KR101546159B1 - Apparatus for disinfection using Ozone water - Google Patents

Abstract

The present invention relates to a compressed air supply system, An ozonated water supply unit for generating and delivering ozonated water; An ozone water spraying part coupled to one end of the compressed air supply part and one end of the ozonated water supply part to adjust the spray pressure of the ozonated water by the pressure of the compressed air; And a case having the ozone water supply unit on the inside thereof. According to the present invention, since the ozone water is sprayed by the compressed air provided by the separate compressed air supply unit, the spraying force is strong and the high concentration Ozone water can be sprayed.

Description

[0001] Apparatus for disinfection using Ozone water [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a preventive device, and more particularly to a preventive device using ozone water.

Generally, animals and plants are infected with various diseases by pathogenic bacteria and pathogenic viruses. These pathogenic and pathogenic viruses are killed by ozone in the ozonated water on contact with ozonated water. Therefore, by spraying ozone water on surfaces and air contaminated by pathogenic bacteria and pathogenic viruses, pathogenic bacteria and pathogenic viruses can be killed to prevent various diseases.

A conventional sterilizing apparatus using ozone is disclosed in Japanese Utility Model Registration No. 0212366 entitled " Device for maintaining clean environment of house using ozonated water ". In this design, a spray device for spraying ozonated water with fine water droplets is installed at a certain interval and height in a housing room, and an ozone contact vessel for dissolving ozone in water is installed around the housing. A high-pressure pump is installed to spray the ozone water to the atomizer at high pressure, and a dissolved ozone measurement sensor is installed in the ozone contact tank and connected to the automatic dissolved ozone measurement control device.

However, in the above design, the ozone contact tank for generating ozonated water is fixedly installed outside the housing, and the ozonated water is sprayed from the pipe fixed by the high-pressure pump.

In addition, the ozone water used for plants has a problem in that it can not maintain a high concentration in a range that does not harm crops because the ozone water is weakly sprayed to the greenhouse.

Korean Registered Utility Model No. 0212366 (November 21, 2000), "Device for maintaining clean environment of house using ozonated water"

SUMMARY OF THE INVENTION An object of the present invention is to provide an ozone water discharge device capable of spraying ozone water in a movable manner and having a strong spraying force.

According to an aspect of the present invention, there is provided an ozonized water prevention apparatus comprising: a compressed air supply unit for supplying compressed air from an air compressor to deliver the compressed air; An ozonated water supply unit for generating and delivering ozonated water; An ozone water spraying part coupled to one end of the compressed air supply part and one end of the ozonated water supply part to adjust the spray pressure of the ozonated water by the pressure of the compressed air; And a case having the ozone water supply part inside.

Furthermore, the case may be provided with a wheel for movement, or may be a structure that can be worn by a person.

The compressed air supply unit may further include a control valve for regulating a supply amount of the compressed air to one side of the compressed air supply unit, and the ozone water supply unit may further include a control valve for adjusting the supply amount of the ozone water to one side.

In addition, the ozone water supply unit may include an ozone generating member for generating ozone, a water supplying member for supplying water, and an ozone water mixing member for mixing the ozone and the water and connected to the ozone generating member and the water supplying member, As shown in Fig.

Here, the ozone generating member may include a vacuum pump at one side so as to adjust the pressure for supplying ozone to the ozone water mixing member, and the vacuum pump may include an ozone water mixing Member and a high-pressure hose.

In addition, the high-pressure hose may be provided in plurality from the vacuum pump, and the ozone water mixing members may be disposed in series so as to correspond to the high-pressure hose.

In addition, the water supply member may include a check valve on one side of the ozone water mixing member to prevent ozone from flowing backward.

In addition, the water supply member may include a water cooler at one side of the ozone water mixing member to lower the temperature of water supplied to the ozone water mixing member.

Furthermore, the ozone water mixing member may include excess ozone removing means on the other side to remove excess ozone.

