KR100867427B1 - Apparatus for generating antiseptic solution for sterilizing the inner and outer part of barn and drinking water for stocks - Google Patents

Abstract

An apparatus for generating antiseptic solution for sterilizing the inner and outer part of barn is provided to prevent all kinds of the bacterial diseases through the sterilization and disinfection of the drinking water. An apparatus for generating antiseptic solution for sterilizing the inner and outer part of barn comprises: a sodium hypochlorite generator(1) which stores the sodium hypochlorite in a reservoir after producing sodium hypochlorite; an apparatus for livestock shed disinfection and the bad smell removal using diluted sodium hypochlorite; a controller(2) supplied with antiseptic solution and drinking water; a livestock shed disinfection and the bad smell removing apparatus spraying the antiseptic solution inside the livestock shed; a sterilizer for sterilizing people coming in and out; a vehicles sterilizer; and a drinking water supplier.

Description

Apparatus for generating antiseptic solution for sterilizing the inner and outer part of barn and drinking water for stocks}

1 is a block diagram of a sodium hypochlorite generator and a controller of the present invention.

2 is an overall block diagram of the device of the present invention;

Figure 3 is a front view of the vehicle sterilizer of the present invention device.

4 is a schematic side view of a barn provided with an apparatus of the present invention.

Explanation of symbols on the main parts of the drawings

1: sodium hypochlorite generator 2: controller

3: barn disinfection and odor eliminator 4: barn access sterilizer

5: vehicle sterilizer 6: drinking water supply

7: water pipe 8: high pressure barn washer

9: livestock drinking water bucket or feeder 10: flow sensor

10a: flow rate indicator 11: incoming water supply tank

11a float valve 12 salt water reservoir

13,14: Pump for incoming water and saturated brine

15: electrolysis tank 15a: dilute brine inlet

15b: outlet 16: sodium hypochlorite reservoir

21-24: flow control valve 25-28: pump for sodium hypochlorite supply

29-32: solenoid electric valve 33: control unit

3a, 51: nozzles 3b, 52, 62: pipe

41: mist sprayer 42: scaffold sterilizer

43: timer 53: vehicle entry and passage detection sensor

61 pipe 71 flow meter

72: electric valve 100: barn

The present invention relates to an internal and external disinfection and livestock drinking water generating apparatus, and more specifically 28-30-30 by precipitating a large amount of salt in the water and the pre-set amount and pressure of pre-set water and maintaining a large amount of salt in the water Sodium hypochlorite (NaOCl, Sodium Hypochlorite, Chlorohydrate) formed by diluting the salt by melting the salt of% and mixing the saturated salt of the pre-set amount and the pressure of saturated brine to maintain the salinity of 2.8-3.0%. While continuously producing and collecting B (ClONa) in a reservoir, the sodium hypochlorite is pumped as needed to dilute groundwater or the like (for example, 1 million parts per million (ppm) of sodium hypochlorite when disinfecting). Dilution to have 80-120ppm when infectious disease or virus infestation, 1-2ppm when drinking water, etc .; these ratios are collectively called "determined ratio" to dilute various livestock (cow, pig, chicken) ) Can be sprayed inside the barn that raises them collectively (for example, sow, piglet, non-beef, etc.) to disinfect the inside of the barn and to remove odors. It is installed at the entrance of the house to supply sterilizers for spraying and disinfecting cars, etc., to disinfect cars, and dilute them at a fixed rate in drinking water. It is invented to prevent various bacterial diseases that can occur by drinking the water contaminated water.

In general, livestock disease in cattle is caused by various viral causative organisms.

The first is bacteria from the outside, the second is bacteria from various livestock mothers, the third is bacteria caused by manure, and the fourth is bacteria transmitted through contaminated water (eg Salmonella bacteria). , Yeast bacteria, T. bacilli, cholera bacteria, dysentery diarrhea, Staphylococcus aureus, Escherichia coli, etc.).

On the other hand, in recent years, the livestock farming industry has been enlarged in Korea, and livestock farms are suffering huge damage every year due to livestock or poultry diseases.

Representative infectious diseases of livestock include foot-and-mouth disease.

In the above, foot-and-mouth disease is caused by RNA virus, a kind of Picornaviridae Aphthovirus, and infects animals with hoofs such as cattle and pigs. It is highly contagious and classified as a class A livestock epidemic in many countries around the world. Doing.

In addition, recently, epidemic poultry influenza and other poultry farmers have suffered a great deal of damage.

Since these infectious diseases are very contagious, prevention is important, and if they have already occurred, it is important to prevent the spread of infection.

Therefore, in order to prevent infectious diseases and to spread the infection to disinfect using a disinfectant for sterilization, such disinfectants include bases, acidic agents, chlorine oxidants, aldehydes and the like.

Most of the disinfectants are made by mixing and diluting chemicals with water, and when used excessively, there is a problem that secondary water pollution may be caused.

In addition, since the disinfectant is a chemical, there is a problem that may cause fatal damage to the human body.

On the other hand, the odor gas generated from the livestock waste water is harmful to the human body and causes air or environmental pollution and at the same time causes discomfort or aversion, there is a need to remove the odor gas.

