KR100838285B1 - Mote other nyum the sound water which uses the disinfecting possibility manufacture system - Google Patents

Abstract

An apparatus for producing disinfecting water using a titanium ozone generator is provided to recirculate water transferred to an inner part of a filter into a reservoir water diluting detention tank at 20 minute intervals, supply new water into the filter consistently, prevent water-borne bacteria using a titanium ozonizer, and remove taste and smell from water through a decomposing and adsorbing process of ozone by granular activated carbon in the filter. In a production apparatus of disinfecting water supplied through a drinking water producing apparatus from a water supply pipe(1) such that the disinfecting water is drinkable, an apparatus for producing disinfecting water using a titanium ozone generator comprises: a reservoir water diluting detention tank(3) which contains a dilution amplifier(31), and into which water is guided from the water supply pipe; a titanium ozone generator(2) which has an ozonizer formed from one side of the dilution amplifier to generate ozone; a nitrate remover(4) for removing a small amount of nitrate contained in ozone supplied from the titanium ozone generator to supply pure ozone only; an ejector(32) of the dilution amplifier into which circulating water is sucked through the nitrate remover to dilute ozone gas into the sucked circulating water; a supply booster pump(5) through which diluted water is guided to the filter from the reservoir water diluting detention tank; and a cock(7) formed on the filter to supply disinfecting water through the filter, wherein water in the filter is guided to the reservoir water diluting detention tank in 20 minute intervals, and new water flows into the filter from the reservoir water diluting detention tank according to opening of the cock.

Description

Disinfectant manufacturing apparatus using titanium ozone generator {Mote other nyum the sound water which uses the disinfecting possibility manufacture system}

1 is a block diagram of a manufacturing apparatus of the present invention

2 is an oscillation circuit diagram

3 is an electric circuit diagram

<Brief description of the main parts of the drawing>

1-Supply Pipe 2-Ozone Generator

3-Low Water Dilution Reservoir 4-Nitrate Remover

5-supply booster pump 5'-dilution booster pump

6-filter 7-cock

8-Ozone Zone Destroyers 31-Dilution Amplifiers

32-Eject

The present invention relates to a manufacturing apparatus capable of supplying disinfectant water using a titanium ozone generator, and more specifically, to sterilization of bacteria and heavy metals by ozone treatment of water that is contaminated during water transport, including chlorine odor generated from tap water. Invented a manufacturing apparatus for manufacturing and supplying disinfectant water that is rich in oxygen and minerals and prevents live bacterial infection through the decomposition process.

The manufacturing apparatus invented as described above is capable of supplying fresh fresh water at all times when opening the cock of the filter by recycling the water stored in the filter into the low dilution retention tank at 20 minute intervals and supplying new water to the filter. It is a very useful invention that can contribute to the health of the general public by supplying living water without any harmful effects.

As is well known, there is a general lack of awareness of environmental conservation in the course of rapid economic development.

Due to this lack of awareness of environmental conservation, the level of pollution as well as air quality has reached a very serious level.

In particular, domestic sewage, agricultural and livestock waste, and industrial wastewater cause pollution of public waters such as appeals, inner bays and inland seas, and urban small and medium rivers.

Therefore, the achievement rate of chemical oxygen demand (COD) and biochemical oxygen demand (BOD), which are related to total nitrogen (N) and total phosphorus (P), such as lakes, bays and inland seas due to water pollution, is very low.

In addition, rivers, lakes, and dams are often sources of drinking water, so mold odors, filtration disturbances, and abnormal growth of toxic algae have become major sources of water pollution.

Most of the tap water containing the contaminated water is filtered through several stages of filter, and the filtered water is used as drinking water or boiled to sterilize or reverse osmosis of minerals. As a fine filter as described above, drinking water and bacteria that are similar to distilled water with nothing in the water at the time of drinking water at the same time, and in the water purification plant, chlorine is added during the water supply to contaminate the water and delay the contamination (trihalomethane generation There is a desperate need for ways to eliminate the smell of tap water.

However, technically distinguishing the above problems requires the complete sterilization of viruses or waterborne bacteria, the problem of preserving minerals, and the overall technical composition of the vitamin-rich water supply.

On the other hand, in order to solve the root cause of the present invention, in recent years, ozone treatment process and activated carbon treatment process are introduced into the water treatment system due to the contamination of the source water by heavy metals, trace organic pollutants, pathogenic microorganisms, etc. There is a growing interest in reuse of treated water.

Currently, the ozone treatment process and the activated carbon treatment process are separately installed and operated. As a result, excessive land area and operating cost are pointed out as problems.