Further, the ozone water mixing member may be either a venturi pipe or a dissolution storage tank.

According to another embodiment of the present invention, there is provided an ozonized water protection device comprising: an ozone generating member generating ozone; a water supplying member supplying water; and the ozone generating member and the water supplying member being connected to each other to mix ozone and water An ozonated water supply unit for generating and delivering ozonated water; A vacuum pump provided at one side of the ozone generating member to adjust a pressure for supplying ozone to the ozone water mixing member; A high pressure hose connecting the vacuum pump and the ozone water mixing member to supply high-pressure ozone to the ozone water mixing member; An ozonated water spraying part provided at one end of the ozonated water supply part for spraying the ozonated water; And a case having the ozone water supply part inside.

Furthermore, the case may be provided with a wheel for movement, or may be a structure that can be worn by a person.

Here, the ozonated water supply unit may further include a control valve for controlling the supply amount of the ozonated water to one side.

Further, the high-pressure hose may be provided in plurality from the vacuum pump, and the ozone water mixing members may be disposed in series so as to correspond to the high-pressure hose.

Here, the water supply member may include a check valve on one side of the ozone water mixing member to prevent ozone from flowing backward.

The water supply member may include a water cooler on one side of the ozone water mixing member to lower the temperature of water supplied to the ozone water mixing member.

In addition, the ozone water mixing member may be provided with excess ozone removing means at one side so as to remove excess ozone.

According to the ozone-water protection device of the embodiment of the present invention,

First, by spraying ozone water, ozone water can be sprayed on surfaces and air contaminated by pathogenic bacteria and pathogenic viruses, thereby killing pathogenic bacteria and pathogenic viruses to prevent various diseases.

Secondly, it is possible to carry out anti-personal protection by preventing the vehicle from being equipped with a case having a movable structure.

Third, since the ozone water is sprayed by the compressed air provided by the separate compressed air supply unit, the spraying force is strong and the high concentration ozone water of a desired range can be sprayed.

Fourth, because compressed air is used, it is suitable for spraying a small amount of ozone water, and is more advantageous in terms of power consumption and economical efficiency than direct spraying method using atomizer.

Fifth, it is possible to separately control the pressure of the compressed air and the supply amount of the ozonated water by providing a separate control valve in the compressed air supply unit and the ozonated water supply unit.

Sixth, the ozone generating member is equipped with a vacuum pump and is connected with the ozone water mixing member and the high pressure hose to adjust the ozone supply pressure to supply high-pressure ozone.

Seventh, a plurality of high-pressure lakes are provided from a vacuum pump, and a plurality of ozone water mixing members are provided to improve ozone concentration of ozone water.

Eighth, a check valve may be provided in the water supply member to prevent ozone from flowing backward.

Ninthly, a water cooler may be provided in the water supply member to improve ozone solubility.

In the tenth aspect, surplus ozone removing means may be provided in the ozone water mixing member to remove excess ozone.

Eleventh, the ozone water mixing member can be selected from a venturi tube or a dissolving storage tank as required.

1 is a conceptual diagram illustrating an ozone water prevention apparatus according to an embodiment of the present invention.
FIGS. 2 to 4 are enlarged views of the ozonated water supply unit shown in FIG. 1. FIG.
5 is a conceptual diagram illustrating an ozone water prevention apparatus according to another embodiment of the present invention.
FIGS. 6 and 7 are enlarged views of the ozonated water supply unit shown in FIG. 5. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Note that, in the drawings, the same components are denoted by the same reference symbols as possible. Further, the detailed description of known functions and configurations that may obscure the gist of the present invention will be omitted. For the same reason, some of the components in the drawings are exaggerated, omitted, or schematically illustrated.

FIG. 1 is a conceptual view showing an ozonized water prevention device according to an embodiment of the present invention, and FIGS. 2 to 4 are enlarged views of the ozonated water supply part shown in FIG. 1. FIG.