The causes of these odors include hydrogen sulfide (H2S / HS), mercaptan, ammonia, amines and lower fatty acids. In particular, methyl mercaptan is flammable and soluble in water. It is a colorless gas with a disgusting odor like rotten cabbage and an olfactory threshold concentration of 0.0016 ppm. It smells similar to hydrogen sulfide but is detected at a much lower concentration than hydrogen sulfide.

In addition, methods for treating malodor include chemical treatment, biological deodorization, combustion, adsorption and ozone oxidation.

The main methods are soil deodorization and biological treatment using microorganisms.

In the above, the combustion method can cause air pollution, the adsorption method using expensive activated carbon is uneconomical, and the biological method using microorganisms has a problem that a large amount of treatment is difficult and operating conditions are difficult.

The ozone oxidation method mainly oxidizes and deodorizes odor components by using ozone oxidation, but it is a deodorization method that uses the concealment effect of ozone itself. This ozone oxidation method is good for odor-inducing mercaptans, hydrogen sulfides, and ammonia. It is reported in domestic and foreign papers.

However, the ozone oxidation method having such characteristics is difficult to obtain good results by directly spraying ozone into water due to the characteristics of ozone, which is relatively insoluble in water.

Therefore, instead of chemical disinfectants that destroy the environment, there is a need for a method that can disinfect while protecting the environment and effectively remove odors from livestock wastewater.

In addition, a long-term livestock disinfectant composed of a mixed bactericidal disinfectant obtained by dissolving and mixing peppermint oil, ester of acetic acid in ethyl ester of benzoate as a safe fragrance for alkali in a concentrated alkaline aqueous solution mixed and emulsified with caustic soda and slaked lime. Although it has been developed, it is not in practical use because it has a weak disinfectant ability, and there is a dead end where deposits accumulate in facilities such as barns by slaked lime.

On the other hand, sodium hypochlorite (NaOCl, Sodium Hypochlorite) is used for water purification plant, sterilizer in sewage treatment plant, cooling water boiler in general chemical plant, desalination process water, cooling water treatment in power plant, drinking water treatment, plants and vegetables, meat processing, swimming pool It is a chlorine disinfectant in colorless and transparent liquid form with strong chlorine odor used for laundry, papermaking and household bleach.

The non-diaphragm sodium hypochlorite generating device used to produce such sodium hypochlorite is 28-30% by precipitating a large amount of salt in water and water at a preset amount and pressure and maintaining it for more than 8-24 hours. Is a series of electrodes (anode, cathode) without a diaphragm (ion-exchange membrane) in which dilute salts are melted and saturated salts of a predetermined amount and pressure are mixed through a pump to maintain a salt level of 2.8-3.0%. In the process of passing through the electrolysis tank equipped with), the salt in the dilute brine is electrolyzed by direct current added to both electrodes.

That is, a dilute brine of 2.8-3.0% flows into the electrolytic apparatus is sodium ion (Na ⁺ Sodium ion.) And chloride ion (Chloride, Cl ^-) is dissociated into chlorine ions and is oxidized at the anode chlorine (① formula ), Sodium ions are reduced at the cathode to produce sodium (2), and the resulting sodium reacts with water to form sodium hydroxide (NaOH, caustic soda) and hydrogen (3). The sodium hydroxide reacts to produce sodium hypochlorite (NaCl) (4).

_{^{Cl - → ½Cl 2 + e -}} -------------------- ① formula

^{Na + + e - → Na ------------------------} ② formula

Na + H ₂ O → NaOH + ½H ₂ ------------ ③ Formula

NaOH + Cl ₂ → NaOCl + HCl ------------ ④ Formula

The sodium hypochlorite produced as described above is a safe form of chlorine and is used as a chlorine disinfectant or an oxidizing agent in the field where disinfection or oxidation is required, and the production and concentration of sodium hypochlorite is in accordance with Faraday's law. The mixed dilute brine determines the amount of sodium hypochlorite produced and its concentration.

Such sodium hypochlorite is properly diluted with water and used as chlorine disinfectant water, and is also used as drinking water including various washing and washing water. The situation has not been applied to external disinfection equipment and drinking water supply of livestock.

The present invention has been made to solve such a conventional problem, the sodium hypochlorite generator, the barn disinfection system, car disinfection system and drinking water supply device that continuously generates and hypothesis of sodium hypochlorite in real time to collect in the storage tank By linking each other, the user pumps the sodium hypochlorite, dilutes it with ground water and the like at a predetermined ratio, and then sprays the inside of the barn including livestock to spray various livestock (cows, pigs, chickens, etc.) collectively. In addition, it is possible to remove odors, and if necessary, it can be supplied to a car sterilizer installed at the entrance of a barn to spray and sterilize a car. Water is contaminated with livestock through sterilization and disinfection of drinking water The purpose of the present invention is to provide an internal and external disinfection and livestock drinking water generation apparatus that can prevent various bacterial diseases caused by drinking.

In order to achieve the above object, the present invention provides a device for automatically generating drinking water for livestock, including internal and external disinfection of a livestock house.

