KR20130014209A

KR20130014209A - Apparatus for sterilizing using ozone and sterilized-water

Info

Publication number: KR20130014209A
Application number: KR1020110076182A
Authority: KR
Inventors: 송영숙; 허혁; 허지석
Original assignee: 송영숙
Priority date: 2011-07-29
Filing date: 2011-07-29
Publication date: 2013-02-07

Abstract

PURPOSE: An apparatus for sterilizing animal hazard is provided to increase sterilization effect and range. CONSTITUTION: An apparatus for sterilizing animal hazard comprises an ozone sterilized water production tank which generates and stores ozone sterilized water, a circulation line which is installed on the outside of the ozone sterilized water production tank, a circulation pump which circulates the water stored in the ozone sterilized water production tank, a water purification unit(100), a transfer exhausting unit(200), a controller(300), and a pH control unit. [Reference numerals] (101) Animal excrement introduction; (140) Ozone supplier; (141) Injector; (300) Controller

Description

Veterinary hazard sterilizer using ozone and ozone sterilizing water {APPARATUS FOR STERILIZING USING OZONE AND STERILIZED-WATER}

The present invention relates to an apparatus for disinfecting animal hazards using ozone and ozone sterilizing water, and more specifically, purifying water through ozone generated in an ozone feeder to disinfect and disinfect through ozone sterilizing water and ozone separately. And the range can be increased, and the sterilization effect can be increased by adjusting the pH concentration of ozone sterilization water to acidic or alkaline, and can be used without temperature limitation even in winter. It is about.

Ozone is a colorless and unstable gas with strong oxidizing power and combined with 3 oxygen atoms. Unlike chlorine, ozone does not leave any harmful residues and has strong sterilizing power to remove bacteria and virus bacteria, tobacco smoke and other odors. As it has an excellent effect of being harmless by reacting with organic substances such as gas and various harmful organic substances, recently, ozone generators that generate such ozone purify, sterilize, discolor and deodorize water and air. Environmental improvement is being made.

However, since ozone is easily dissolved in water or self-decomposed in the air due to its characteristics, in order to properly display ozone's purification ability and disinfection function, ozone is decomposed. In the case of the sterilization device, there is a problem that most of the generated ozone disappears due to overlooking the property of decomposition of ozone.

In order to solve this problem, there is a patent No. 1045104 filed by the present applicant.

The previous application allows ozone generated in the ozone supply to purify water, while transporting the purified ozone sterilization water and ozone separately so that the ozone is not decomposed into oxygen and simultaneously spraying ozone sterilization water and ozone to disinfect them. And there is an effect that can increase the range, but because the pH concentration is weakly acidic, the sterilization effect of animal hazards is weak, and when the temperature is low, such as winter, the ozone sterilization water and the injection part of ozone cannot be used because of the disadvantage. have.

The present invention is to solve the problems as described above, by purifying the water through the ozone generated in the ozone feeder can increase the disinfectant disinfection effect and range through separate transport and simultaneous injection of ozone sterilization water and ozone, It is an object of the present invention to provide an apparatus for disinfecting animal hazards using ozone and ozone sterilizing water which can increase the sterilizing effect by adjusting the pH concentration of ozone sterilizing water to acidic or alkaline.

Another object of the present invention is to prevent the ozone sterilization water and the spraying portion of ozone from freezing and freezing at low temperatures so that the ozone sterilizing water and the spraying part of the ozone can be used without temperature limitation even in winter.

The apparatus for sterilizing animal hazards using ozone and ozone sterilizing water according to the present invention includes an ozone sterilizing water generating tank for generating and storing ozone sterilizing water by mixing water and ozone, and a circulation provided outside the ozone sterilizing water generating tank. A ozone supply unit 140 which is installed in a line, the circulation line to circulate water stored in the ozone sterilization water generation tank, and is connected to an injector provided in the circulation line to supply ozone to the ozone sterilization water generation tank. Water purification section consisting of; A transport discharge part for separately transporting and supplying ozone sterilized water generated and stored in the ozone sterilization water generation tank and ozone generated in the ozone supply to a predetermined place; By supplying ozone to the water in the ozone sterilization water generation tank by controlling the water purifying unit and the transfer discharge unit to generate and circulate ozone sterilization water to transfer the ozone in the ozone supply to a certain place to discharge the ozone sterilization water and ozone respectively. Controller; It characterized in that it is configured to spray after adjusting the ozone sterilized water to acidic or alkaline, including a pH adjusting means for adjusting the pH of the ozone sterilized water mixed with water and ozone.

