WO2007012226A1

WO2007012226A1 - An anion/ozone mist fan sterilizer

Info

Publication number: WO2007012226A1
Application number: PCT/CN2005/001151
Authority: WO
Inventors: Pai-Cheng Chen
Original assignee: Pai-Cheng Chen
Priority date: 2005-07-29
Filing date: 2005-07-29
Publication date: 2007-02-01

Abstract

An anion/ozone mist fan sterilizer, comprises an electronic controller board, a power supply, an ozone/anion generator, a liquid tank, a gas/liquid mixer, a pump and a blower, wherein said electronic controller board controlling said power supply to turn on said ozone/anion generator to generate an ozone or anion air and to mix said ozone or anion air with water in said liquid tank to obtain an ozone or anion water; said pump drawing said ozone or anion water to a nebulization nozzle of said blower, said ozone or anion water being nebulized into an ozone or anion mist and sprayed out by said blower to cover and to sterilize a target; besides, a fan of said blower blowing said ozone or anion mist to a large area for sterilization.

Description

Fan type negative ion / ozone fog sterilizer

The invention relates to a fan type negative ion/ozone mist sterilizer, in particular to a kind of ozone or negative ion mixed with water to become a high concentration ozone water, the concentration is sufficient for disinfection, sterilization, atomization and fan A fan-type negative ion/ozone mist sterilizer that is blown out to achieve large-area and effective disinfection purposes.

Background technique

At present, the methods for disinfecting the body or local parts (hands or feet) on the market are mostly methods such as soap, cleansing lotion, disinfectant, etc., but the above methods have insufficient bactericidal power and chemical residues. Residues in the environment and expensive, and other shortcomings.

In addition, in the prior art, although there is an ozone disinfection machine, the ozone generated by the ozone disinfection machine is mixed in the air, so that it cannot stay on the surface of the object to be disinfected for a long time to achieve the desired sterilization effect, and In the open space, ozone flows along with the airflow, and directly reacts with suspended matter, bacteria, and odor in the air to decompose and destroy it. However, it is difficult to achieve the proper area (such as the hand) to be sterilized. Sterilization effect.

The indoor safety regulations for ozone in many countries are set at O.lppm or less, but from many studies, 0. 3ρριη, 0. 4ρρηι is the absolute value of the elimination of bacteria and viruses, only the high concentration of ozone is dissolved in water, atomization After spraying on the disinfectant, it is a method that combines the sterilization effect with the safety of use.

Summary of the invention

It is an object of the present invention to provide a fan-type negative ion/ozone mist sterilizer that is environmentally friendly and effectively sterilizable. It is still another object of the present invention to provide a fan type negative ion/ozone mist sterilizer which increases the residence time on the surface of the object to be sterilized.

Another object of the present invention is to provide a fan-type negative ion/ozone mist sterilizer which can perform a large-area disinfection operation.

A fan type negative ion/ozone mist sterilizer which can achieve the above object of the invention includes:

a power control panel, the power control panel is connected to a power source;

An ozone/negative ion power processor;

An ozone/negative ion generator;

a water supply device that can store fresh water;

a gas-liquid mixer; a motor pump;

An air outlet device is provided with a plurality of atomizing nozzles.

The ozone/negative ion power processor turns on the ozone/negative ion generator through the power provided by the power control panel, causes the ozone/negative ion generator to generate ozone or negative ions, and mixes the ozone or negative ions with the clean water in the water supply device through the gas-liquid mixer. Ozone water or negative ion water is pumped to the atomizing nozzle of the air outlet device by a motor pump, and ozone water or negative ion water is atomized and blown out by the air outlet device. DRAWINGS

Please refer to the following detailed description of the preferred embodiments of the present invention and the accompanying drawings, which will further illustrate the technical contents of the horn and the effect of the purpose; the drawings relating to this embodiment are:

1 is a structural view of a fan-type negative ion/ozone mist sterilizer according to the present invention;

1A is a block diagram of a first embodiment of the fan-type negative ion/ozone mist sterilizer;

2 is a structural view of a second embodiment of the fan-type negative ion/ozone mist sterilizer;