Maintains 2.8-3.0% salinity by mixing saturated brine with a concentration of 28-30%, which is formed by precipitating salt in a certain amount of water for more than 8-24 hours, with incoming water having a predetermined amount and pressure A sodium hypochlorite generator which is made of dilute brine to be electrolyzed to produce sodium hypochlorite and then stored in a storage tank; By diluting the incoming water in the sodium hypochlorite produced by the sodium hypochlorite generator and supplying it to disinfecting water and drinking water having million parts per million (ppm) units required by the barn disinfection and odor eliminator, the house sterilizer, vehicle sterilizer and drinking water supply. A giving controller; A barn disinfection and odor remover for spraying disinfectant water generated by the sodium hypochlorite generator and supplied through a controller to the inside of the barn; A stall entrance sterilizer for spraying or supplying disinfectant water generated by the sodium hypochlorite generator and supplied through a controller to a person who enters and exits the entrance of the house; A vehicle sterilizer for spraying disinfecting water generated by the sodium hypochlorite generator and supplied through a controller to a vehicle entering and leaving the barn; Characterized in that it comprises a; drinking water supply to generate drinking water supplied by the controller generated by the sodium hypochlorite generator to the animal drinking water bucket or feeder.

At this time, the sodium hypochlorite generator is provided with a float valve and the inlet water supply tank for always desalting a predetermined amount of the inlet water supplied from the straight pipe; A brine reservoir for storing saturated brine having a concentration of 28-30% due to precipitation of salt in a predetermined amount of water for at least 8-24 hours; Inlet and saturation pumping water and saturated brine in the inlet water supply tank and brine reservoir, respectively, dilute with 2.8-3.0% dilute saline in the tubing installed between the dilute saline inlets of the electrolysis tank, and send it to the electrolysis tank. A brine supply pump; Dilute brine introduced into the interior through the inlet by the pump for inlet and saturated brine is continuously electrolyzed to produce sodium hypochlorite, and then discharged into the sodium hypochlorite reservoir through the outlet at the pumping pressure of the two pumps. The main electrolysis tank; Sodium hypochlorite storage tank for storing the sodium hypochlorite that is continuously generated and discharged through the electrolysis tank; characterized in that consisting of.

In addition, the controller may be connected to a flow meter connected to the water pipe in parallel to the flow rate control valve for the user to pass the desired amount of water; Under the control of the control unit in the state installed between the outlet of the sodium hypochlorite storage tank and the flow control valves respectively to pump sodium hypochlorite stored in the sodium hypochlorite storage tank to dilute the incoming water passing through the respective flow control valves Several sodium hypochlorite feed pumps; The outlets of the flow control valve and the sodium hypochlorite supply pump and the barn disinfection and odor eliminator and the barn sterilizer, the vehicle sterilizer and the drinking water supply are opened and closed in response to the output signal of the control unit, respectively. And several solenoid type electric valves for supplying disinfectant or drinking water diluted with sodium hypochlorite in desired parts per million (ppm) in the barn sterilizer, the vehicle sterilizer and the drinking water supply unit. And a controller for controlling the driving of the sodium hypochlorite supply pumps and the solenoid-type electric valves required for driving the barn disinfection and odor eliminator, the barn sterilizer, the vehicle sterilizer, and the drinking water supply device.

In addition, if necessary, a flow rate sensor having a flow rate indicator for numerically displaying the amount according to the flow rate of the incoming water is installed at the front end of the flowmeter so that the user is connected in series with each of the several flow control valves described above. When setting the amount of water passing through the solenoid-type electric valves, it is possible to check the flow rate displayed on the flow rate indicator and the flow rate indicated on the flow meter and to accurately set the desired amount.

On the other hand, the barn disinfection and odor eliminator is installed at a certain interval on the ceiling and the wall portion of the barn of the disinfectant spray nozzles at regular intervals, these pipes are the disinfection of the barn among the solenoid type electric valves It is characterized in that it is connected to the solenoid type electric valve for odor remover.

In addition, if necessary, the high-pressure barn washing machine is installed on the outlet side of the solenoid electric valve for disinfection and odor removal.

The barn entrance sterilizer is provided with a mist sprayer for spraying disinfectant water in the form of a mist on the top of the entrance of the barn, and a scaffolding disinfection tank capable of freshening a certain amount of disinfectant water is installed on the bottom of the doorway, and the door has a door. When opened, it is characterized in that the timer is installed so that the solenoid-type electric valve for barn entrance sterilizer connected to the mist sprayer is opened for a time set in itself.

In addition, the vehicle sterilizer is installed on the barn entrance road through which the vehicle passes through the pipe installed at a certain interval to the fixed or movable in the form of a tunnel, the floor of the road away from the front and rear of the pipe a certain distance The surface or both sides of the vehicle sterilizer solenoid-type electric valve connected to the pipe is characterized in that the vehicle entrance and passage detection sensor is installed to open when the vehicle enters and closes when the vehicle passes.

In addition, the drinking water supply is composed of a pipe installed to correspond to the interval between the number of the drinking water bucket or feed container of the livestock drinking water, characterized in that the pipe is connected to the solenoid type electric valve for drinking water supply.

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

Figure 1 shows a block diagram of a sodium hypochlorite generator and a controller of the present invention, Figure 2 shows the entire block diagram of the device of the present invention, Figure 3 shows a front view of a vehicle sterilizer of the device of the present invention 4 shows a schematic side view of a house in which a device of the present invention is installed.

