 200 with the main line 800 of the drum 700 operating in response to a signal from the operation control unit after the first step. step;
When the upper end of the drain control pipe 400 is lower than the water level of the water supply tank 100 by the second step, the water of the water supply tank 100 which is vortexed is connected to the drain inlet 210 and the drain control pipe. A third step of discharging to the discharge hole 220 through the 400;
A fourth step of supplying clean water through the water supply pipe 160 when the water in the water supply tank 100 is lowered to a predetermined level by a third step, thereby washing the water supply tank 100 with clean water;
After the fourth step, when the drum 700 receiving the reverse operation signal of the operation control unit releases the main line 800, the drainage control pipe 400 is raised to its original position under the tension of the return spring 600. A fifth step of allowing clean water to be filled at a predetermined level;
Washing and drainage control method of the livestock feeder, characterized in that consisting of.

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