The present invention is characterized in that the injection portion of the transport discharge portion is prevented from being blocked by freezing during the winter and freezing prevention means capable of preventing freezing.

According to the apparatus for sterilizing animal hazards using ozone and ozone sterilizing water according to the present invention, it is possible to purify the ozone sterilizing water generation tank by supplying ozone to water, and generated from the purified ozone sterilizing water and the ozone feeder. Since ozone can be individually transported to a place for disinfection and then sprayed at the same time through an injection nozzle and an ozone sorting pipe installed therethrough, it is possible to reduce the difference between the amount of ozone generated and the amount of ozone emitted and to produce fine particles such as fog. The ozone sterilization water sprayed on can make ozone easily reach the place with water, which can increase the disinfection effect and range in large structures such as barns, restaurants, and mobile houses installed in vehicles such as vehicles. PH concentration of ozone sterilization water can be adjusted to acidic or alkaline, which is suitable for sterilization of animal hazards. By increasing the sterilization effect by producing ozone sterilization water, the reliability as a sterilizer can be improved.

In addition, even if the temperature is low, such as winter, it is possible to use in winter by preventing freezing and freezing of the ozone sterilization water and the injection portion of the ozone, it is possible to increase the utility without restriction of temperature.

1 is a conceptual diagram of an animal hazard element sterilization apparatus using ozone and ozone sterilizing water according to the present invention.
Figure 2 is an enlarged view of the spray nozzle applied to the animal hazard element sterilization apparatus using ozone and ozone sterilizing water according to the present invention.

As shown in FIG. 1, the apparatus for sterilizing animal hazards using ozone and ozone sterilizing water according to the present invention basically purifies water through ozone supply to make ozone sterilizing water (referring to water purified by ozone). Water purifying unit 100, the transfer discharging unit 200 for transporting the ozone sterilized water and ozone generated in the water purifying unit 100 and discharged to the outside, the water purifying unit 100 and the transfer discharge unit 200 It consists of a controller 300 for controlling the ozone supply amount or ozone sterilization water and ozone transfer.

The water purification unit 100 is installed outside the ozone sterilization water generation tank 110 and the ozone sterilization water generation tank 110 for accommodating water therein through the opening and closing opening again to allow the ozone sterilization water to circulate therein. A circulation line 120 for forming a closed path, a circulation pump 130 installed in the circulation line 120 to provide power for circulating water in the ozone sterilization water generation tank 110, and a circulation line 120 It is connected to the injector 141 provided in the) consists of an ozone supplier 140 for supplying ozone to the injection nozzle 220 to be described later while supplying ozone to the water of the ozone sterilization water generation tank 110.

According to the structure of the water purifying unit 100, a path in which water is circulated by a circulation pump 130 that is operated by a power supply such as a commercial voltage applied to a building or a vehicle, ie, a circulation line 120. Since ozone may be supplied to the ozone, some of the ozone contained in the water is decomposed into oxygen, and as a result, ozone and oxygen are purified by the ozone sterilizing water generation tank 110 to generate ozone sterilizing water.

In addition, a water level sensor (not shown) may be installed on the inner wall of the ozone sterilization water generation tank 110 to check the water level introduced into the ozone sterilization water generation tank 110 through a signal measured from the controller 300.

The transfer discharge unit 200 is for discharging and discharging ozone generated in the ozone sterilization water generating tank 110 and ozone generated from the ozone supply 140 separately to a predetermined place, and ozone sterilizing water generating tank 110. Water and ozone generated through the ozone supplier 140 are sprayed separately to a place where sterilization and disinfection are desired, for example, a large-scale barn, a vehicle-movable barn, and the like, which is why ozone sterilization water is generated. In order to transport the water from the tank 110 to the desired place and finely spray it, a strong pressure must be applied and it is easy to be decomposed into oxygen at high pressure due to the nature of ozone. Water and ozone should be transported separately to prevent the disinfection of ozone.

Transfer discharge unit 200 for showing the above effect is installed in the ozone sterilization water transfer line 210, the ozone sterilization water transfer line 210 is provided with a pressure pump 211 (Ozone sterilization water generation tank ( 110, a plurality of injection nozzles 220 for injecting water in the water, an ozone transport line 230 connected to the ozone supply 140, and a plurality of ozone branched from the ozone transport line 230 to discharge ozone The ozone classifier tube 240 is vertically penetrated through the central portion of the spray nozzle 220 and a portion thereof is exposed to the outside so that water is injected into the particulate form through the spray nozzle 220. At the same time, ozone can also be brought into direct contact with the sprayed water without being decomposed into oxygen, resulting in increased sterilization efficiency and range.