According to this, the device of the present invention, including the internal and external disinfection of the barn 100, in the configuration of the device to automatically generate drinking water for drinking livestock,

Maintains 2.8-3.0% salinity by mixing saturated brine with a concentration of 28-30%, which is formed by precipitating salt in a certain amount of water for more than 8-24 hours, with incoming water having a predetermined amount and pressure A sodium hypochlorite generator (1) which is made of dilute brine to be electrolyzed to produce sodium hypochlorite and then stored in a storage tank;

The dilution of the incoming water in the sodium hypochlorite produced by the sodium hypochlorite generator (1) is required in the barn disinfection and odor eliminator (3), barn entrance sterilizer (4), vehicle sterilizer (5) and drinking water supply (6) A controller (2) for supplying sterilized water and drinking water having a million fraction (ppm) unit;

A barn disinfection and odor remover 3 for spraying disinfectant water generated by the sodium hypochlorite generator 1 and supplied through the controller 2 to the inside of the barn 100;

A barn-and-mouth sterilizer (4) which sprays or supplies disinfectant water generated by the sodium hypochlorite generator (1) and supplied through the controller (2) to the body or foot of a person who enters and exits the door of the barn (100);

A vehicle sterilizer (5), which is generated by the sodium hypochlorite generator (1) and sprays the disinfectant water supplied through the controller (2) to vehicles entering and exiting the house;

It is characterized in that it comprises a; drinking water feeder (6) generated by the sodium hypochlorite generator (1) and supplied to the domestic drinking water bucket or feeder (9) for drinking water supplied through the controller (2).

At this time, the sodium hypochlorite generator (1) is provided with a float valve (11a) and the inlet water supply tank (11) for always fresh water inlet water supplied from the direct pipe (7);

A salt storage tank (12) for storing saturated brine having a concentration of 28-30% generated by precipitating salt in a predetermined amount of water for at least 8-24 hours;

Water and saturated brine in the incoming water supply tank 11 and the brine reservoir 12 are respectively pumped to dilute brine of 2.8-3.0% in the tubing installed between the dilute brine inlets 15a of the electrolysis tank 15. Pumping water for supplying saturated and saturated brine (13) (14), which are then diluted and sent to the electrolysis tank (15);

The dilute brine introduced into the interior through the inlet 15a by the inlet and saturated brine supply pumps 13 and 14 is continuously electrolyzed to produce sodium hypochlorite, and then the two pumps 13 and 14. An electrolysis tank 15 for discharging the sodium hypochlorite storage tank 16 through the outlet port 15b at a pumping pressure of;

Sodium hypochlorite storage tank 16 for storing the sodium hypochlorite that is continuously generated and discharged through the electrolysis tank 15; characterized in that consisting of.

In addition, the controller 2 includes several flow control valves 21 and 24 connected in parallel with the flow meter 71 connected to the straight pipe 7 so that the incoming water of a desired amount can be passed by the user;

Sodium hypochlorite stored in the sodium hypochlorite storage tank 16 under the control of the control unit 33 in the state installed between the outlet of the sodium hypochlorite storage tank 16 and the flow control valves (21)-(24), respectively Several sodium hypochlorite supply pumps (25)-(28) for pumping and diluting the incoming water passing through the respective flow control valves (21)-(24);

Outlet and barn disinfection and deodorizer (3) and barn accessor sterilizer (4), vehicle sterilizer (5) of the flow control valve (21)-(24) and the sodium hypochlorite supply pumps (25)-(28); In response to the output signal of the control unit 33 in the state connected in series between the inlet of the drinking water supply (6), respectively, the opening and closing is the barn disinfection and odor remover (3) and barn sterilizer (4), vehicle sterilizer (5) and drinking water supply Several solenoid type electric valves (29)-(32) for respectively supplying sterilized water or drinking water diluted with sodium hypochlorite in desired parts per million (ppm) in (6);

The sodium hypochlorite supply pump required for driving the barn disinfection and odor remover 3, the barn resident sterilizer 4, the vehicle sterilizer 5 and the drinking water supply 6 by receiving signals from various switches or sensors. And a control unit 33 for selectively controlling the driving of the (25)-(28) and the solenoid-type electric valves (29)-(32).

In addition, if necessary, a flow sensor 10 having a flow rate indicator 10a for displaying numerically the amount according to the flow rate of the incoming water is installed at the front end of the flow meter 71. Flow rate and flow meter 71 displayed on the flow rate indicator 10a when setting the amount of water passing through the solenoid electric valves 29-32 connected in series to each of the flow control valves 21-24. It is characterized by checking the flow rate shown in Figure 1 to be able to accurately set the desired amount.

On the other hand, the barn disinfection and odor remover (3) is provided with a predetermined interval on the ceiling or ceiling of the barn 100 and the wall portion of the pipe (3b) installed at several intervals of the nozzle 3a for disinfecting water spraying These pipes 3b are characterized in that they are connected to the solenoid electric valves 29 for the barn disinfection and odor eliminator among the solenoid electric valves 29 and 32.

In addition, if necessary, the high-pressure barn washing machine 8 is installed on the outlet side of the solenoid electric valve 29 for disinfection and odor eliminator.

In addition, the barn entrance sterilizer (4) is installed on the top of the barn entrance mist fog sprayer 41 for spraying the disinfectant water in the form of a mist, scaffolding disinfection tank 42 that can dehydrate a certain amount of disinfecting water on the bottom surface of the entrance Wherein, the entrance is characterized in that when the door is opened, the timer 43 to open for the time set in the stall access sterilizer solenoid electric valve 30 connected to the mist sprayer 41 is characterized in that it is installed in itself. It is done.