In order to compensate for this, the activated carbon treatment process is provided at the end of the ozone treatment process to activate the microorganisms in the activated carbon, and the bioactive carbon process for extending the replacement time of the activated carbon has been developed and spread.

However, in winter, as in Korea, the water temperature of the source water is lowered below 5 ° C, and thus the microbial activity is lowered. In addition, because of the high possibility of microorganisms of activated carbon outflow due to inexperienced operation, a sand filter or a separate treatment facility may be provided at the rear end, which causes excessive installation cost and operating cost, as well as a large land area.

In addition, in the field of reuse of treated water, the sewage is treated in a building or a certain area and then reused in the field, so a process requiring less land area and an equivalent or improved water treatment technology of the existing water treatment technology are required.

Therefore, it is an object of the present invention that the water delivered in the filter is recycled to the low water dilution tank at intervals of 20 minutes and the filter is configured to continuously supply new water.

Another object of the present invention is to be able to produce a disinfectant water preventable from waterborne bacteria using a titanium ozonizer of water.

Another object of the present invention is supplied by the operation of the pressure s / w and the flow s / w by the pressure difference when opening the cock in accordance with the supply of drinking water and sterilizing water is irrelevant through the decomposition and adsorption process of ozone by the granular activated carbon in the filter Another object of the present invention is to be able to supply the lively water by removing the taste or smell.

Hereinafter, the components of the present invention will be described.

In the disinfectant water production apparatus that is supplied so as to drink through the drinking water production apparatus supplied from the water supply pipe (1), the water supplied from the water supply pipe (1) is a dilution amplifier 31 (apparatus for mixing water and ozone well) Is guided to the low dilution retention tank (3) equipped with an ozone generator (2) from one side of the dilution amplifier (31) (a device for mixing water and ozone well), and from the ozone generator (2). Ozone is supplied by the titanium ozone generator (2) that generates ozone, and the nitrate remover (4) is formed to remove only a small amount of nitrate contained in the ozone so that only pure ozone can be supplied. The suction circulating water and the ozone gas are diluted by the eject 32 of the dilution amplifier 31 (a device for mixing water and ozone well) through the feed booster pump (5) from the low dilution retention tank (3). ) The dilution booster pump 5 'is formed to be guided to the filter 6 through the filter 6 and supplied to the drinking water through the filter 6, and the dilution booster pump 5' is periodically operated. The ozone in the contacting tank is diluted 10 minutes and the 20-minute reduction process is repeated to purify the water quality to be stored in the low water dilution tank (3).

The stagnant water inside the filter 6 formed as described above is guided to the low dilution retention tank 3 at 20-minute intervals, and fresh water is supplied from the low dilution retention tank 3 at all times to maintain the cock 7. It is configured to be able to supply fresh water through the filter (6) when opening.

In addition, the ozone destructor 8 is formed at one side of the low dilution residence tank 3 so that the dissolved surplus ozone gas of the low dilution residence tank 3 is decomposed and destroyed.

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

1 is a block diagram illustrating a manufacturing apparatus of the present invention, as shown in the drawing, an inlet pipe is formed at one side of the lower side, and the inlet water is introduced through the inlet pipe, and the inlet water is supplied to the low dilution tank 3. To be guided.

In addition, the ozone gas introduced through the ozone generator 2 shown on the upper side is passed through the nitrate remover 4 to be diluted by the eject 32 and guided to the low water dilution retention tank 3. In the guided state, the water in the low dilution retention tank 3 is guided to the filter 6 through the supply booster pump 5 so as to be able to supply drinking water at all times.

It does not matter if the drinking water is used directly in the supplied state as described above, but if the water is stored for a long time, the water of the filter 6 is kept in a low dilution tank at intervals of 20 minutes to prevent problems of water freshness and bacterial growth. Guided to (3) and the new water is introduced by circulating the low water dilution retention tank (3) is configured to supply fresh and lively water at all times when opening the cock (7) of the filter (6).

2 is an oscillation circuit diagram and FIG. 3 is an electric circuit diagram. When the low water level is moved out by the low water level sensor, the operating power of R1 (relay 1) is operated, and R2 (relay 2) for the automatic operation dilution and supply device is ready. Circulating dilution pump CP periodically operates 10-minute dilution and 20-minute reduction process of ozone in the contacting tank due to the automatic dilution contact, and the water distillation process is performed. It is stocked on.

When the cock (7) is opened in order to use the disinfectant in the above state, the P / SW (pressure switch) operates first, and when used in small quantities, the residual pressure remains, so the pressure S / W (switch) is short-cycle , Because the number of movements is short), the fluid flow S / W is automatically turned on compared to the double short cycle (seizure, the number of movements is short) for smooth compatibility. GAS FLOW S / W is turned on by venturi and ozone generator 2 is supplied with ozone gas.