1, the ozonized water protection device 100 includes a compressed air supply unit 110, an ozonated water supply unit 120, an ozonated water injection unit 130, and a case 140.

The compressed air supply unit 110 receives compressed air from the air compressor C and delivers the compressed air. The air compressor (C) is disposed outside the case (140) to be described later in consideration of its volume, and is electrically connected to a separate power source (P1) to supply power to compress air.

Here, the compressed air supply unit 110 may manually adjust the supply amount of the compressed air by providing the control valve 111 on one side.

Next, the ozonated water supply unit 120 generates and transfers the ozonated water. More specifically, as shown in the drawing, the ozone water supply unit 120 includes an ozone generating member 122, a water supplying member 123, and an ozone water mixing member 124 inside the case 140.

The ozone generating member 122 generates ozone, and the water supplying member 123 is connected to the water line to supply water. The ozone generating member 122 generates ozone from high-pressure oxygen or air. The ozone generating member 122 can generate ozone by an air cooling method in which the discharge tube is cooled with air. The ozone water mixing member 124 is connected to the ozone generating member 122 and the water supplying member 123 to mix the ozone and water.

At this time, the ozonated water supply unit 120 includes a control valve 121 for regulating the supply amount of the ozonated water. The control valve 121 may be, for example, a solenoid valve and may be connected to the power source P2 to adjust the supply amount of the ozonated water.

2, the ozone generating member 122 may include a vacuum pump 125 on one side thereof to adjust the pressure of ozone supplied to the ozone water mixing member 124. In particular, the pressure may be adjusted so that the ozone pressure is about 2.4 bar so as to increase the solubility of ozone.

The vacuum pump 125 is connected to the ozone water mixing member 124 and the sub high pressure hose 126b to supply ozone of high pressure to the ozone water mixing member 124.

3, a plurality of sub-high-pressure hoses 126b may be provided from the vacuum pump 125. [ In addition, the ozone water mixing members 124 may be disposed in series so as to correspond to the sub high-pressure hose 126b. Accordingly, ozone solubility of ozone water can be further improved.

The water supply member 123 may include a check valve 127 on one side of the plurality of ozone water mixing members 124 to prevent ozone from flowing back to the water supply member 123. When the venturi tube is used as the ozone water mixing member 124, the ozone can flow back to the water supply member 123 through the ozone water mixing member 124, so that the water supply member 123 may include a check valve 127 to prevent ozone from flowing backward.

In addition, the water supply member 123 may include a water cooler 128 between the plurality of ozone water mixing members 124 and the check valve 127 to improve ozone solubility. When the temperature of the water is low, the solubility of the ozone in the water becomes high. Therefore, the water cooler 128 may be provided in the water supply member 123 for supplying water to the ozone water mixing member 124 to lower the water temperature. The water cooler 128 can lower the water temperature to a temperature of about 4 DEG C, which is a temperature at which the solubility of ozone can be improved.

In addition, the plurality of ozone water mixing members 124 may include excess ozone removing means 129 on the other side to remove excess ozone. The excess ozone removing means 129 is provided on the other side of the plurality of ozone water mixing members 124 because high ozone is supplied from the ozone generating member 122 to the ozone water mixing member 124 as described above, .

On the other hand, the ozone water mixing member 124 may be provided in any one of a venturi pipe and a dissolution storage tank. That is, a venturi pipe capable of mixing water and ozone on a small scale may be used, or may be provided as a dissolution storage tank as shown in FIG. In the case of a dissolution storage tank, the ozone treatment time is prolonged, and thus the ozone solubility can be improved.

One end of the compressed air supply part 110 and one end of the ozone water supply part 120 are connected to the ozonated water spray part 130 so that the injection pressure of the ozonated water is controlled by the pressure of the compressed air. The ozone water jetting unit 130 may be provided with a plurality of nozzles for jetting.

In addition, the ozonated water spraying unit 130 may be connected to the main high pressure hose 126a from the ozonated water mixing member 124 to spray ozone water of high pressure.