In addition, the vehicle sterilizer (5) is installed on the barn entrance road through which the vehicle passes, the pipe 52, which is installed at several intervals for the disinfectant spray nozzles 51 at fixed intervals, to be fixed or movable in a tunnel form. The solenoid electric valve 31 for vehicle sterilizers connected to the pipe 52 is opened at the time of entering the vehicle and closed when the vehicle passes through the road floor or both sides of the tunnel pipe 52 at a predetermined distance from the front and rear of the tunnel pipe 52. It characterized in that the vehicle entry and passage detection sensor 53 is installed.

And, the drinking water supply (6) is composed of a pipe (62) installed in several branches (61) corresponding to the interval between the livestock drinking water bucket or feed container (9), the pipe 62 is a solenoid type for drinking water supply It is characterized in that connected to the electric valve (32).

On the other hand, in the above, the parts per million (ppm) of sodium hypochlorite contained in the disinfectant water sprayed from the barn disinfection and odor remover (3), the barn entrance sterilizer (4) and the vehicle sterilizer (5) is 25-35ppm during normal disinfection. It is characterized by having 80-120ppm at the time of infectious disease or virus outbreak.

In addition, the parts per million (ppm) of sodium hypochlorite contained in the drinking water supplied from the drinking water supply (6) is characterized in that it has 1-2ppm.

Referring to the operation and effect of the device of the present invention configured as described above are as follows.

First, the apparatus of the present invention comprises a sodium hypochlorite generator (1) and controller (2), the barn disinfection and odor remover (3), barn entrance sterilizer (4) and the vehicle sterilizer (5) inside and outside the barn (100) Installed inside the barn where the user pumps the sodium hypochlorite produced by the sodium hypochlorite generator 1 and dilutes it with a predetermined ratio with the incoming water such as groundwater and breeds various livestock (cows, pigs, chickens, etc.) collectively. It can disinfect insides of livestock houses, including livestock, and remove odors while supplying them to car sterilizers installed in the entrances of houses. Of course, it is diluted to a certain ratio of the water consumed by various livestock, and the livestock can be produced by drinking water contaminated water through sterilization and disinfection of drinking water. The main technical component is to prevent bacterial diseases.

At this time, the sodium hypochlorite generator (1) is the inlet water supply tank (11) and the brine reservoir (12), the inlet and saturated brine supply pump (13) (14), electrolysis tank (15) and sodium hypochlorite 2.8 by mixing saturated brine having a concentration of 28-30%, which is formed by having a reservoir 16 and precipitating salt in a certain amount of water for more than 8-24 hours, with 2.8 The solution is continuously made with dilute brine maintaining a salinity of -3.0%, and then electrolyzed to produce sodium hypochlorite, and then stored in the sodium hypochlorite storage tank 16.

In the sodium hypochlorite generator 1 having such a configuration, the inlet water supply tank 11 has a float valve 11a composed of a valve, a mouthpiece, and a working rod, and thus, the inlet water supplied from the direct pipe 7. Always keep a certain amount of fresh water in response to the operation of the pump 13 for the incoming water supply will continue to provide the water required for the diluted brine.

In other words, in the intake water supply tank 11, direct water is continuously supplied through the float valve 11a by the amount of intake water discharged from itself, so that the water level in the intake water supply tank 11 is kept constant. Of course, it will always supply the incoming water at a predetermined pressure and flow rate.

That is, as the inlet water is discharged through the inlet water supply pump 13, the mouth of the float valve 11a installed in the inlet water supply tank 11 in a state connected with the water inlet pipe 7 responds to the change in the water level. And the actuating rod also descends around the valve in response to the buckle, so that the valve is opened in response to the change of the angle of the actuating rod, so that the water channel is opened. When the water level of the incoming water rises and reaches a certain level by the supplied water, the valve is closed again by the rise of the float and the waterway is closed, so that the incoming water supply tank 11 always maintains a constant level.

Therefore, the amount and concentration of the generated sodium hypochlorite can be kept constant through the inlet water supply pump 13 irrespective of the amount and pressure of the direct water, and added to the apparatus according to the present invention according to the inlet amount and pressure variation of the inlet water. It is possible to minimize the production interruption of sodium hypochlorite due to the operation of the protective device installed in the system, which can greatly improve the reliability of the product.

In addition, the brine storage tank 12 is to supply a saturated brine having a saturation state of 28-30% by precipitating salt in a predetermined amount of water to pass 8-24 hours, the brine storage tank 12 Equipped with a water level sensor not shown, as well as an electric valve 72 on the pipe between the water pipe (7) and the inlet port is discharged in response to the driving amount of the saturated brine supply pump (14) When the saturated brine falls below a certain amount and the water level sensor detects this, the brine reservoir 12 is repeated by opening the electric valve 72 in the controller 2 to replenish water into the brine reservoir 12. ) Always maintains a certain amount of saturated brine.