In addition, by installing an ozone discharge valve 241 which is opened at a predetermined pressure in each of the ozone classifying pipes 240, ozone transported through the ozone transfer line 230 may be uniformly discharged under a predetermined pressure. .

The controller 300 controls the water purification unit 100 and the transfer discharge unit 200 to circulate while supplying ozone to the water in the ozone sterilization water generation tank 110 or to transfer ozone to a predetermined place to purify the ozone sterilization. Water and ozone are respectively discharged, and more specifically, the circulation pump 130 and the ozone supplier 140 are operated first to purify the water in the ozone sterilization water generation tank 110, and then pressurized pump 211. ) And the ozone supply 140 to operate and supply and spray ozone sterilizing water and ozone to a place where sterilization and disinfection are needed, that is, a spray nozzle 220 and an ozone classification pipe 240.

Although not shown in the figure, by installing an additional drinking water supply unit for supplying purified water of the ozone sterilization water generating tank 110 to drinking water of the livestock, clean water may be supplied to the livestock grown in the livestock farm.

The present invention is configured to increase the sterilization effect of the animal hazard by adjusting the pH of the ozone sterilized water stored in the ozone sterilization water generation tank 110 to the pH most suitable for the sterilization of the animal hazard.

pH adjusting means, by adding a pH adjusting agent (the detailed description is omitted because it is a commonly used product) to the ozone sterilizing water generating tank 110 to acidic (for example, pH 5 ~ pH 6) of the concentration of ozone sterilizing water Or it is to increase the bactericidal effect by adjusting to alkaline (for example, pH 7 ~ pH 9), it is possible to supply a pH adjuster manually and automatically. In other words, the present invention is to increase the sterilization effect and efficacy of animal hazards by producing ozone sterilized water (acidic ozone sterilized water or alkaline ozone sterilized water) of pH concentration suitable for the sterilization of animal hazards. When mixed, the ozone sterilizing water is acidic with pH 5 ~ pH 6, so do not add pH adjuster when using acidic ozone sterilizing water. It is replaced by ozone sterilized water. Therefore, in the present invention, a mode changeover switch capable of selecting an acidic mode and an alkaline mode can be configured. That is, to use the acidic ozone sterilized water, select the acidic mode so that the pH adjuster is not added. On the contrary, to use the alkaline ozone sterilized water, select the alkaline mode to add the pH adjuster as follows.

The following is for changing the acidic ozone sterilized water mixed with ozone to alkaline ozone sterilized water.

PH control storage tank 400, pH meter 410 for measuring the pH concentration of ozone sterilized water in the ozone sterilization water generation tank 110, pH display showing the pH concentration in both manual and automatic manner 420 is applied.

In case of the manual method, the pH concentration displayed on the pH display 420 is displayed, and when the current pH concentration is out of the set pH range, the pH regulator stored in the pH regulator storage tank 400 is mixed with the ozone sterilization water generation tank 110. While watching the pH concentration, the pH adjuster is mixed to ensure that the current pH concentration is within the reference pH range.

In the case of the automatic method, the controller 300 compares the current pH concentration measured by the pH meter 410 with the reference pH, and when the current pH concentration is lower than the reference pH concentration, the pH regulator stored in the pH regulator storage tank 400 is automatically Into the ozone sterilization water generating tank 110.

That is, in the case of the automatic method, the valve is opened and closed under the control of the controller so that the pH regulator stored in the pH regulator storage tank 400 is automatically supplied, the pH regulator storage tank 400 can be supplemented and supplied with a pH regulator It is a tubular structure having an inlet and an outlet so as to be disposed above the ozone sterilization water generating tank 110, for example, and configured to freely drop the pH regulator upon opening of the valve. In such an automatic manner, the valve is opened and closed by the control of the controller, and thus, those skilled in the art will be able to fully implement the detailed description and drawings.

For reference, components of the valves and pumps that can be controlled by the controller 300 may be added to each of the water purifying unit 100, the transfer discharge unit 200, and the drinking water supply unit, by supplying or discharging the corresponding gas and liquid. As is known in the art specific description thereof will be omitted.

The present invention is characterized in that the injection port of the injection nozzle 220 is prevented from being blocked by freezing during the winter, and to prevent freezing, which will be described in detail below.