The case 140 is provided with an ozone water supply unit 120 on the inner side and is movable. In the figure, it is illustrated that the case 140 can be moved by being provided with a wheel W, and the present invention is also applicable to a structure that can be worn by a person.

Hereinafter, the operation principle of the ozonized water prevention apparatus 100 will be described.

First, the power source P1 is supplied to the air compressor C, and compressed air is generated at a predetermined pressure in the air compressor C.

In addition, power is supplied to the ozone generating member 122 to generate ozone in the ozone generating member 122. The ozone of the ozone generating member 122 and the water of the water supplying member 123 pass through the ozone water mixing member 124 and the ozone and water are mixed automatically by the ozone water mixing member 124 Ozone water is produced.

The control valve 111 provided in the compressed air supply unit 110 is manually opened and at the same time the power source P2 is supplied to the control valve 121 provided in the ozonated water supply unit 120, that is, the solenoid valve, The ozone water is sprayed by the pressure of the compressed air to the ozone generator 130. That is, as the compressed air is injected into the ozonated water spraying unit 130, the ozonated water is sprayed.

FIG. 5 is a conceptual view showing an ozonized water prevention apparatus according to another embodiment of the present invention, and FIGS. 6 and 7 are enlarged views of the ozonated water supply unit shown in FIG.

Next, an ozonized water prevention device according to another embodiment of the present invention will be described.

Hereinafter, for the sake of convenience of description, the same components as those described above are repeatedly used the same reference numerals.

5, the ozonized water prevention apparatus 100 includes an ozonated water supply unit 120, a vacuum pump 125, a main high pressure hose 126a, a sub high pressure hose 126b, an ozonated water injection unit 130, .

5 is a view showing a structure in which the pressure of the vacuum pump 125, the main high-pressure hose 126a, and the sub-high-pressure hose 126b And the ozone water is sprayed thereon.

As described above, the ozone water supply unit 120 includes an ozone generating member 122 for generating ozone, a water supply member 123 for supplying water, and an ozone generating member 122 and a water supply member 123 And an ozone water mixing member 124 for mixing ozone and water to generate and deliver ozone water.

At this time, the ozonated water supply unit 120 includes a control valve 121 for regulating the supply amount of the ozonated water.

The vacuum pump 125 is provided at one side of the ozone generating member 122 to adjust the pressure for supplying ozone to the ozone water mixing member 124.

The sub high pressure hose 126b connects the vacuum pump 125 and the ozone water mixing member 124 so as to supply high-pressure ozone to the ozone water mixing member 124.

The solenoid of the ozone is improved by providing the vacuum pump 125, the main high-pressure hose 126a, and the sub-high-pressure hose 126b to generate ozone water having high ozone solubility, The ozone water can be sprayed through the nozzle.

As shown in FIG. 7, a plurality of sub-high-pressure hoses 126b may be provided from the vacuum pump 125. FIG. In addition, a plurality of ozone water mixing members 124 are provided so as to correspond to the sub high-pressure hose 126b, and are arranged in series to improve the solubility of ozone.

6 and 7, the water supply member 123 may include a check valve 127 on one side of the ozone water mixing member 124 to prevent ozone from flowing back to the water supply member 123 .

In addition, the water supply member 123 may include a water cooler 128 between the ozone water mixing member 124 and the check valve 127 to lower the temperature of the water to be supplied, thereby improving the ozone solubility.

In addition, the ozone water mixing member 124 is provided with the surplus ozone removing means 129 on the other side, so that excess ozone that can be generated as the ozone is supplied at a high pressure can be removed.

The ozonated water spraying part 130 is provided at one end of the ozonated water supply part 120 to spray the ozonated water. The ozone water jetting unit 130 may be provided with a plurality of nozzles for jetting.

In addition, the ozonated water spraying unit 130 may be connected to the main high pressure hose 126a from the ozonated water mixing member 124 to spray ozone water of high pressure.