Meanwhile, the inlet and saturated brine supply pumps 13 and 14 have a configuration installed between the inlet water supply tank 11 and the brine reservoir 12 and the electrolysis tank 15 and the inlet water supply tank ( 11) and the inlet and saturated brine stored in the brine reservoir 12 are pumped at a predetermined ratio (for example, 9: 1) to the outlets of the inlet and saturated brine supply pumps 13 and 14, respectively. After dilution with dilute brine having a soft water concentration of 2.8-3.0% in the tubular body installed between the dilute brine inlets 15a of the electrolysis tank 15, the electrolysis tank 15 is delivered.

At this time, the pump 13 and 14 for the incoming water and the saturated brine supply may be used by separately installing a pump having one corrugated pipe, or may be used by installing a pump having two corrugated pipes integrally. .

In addition, an electrolysis tank for producing sodium hypochlorite by continuously electrolyzing the dilute brine introduced into the interior through the inlet port 15a by the pumping action of the pump 13 and 14 for supplying the drawn water and the saturated brine ( 15) may use any of the known ones.

In addition, sodium hypochlorite electrolyzed in the electrolysis tank 15 by using the pumping pressure of the pump 13 and 14 for supplying the inlet water and the saturated brine without using a separate pump, the sodium hypochlorite storage tank ( 16) can be easily discharged and stored.

At this time, the sodium hypochlorite is relatively inexpensive to produce compared to various disinfectant chemicals, less chemical pollution, when the domestic consumption of low concentration sodium hypochlorite does not interfere with hygiene, residual hypochlorite Sodium is decomposed by ultraviolet rays, so even after spraying inside and outside the barn, it is characterized by disappearing through natural decomposition after a certain time.

On the other hand, the controller 2 includes several flow control valves 21 and 24, several sodium hypochlorite supply pumps 25 and 28, and several solenoid electric valves 29 and 32. And a control unit 33 and dilution of the incoming water in the sodium hypochlorite produced by the sodium hypochlorite generator 1 to dissolve the barn disinfection and odor remover 3 and the barn sterilizer 4 and the vehicle sterilizer 5. And it is supplied to the disinfecting water and drinking water having a million fraction (ppm) units respectively required in the drinking water supply (6).

At this time, the flow control valves 21 and 24 are connected in parallel with the flow meter 71 connected to the straight pipe 7 to perform a function of allowing the user to pass the desired amount of water, and for supplying the sodium hypochlorite Sodium hypochlorite reservoir 16 under the control of the control unit 33 in a state in which the pumps (25)-(28) are respectively installed between the sodium hypochlorite reservoir (16) and the outlet of the flow regulating valves (21)-(24). Sodium hypochlorite is stored in the pumped to dilute it in the incoming water passed through each of the flow control valves (21)-(24).

In addition, the solenoid type electric valves (29)-(32) are the outlets of the flow control valves (21)-(24) and the sodium hypochlorite supply pumps (25)-(28) and the barn disinfection and odor remover (3). In response to the output signal of the control unit 33 in the state connected in series between the inlet sterilizer (4), the vehicle sterilizer (5) and the drinking water supply (6), respectively, the livestock disinfection and deodorizer (3) and the barn The sterilizer (4), the vehicle sterilizer (5) and the drinking water supply (6) is passed through the sterilized water or drinking water diluted with sodium hypochlorite in the desired parts per million (ppm) unit, respectively, the control unit 33 by the user Sodium hypochlorite required for driving the barn disinfection and odor remover 3, barn resident sterilizer 4, vehicle sterilizer 5 and drinking water supply 6 by receiving signals from various switches or sensors to be operated. Feed pumps 25-28 and solenoids The drive of the id-type electric valves (29) -32 is selectively controlled.

On the other hand, in the present invention, the user by installing the flow sensor 10 having a flow rate indicator (10a) that displays the number according to the flow rate of the incoming water as necessary to the front end of the flow meter (71) The flow rate displayed on the flow rate indicator 10a when the amount of water passing through the solenoid-type electric valves 29-32 connected in series through the several flow control valves 21-24 is set. The desired flow rate can be set accurately by confirming the flow rate shown in the flow meter 71.

At this time, the setting amount of the water passing through the flow control valves (21)-(24) may be set differently depending on the purpose of use of sodium hypochlorite, that is, whether to use sterilized water or drinking water, the barn disinfection and odor eliminator In the case of the flow control valves 21, 22, and 23 connected to the livestock sterilizer 4 and the vehicle sterilizer 5, the pump for supplying the sodium hypochlorite is normally provided that no infectious disease or virus is provided. 25) (26) (27), the incoming water while checking the flow rate displayed on the flow rate indicator (10a) and the flow rate shown in the flow meter 71 so that the million fraction (ppm) of sodium hypochlorite supplied through them is 25-35 ppm It can be set so that it can be fed, and set to have 80-120ppm when infectious diseases or viruses occur.

In addition, in the case of the flow control valve 24 connected to the drinking water supply (6), 1 million parts per million (ppm) of sodium hypochlorite supplied through the sodium hypochlorite supply pump 28 may be used for livestock drinking. You can set it to have -2ppm.

In addition, the barn disinfection and odor remover (3) is installed at a certain interval on the ceiling or ceiling and wall of the barn 100, the pipe (3b) is installed at a predetermined interval several nozzles for disinfecting water spray, These pipes 3b are produced by the sodium hypochlorite generator 1 by connecting to the solenoid electric valves 29 for livestock disinfection and odor eliminator among the solenoid electric valves 29-32. By disinfecting the disinfecting water supplied through the (2) to the inside of the livestock house 100 is to be able to perform the disinfection and odor removal in the livestock house.