In the circumference of the injection nozzle 220, the injection hole of the injection nozzle 220 is not blocked, and if it is blocked, it can melt the injection hole and prevent freezing. , A hot water circulation passage for circulating hot water having a high temperature by a heater or the like).

In addition, the ozone sterilization water transfer line 210 and the ozone transfer line 230 is made of SUS material so as not to cause winter freezing, and the ozone sterilization water generation tank 110 at the opposite end of the supply side is ozone sterilization water and ozone, respectively. By returning to the ozone supply 140 and the ozone sterilization water transfer line 210 and the ozone transfer line 230 to form an empty space may be applied to the return pump 600 that can prevent freezing and freezing.

The present invention can be both a fixed type for a barn and the like and a mobile type mounted on a moving vehicle.

100: water purification unit, 110: ozone sterilization water generation tank
200: transfer discharge unit, 300: controller
400: pH adjuster storage tank, 410: pH meter
420: pH display, 500: freezing prevention means
600: return pump,

Claims

Ozone sterilization water generation tank 110 for generating and storing ozone sterilization water by mixing water and ozone, a circulation line 120 installed outside the ozone sterilization water generation tank, and is installed in the circulation line 120 A circulating pump 130 for circulating water stored in the ozone sterilization water generation tank 110 and an injector 141 provided in the circulation line 120 to supply ozone to the ozone sterilization water generation tank 110. A water purifying unit (100) consisting of an ozone supplier (140);
A transport discharge unit 200 for transporting and supplying ozone sterilized water generated and stored in the ozone sterilization water generation tank 110 and ozone generated in the ozone supply 140 separately to a predetermined place;
By supplying ozone to the water in the ozone sterilization water generation tank 110 by controlling the water purifying unit 100 and the transfer discharge unit 200 to generate and circulate ozone sterilization water to transfer the ozone in the ozone supplier to a certain place. A controller 300 for discharging ozone sterilizing water and ozone;
Sterilization of animal hazards using ozone and ozone sterilized water, characterized in that the ozone sterilized water is adjusted to be acidic or alkaline, including a pH adjusting means for controlling the pH of the ozone sterilized water mixed with water and ozone. Device.

The method according to claim 1, wherein the pH adjusting means, pH adjusting agent storage tank 400, pH measuring agent includes a pH meter 410 for measuring the pH concentration of ozone sterilized water stored in the ozone sterilization water generation tank, The controller compares the current pH concentration measured by the pH meter with the reference pH concentration, and when the current pH concentration is lower than the reference pH concentration, the pH regulator stored in the pH regulator storage tank is supplied to the ozone sterilization water storage tank to give an alkaline Animal ozone sterilization apparatus using ozone and ozone sterilized water, characterized in that the control to generate ozone sterilized water.

The ozone and ozone according to claim 1 or 2, wherein the ozone and ozone are installed at a periphery of the injection nozzle of the transfer discharge part 200 and include an ice preventing means for preventing freezing of the injection nozzle through high temperature heat. Device for sterilizing animal hazards using sterile water.

The apparatus for sterilizing animal hazards using ozone and ozone sterilizing water according to claim 2, wherein a pH display (420) for displaying the pH concentration of the ozone sterilizing water stored in the ozone sterilizing water storage tank is included.

4. The ozone sterilization water storage tank 110 is installed in the ozone sterilization water transfer line 210 having the pressure pump 211 and the ozone sterilization water transfer line 210. A plurality of injection nozzles 220 for injecting and stored ozone sterilization water, ozone transfer line 230 connected to the ozone supply 140, and branched from the ozone transfer line 230 to discharge ozone It consists of a plurality of ozone classifier pipe 240, the ozone classifier pipe 240 is vertically penetrating the central portion of the injection nozzle 220 using a ozone and ozone sterilized water, characterized in that the portion is exposed to the outside Animal hazard element sterilization device.

The ozone sterilization water of the ozone sterilization water transfer line 210 and the ozone transfer line 230 is installed on the opposite side of the supply side of the ozone sterilization water transfer line 210 and the ozone transfer line 230. Animal ozone using ozone and ozone sterilized water, characterized in that it comprises a return pump 600 that can prevent the freezing and freezing by returning ozone to the ozone sterilizing water generation tank 110 and the ozone supply 140, respectively. Urea sterilization device.

The ozone sterilization apparatus using ozone and ozone sterilizing water according to claim 5, wherein the ozone sterilizing water generating tank 110 is provided with a drinking water supply unit for discharging the purified ozone sterilizing water for use as drinking water. .