In addition, if the water stored in the activated carbon filter is not used for a long time in the drinking water supply line, there is a risk of bacterial growth, so the instantaneous circulation electronic valve is operated by the mini time R (small time relay) by the timer every 20 minutes. The water in the discharged filter is reduced to the dilution tank and resterilized, and the drinking water immediately before drinking is configured to immediately drink fresh and sterilized water.

Hereinafter will be described the operating state of the present invention.

A nitrate remover (4) capable of receiving ozone by the ozone-generating titanium ozone generator (2) and removing only a small amount of nitrate from the supplied ozone to receive pure ozone gas;

A low dilution retention tank (3) capable of receiving water from the water supply pipe (1) (water supply) through a primary filter (6);

A titanium ozone generator (2) for generating ozone in response to a signal from a low water level sensor when constant water is supplied;

A pressure booster pump for dilution;

When the booster pump operates, the discharged water flows through the venturi tube to the eject 32 (diluent ozone gas) and the venturi due to the differential pressure principle. power is supplied to the ozone generator 2 by s / w to generate ozone, and the suction circulating water and the ozone gas are diluted through the nitrate remover 4 via the ozone gas supply pipe to the diesel fuel 32;

A dilution amplifier (a device for mixing water and ozone) at the end of ozone water circulated to maximize the dissolution efficiency through the dilution tube;

When the ozonated treated water stays in the low water dilution retention tank 3 at all times and the sterilized purified water is needed, the pressure boost s / w first makes use of the differential pressure when the cock 7 is opened. ), But the pressure difference occurs depending on the amount of water used. At this time, a short cycle (a lot of seizures and movements occur) occurs. It keeps double control and keeps working even when it is used continuously. When the cock (7) is closed, the non-return valve (NRV) stops automatically because it prevents backflow and maintains the compatibility vitality. ), Disinfectant water that can be used continuously at 0.1 mg / l to 0.5 mg / l of ozone is always available when needed;

When used as drinking water, the drinking water cock (7) is opened and dissolved ozone water, which disinfects trace amounts of heavy metals and molds, is passed through an activated carbon filter while filtering dead microorganisms (germs) and other organic matters. It is a device that supplies abundant and germ-free bottled water.

In addition, the surplus ozone gas dissolved in the dilution tank is decomposed and destroyed by the ozone decomposer and released into the atmosphere.

Meanwhile, water droplets and moisture backflow preventers are added to increase the efficiency of the supply pipe.

Hereinafter, the effects of the present invention will be described.

It is a device that is used immediately when disinfection water is produced by disinfecting sterilization, sterilization, odor and heavy metal by simply disinfecting trihalomethane of viruses and waterborne bacteria and chlorine at room temperature. Easy to use in the state and there is no harmful even in a confined space, the use of drinking water is trapped in the filter (inside of the filter) is a bacteria propagation and decay factors, but in the present invention, the sterilized water in the filter does not have to use drinking water for a long time 20 The water is circulated to the low dilution retention tank at minute intervals to provide the effect that the new sterilized water can be supplied only by opening the cock in the filter.

In addition, it is supplied in the operation of pressure s / w and flow s / w by the pressure difference when opening the cock in accordance with the supply of drinking water and sterilizing water. It provides a viable supply of water at all times.

Meanwhile, the present invention enumerates the best configuration thereof, but is not limited thereto, and if it can be practiced without departing from the scope of the appended claims, it is a matter of course that modifications of the above-described configuration can be considered.

Claims (3)

In the disinfection water production apparatus is supplied so as to drink through the drinking water production apparatus supplied from the water supply pipe, The water supplied from the water supply pipe (1) is guided to the low water dilution retention tank (3) equipped with a dilution amplifier (31), Ozone is supplied by a titanium ozone generator (2) which generates ozone from the ozone generator (2) by forming an ozone generator (2) from one side of the dilution amplifier (31). The nitrate remover 4 is formed to remove and supply only pure ozone, The inhaled circulating water and ozone gas are diluted with the eject 32 of the dilution amplifier 31 by passing through the nitrate remover 4, Guided from the low water dilution tank (3) through the feed booster pump (5) to the filter (6), The cock 7 is formed to be supplied to the disinfecting water through the filter 6, wherein the stagnant water in the filter 6 is guided to the low water dilution tank 3 every 20 minutes and the low dilution residence Disinfectant water production apparatus using a titanium ozone generator, characterized in that new water is introduced into the filter (6) from the tank (3) so that the new water is introduced in accordance with the opening of the cock (7). delete delete

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