In this way, when the disinfectant containing 25-35ppm or 80-120ppm of sodium hypochlorite is sprayed into the house through the barn disinfection and odor remover 3, the inside of the house is disinfected and sterilized by sodium hypochlorite. Automatic sterilization, as well as sterilization of infectious diseases and viruses, as well as to remove the odorous ammonia nitrogen and hydrogen sulfide, which can be seen that the removal by the formula shown below.

[Hydrogen Sulfide] H ₂ S + NaClO → S + NaCl + H ₂ O

[Ammonia] 2NH ₃ + 3NaClO → N ₂ + 3NaCl + 3H ₂ O

At this time, if a high pressure barn washer 8 is additionally installed at the outlet side of the solenoid electric valve 29 for disinfection and odor remover 3 of the barn disinfectant and odor remover 3, after the shipment of various livestock, Disinfecting water containing 35ppm or 80-120ppm sodium hypochlorite can be strongly sprayed through the high-pressure barn washing machine (8) to clean and sterilize the inside of the barn (100) as well as by ammonia nitrogen and hydrogen sulfide. You can get rid of bad smells.

In addition, the barn entrance sterilizer (4) is provided with a mist sprayer 41 for spraying the disinfecting water in the form of a mist on the top of the entrance of the barn 100, scaffold that can dehydrate a certain amount of disinfecting water on the bottom surface of the doorway As well as the disinfection tank 42 is installed, the entrance 43 is provided with a timer 43 for opening the door for the time set by the solenoid type electric valve 30 for the sterilizer entry and exit sterilizer connected to the mist sprayer 41 when the door is opened. Spray the disinfectant water generated by the sodium hypochlorite generator (1) and supplied through the controller (2) to the person entering and exiting the entrance and exit of the livestock house (100) to have a variety of bacteria that can be buried in the body of the house As well as sterilization, various germs that can be transferred to the shoes of the person through the disinfection water contained in the scaffold disinfection tank 42 can be disinfected. It is.

On the other hand, the vehicle sterilizer (5) is installed so as to be fixed or movable in the form of a tunnel in the pipe inlet in which a number of disinfectant spray nozzles 51 are installed at a predetermined interval on the barn entrance or road through which the vehicle passes, The solenoid electric valve 31 for the vehicle sterilizer connected to the pipe 52 is opened at the time of entering the vehicle and closed when the vehicle passes through the road bottom or both sides of the tunnel-type pipe 52 at a predetermined distance. A function of spraying the sterilizing water generated by the sodium hypochlorite generator (1) and supplied through the controller (2) to vehicles entering and exiting the house, having a configuration in which the vehicle entry and passage detection sensor (53) is installed. Do this.

Therefore, it is possible to automatically disinfect twice during entry and exit for all vehicles entering and leaving the barn 100, thereby preventing the movement of various viruses and infectious diseases through the vehicle.

In addition, the drinking water supply (6) is a livestock drinking water bucket with a pipe (62) in which several branch pipes (61) are installed so as to correspond to the interval between the livestock drinking water bucket or feed container (9), such as a supply device such as general tap water or ground water. Or it is installed in the upper portion of the feed container (9), the pipe 62 has a configuration connected to the solenoid electric valve 32 for drinking water supply.

Therefore, drinking water having a concentration of 1-2 ppm of sodium hypochlorite is automatically generated by the sodium hypochlorite generator 1 in the cattle in the barn and then fed into the domestic animal drinking water bucket or feeder 9 through the controller 2. It can be supplied to the animal in order to prevent various bacterial diseases that can occur due to drinking water contaminated water.

Although the above-described embodiments have been described with respect to the most preferred embodiments of the present invention, it is not limited to the above embodiments, and it will be apparent to those skilled in the art that various modifications can be made without departing from the technical spirit of the present invention.

As described above, according to the internal and external disinfection and livestock drinking water generating apparatus according to the present invention, a sodium hypochlorite generator continuously producing and collecting sodium hypochlorite in real time and collecting in a storage tank in and outside various livestock houses, By installing a disinfection system, car disinfection system and drinking water supply device, the sodium hypochlorite generated in real time is pumped and continuously diluted at a predetermined rate to the incoming water such as groundwater to collectively divide various livestock (cow, pig, chicken, etc.). It is possible to disinfect the inside of livestock house including livestock by spraying inside the livestock house, to remove odor, and to disinfect people and vehicles that enter and exit the house as needed. Through the movement of various viruses and infectious diseases can be prevented, and various livestock By providing the disinfection and sterilization of drinking water and diluted sodium hypochlorite to a fixed percentage livestock it will be very useful inventions, etc. that can prevent a variety of bacterial diseases that can occur due to drinking water contaminated by water.