The case 140 is provided with an ozone water supply unit 120 on the inner side and is movable. In the figure, it is illustrated that the case 140 can be moved by being provided with a wheel W, and the present invention is also applicable to a structure that can be worn by a person.

It should be noted that the embodiments of the present invention disclosed in the present specification and drawings are only illustrative of the present invention in order to facilitate the understanding of the present invention and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100 ... Ozonated water prevention device 110 ... Compressed air supply part
120 ... ozone water supply part 122 ... ozone generating member
123 ... water supply member 124 ... ozone water mixing member
125 ... Vacuum pump 1126a ... Main high pressure hose
126b ... sub-high pressure hose 127 ... check valve
128 ... water cooler 129 ... surplus ozone removal means
130 ... ozone water jetting part 140 ... case

Claims (17)

A compressed air supply unit for receiving and delivering compressed air from the air compressor;
An ozonated water supply unit for generating and delivering ozonated water;
An ozone water spraying part coupled to one end of the compressed air supply part and one end of the ozonated water supply part to adjust the spray pressure of the ozonated water by the pressure of the compressed air; And
And a case having the ozone water supply part inside thereof ,
The ozonated water supply unit includes:
An ozone generating member for generating ozone,
A water supply member for supplying water,
A plurality of ozone water mixing members connected to the ozone generating member and the water supplying member for mixing ozone and water,
A main high-pressure hose coupled to one side of the plurality of ozone water mixing members and equipped with surplus ozone removing means for removing surplus ozone,
A vacuum pump connected to the plurality of ozone water mixing members through a plurality of sub-high pressure hoses so as to supply high-pressure ozone to the plurality of ozone water mixing members,
And a water cooler disposed on the other side of the plurality of ozone water mixing members for lowering the temperature of water supplied from the water supply member to the plurality of ozone water mixing members,
Wherein the plurality of ozone water mixing members are arranged in series and are a venturi pipe. The method according to claim 1,
In this case,
The ozonated water prevention device according to any one of claims 1 to 3, The method according to claim 1,
The compressed air supply unit includes:
Further comprising a control valve for controlling the supply amount of the compressed air to one side,
The ozonated water supply unit includes:
Further comprising a control valve for controlling a supply amount of the ozonated water to one side of the ozonated water. delete delete delete The method according to claim 1 ,
The water supply member
Wherein a check valve is provided between a supply end where water is supplied and the water cooler so as to prevent ozone from flowing backward. delete delete delete An ozone generating member which bangsaeng ozone, the water supply member for supplying water, and the ozone generating member and the water supply member is connected to includes a plurality of ozone water mixing member for mixing the ozone with the water delivered by generating ozone An ozone water supply unit;
A main high pressure hose connected to one side of the plurality of ozone water mixing members and equipped with excess ozone removing means for removing excess ozone;
A vacuum pump provided at one side of the ozone generating member to adjust a pressure of ozone supplied to the plurality of ozone water mixing members;
A plurality of sub-high pressure hose connecting the vacuum pump and the plurality of ozone water mixing member so that a plurality of the ozone water mixing member supplying ozone of high pressure;
An ozone water spraying part provided at one end of the main high pressure hose for spraying ozone water; And
It includes the case of ozone water having the inner parts of the supply,
Wherein the plurality of ozone water mixing members are venturi pipes and are arranged in series . The method of claim 11,
In this case,
The ozonated water prevention device according to any one of claims 1 to 3, The method of claim 11,
The ozonated water supply unit includes:
Further comprising a control valve for controlling a supply amount of the ozonated water to one side of the ozonated water. delete The method of claim 11,
The water supply member
Wherein the check valve is provided on the other side of the plurality of ozone water mixing members so as to prevent ozone from flowing backward. Claim 15
The water supply member
And a water cooler is provided between the plurality of ozone water mixing members and the check valve so as to lower the temperature of water supplied to the ozone water mixing member. delete

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