Claims (11)

In constructing a device for automatically generating drinking water of livestock, including disinfection inside and outside the house, Sodium hypochlorite generator which mixes saturated brine with a concentration of 28-30% with incoming water to make dilute saline with 2.8-3.0% salinity, and then electrolyzes it to produce sodium hypochlorite and store it in the storage tank. ; By diluting the incoming water in the sodium hypochlorite produced by the sodium hypochlorite generator to supply sterilized water and drinking water having a million fraction (ppm) units required by the barn disinfection and odor eliminator, barn entrance sterilizer, vehicle sterilizer and drinking water supply A giving controller; A barn disinfection and odor remover for spraying disinfectant water generated by the sodium hypochlorite generator and supplied through a controller to the inside of the barn; A barn sterilizer for disinfecting water generated by the sodium hypochlorite generator and supplied to the body of a person who enters and exits the entrance of the barn to a sprayer or a shoe; A vehicle sterilizer for spraying disinfecting water generated by the sodium hypochlorite generator and supplied through a controller to a vehicle entering and leaving the barn; And a drinking water supply unit for generating drinking water supplied by the sodium hypochlorite generator and supplied through the controller to the domestic drinking water bucket or the feeding container. The method according to claim 1, The sodium hypochlorite generator, An incoming water supply tank for receiving fresh water supplied from a direct pipe; A brine reservoir for storing saturated brine having a concentration of 28-30%; Inlet and saturation pumping water and saturated brine in the inlet water supply tank and brine reservoir, respectively, dilute with 2.8-3.0% dilute saline in the tubing installed between the dilute saline inlets of the electrolysis tank, and send it to the electrolysis tank. A brine supply pump; Dilute brine introduced into the interior through the inlet by the pump for inlet and saturated brine is continuously electrolyzed to produce sodium hypochlorite, and then discharged into the sodium hypochlorite reservoir through the outlet at the pumping pressure of the two pumps. The main electrolysis tank; Sodium hypochlorite storage tank for storing the sodium hypochlorite that is continuously generated and discharged through the electrolysis tank; Internal and external disinfection and livestock drinking water generation apparatus, characterized in that consisting of. The method according to claim 1, The controller, A plurality of flow control valves connected in parallel with a flow meter connected to the direct water pipe to allow the user to pass the desired amount of water; Under the control of the control unit in the state installed between the outlet of the sodium hypochlorite storage tank and the flow control valves respectively to pump sodium hypochlorite stored in the sodium hypochlorite storage tank to dilute the incoming water passing through the respective flow control valves Several sodium hypochlorite feed pumps; The outlets of the flow control valve and the sodium hypochlorite supply pump and the barn disinfection and odor eliminator and the barn sterilizer, the vehicle sterilizer and the drinking water supply are opened and closed in response to the output signal of the control unit, respectively. And several solenoid type electric valves for supplying disinfectant or drinking water diluted with sodium hypochlorite in desired parts per million (ppm) in the barn sterilizer, the vehicle sterilizer and the drinking water supply unit. In the barn, comprising: a control unit for controlling the driving of the sodium hypochlorite supply pumps and solenoid-type electric valves required for driving the barn disinfection and odor eliminator, the barn sterilizer, the vehicle sterilizer and the drinking water supply. External disinfection and livestock drinking water generator. The method according to claim 1, The barn disinfection and deodorant, A pipe having several disinfectant spray nozzles is installed on the ceiling or ceiling and wall of the house, and these pipes are connected to the solenoid electric valves for the disinfection and deodorization of the barn among the solenoid electric valves. Internal and external disinfection and livestock drinking water generator. The method according to claim 4, Inside and outside disinfection and livestock drinking water generation apparatus of the livestock, characterized in that the high-pressure barn washing machine is installed on the outlet side of the solenoid type electric valve for disinfection and odor eliminator. The method according to claim 1, The barn sterilizer, A mist sprayer configured to be connected to a solenoid-type electric valve for sterilizers in the upper part of the stall entrance and spraying disinfectant water in the form of a mist, and a scaffold disinfection tank for disinfecting water is installed at the bottom of the entrance. Internal and external disinfection and livestock drinking water generator. The method according to claim 6, The entrance and exit disinfection and livestock drinking water generation apparatus, characterized in that when the door is opened, the timer is installed so that the solenoid-type electric valve for livestock sterilizer sterilizer sterilizer connected to the mist sprayer is opened for a set time in the entrance. The method according to claim 1, The vehicle sterilizer, A vehicle sterilizer is installed on the inlet road through which the vehicle passes, and the pipe having several nozzles for disinfecting water spraying is fixed or movable in the form of a tunnel. An internal disinfection and livestock drinking water generating device according to claim 1, wherein the solenoid type electric valve is installed at the moment when the vehicle enters the vehicle and is closed when the vehicle passes. The method according to claim 1, The drinking water supply unit, A plurality of branch pipes composed of pipes corresponding to the interval between the drinking water bucket or the feeding bucket of the livestock, wherein the pipe is connected to a solenoid-type valve for drinking water supply, the inside and outside disinfection and livestock drinking water generating apparatus. The method according to claim 1, The parts per million (ppm) of sodium hypochlorite contained in the disinfectant water sprayed from the barn disinfection and odor eliminator and the barn sterilizer and the car sterilizer usually have 25-35ppm for disinfection and 80-120ppm for an infectious disease or virus outbreak. Disinfection and cattle drinking water generation apparatus, characterized in that the barn. The method according to claim 1, Million fraction (ppm) of sodium hypochlorite contained in the drinking water supplied from the drinking water supply unit is characterized in that it has a 1-2ppm barn, external disinfection and livestock drinking water generating apparatus.

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