2A is a block diagram of a third embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 3 is a block diagram of a fourth embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 4 is a block diagram of a fifth embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 5 is a block diagram of a sixth embodiment of the fan type negative ion/ozone mist sterilizer;

5A is a structural diagram of a liquid storage tank of a fifth embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 5B is an architectural view of the first embodiment of the liquid storage tank;

Figure 6 is a block diagram of a seventh embodiment of the fan-type negative ion/ozone mist sterilizer;

6A is an architectural diagram of a seventh embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 7 is a block diagram of an eighth embodiment of the fan-type negative ion/ozone mist sterilizer;

Figure 8 is a block diagram of the first embodiment of the air outlet device;

8A is an architectural diagram of the first embodiment of the air outlet device;

8B is an architectural diagram of the first embodiment of the air outlet device;

8C is an architectural diagram of the first embodiment of the air outlet device;

Figure 9 is a block diagram of a ninth embodiment of the fan type negative ion/ozone mist sterilizer;

Figure 10 is a block diagram of a tenth embodiment of the fan type negative ion/ozone mist sterilizer;

Figure 11 is a block diagram of an eleventh embodiment of the fan type negative ion/ozone mist sterilizer; Figure 12 is a diagram showing the application of the fan type negative ion/ozone mist sterilizer. detailed description

As shown in FIG. 1 , the fan-type negative ion/ozone mist sterilizer provided by the present invention mainly comprises: a power control board 1 , which is connected to a power source 11 and provides an ozone/negative ion power processor. 2. The power required by the gas-liquid mixer 4, the motor pump 5, and the air outlet device 6;

An ozone/negative ion power processor 2, the ozone/negative ion power processor 2 controls the opening/closing of the ozone/negative ion generator 3;

An ozone/negative ion generator 3, the ozone/negative ion generator 3 is capable of generating ozone or negative ions, and the ozone/negative ion generator 3 is connected to the gas-liquid mixer 4;

a liquid storage tank 7, the liquid storage tank 7 is for storing fresh water, and is connected to the gas-liquid mixer 4 by the infusion tube 9; a gas-liquid mixer 4, the gas-liquid mixer 4 is connected with the motor pump 5;

a motor pump 5, the motor pump 5 is connected to the atomizing nozzle 61 on the air outlet device 6 by the gas-liquid delivery pipe 8;

An air outlet device 6, the air outlet device 6 is provided with a plurality of atomizing nozzles 61.

The fan type negative ion/ozone mist sterilizer provided by the invention controls the ozone/negative ion power source processor 2 by manual or remote control mode, and turns on the ozone/negative ion generator 3 through the power provided by the power control panel 1 to generate ozone/negative ions. 3 generates ozone or negative ions (when the ozone/negative ion power processor 2 is used by the high-voltage, high-frequency alternating current for the ozone/negative ion generator 3, the ozone/negative ion generator 3 generates ozone, and when the ozone/negative ion power supply processor 2 When the high-voltage, high-frequency direct current is used for the ozone/negative ion generator 3, the ozone/negative ion generator 3 generates negative ions), and the ozone or negative ions are mixed with the clean water in the liquid storage tank 7 through the gas-liquid mixer 4. Ozone water or negative ion water is extracted by the motor pump 5 to the atomizing nozzle 61 of the air outlet device 6, and the ozone water or negative ion water is atomized and blown by the air outlet device 6, and the disinfection and sterilization effect is distributed and distributed in the disinfection site. Moreover, the ozone water mist or the negative ion water mist is blown out by the air blowing device 6, so that the purpose of large-area disinfection can be achieved, and The fan-type negative ion/ozone mist sterilizer is provided, and the air mist device 6 blows off the ozone water mist or the negative ion water mist to adhere to the object or the area to be disinfected, thereby also reducing the temperature of the article or the area to be disinfected. (Because of the high heat of vaporization of water, one gram of water requires 540 calories to evaporate, so it is atomized and evaporated, which has the effect of cooling the environment.) Furthermore, the ozone/negative ion generator and gas-liquid mixer 4 can be equipped with a check valve or solenoid valve to prevent ozone or negative ions from flowing back, and the air outlet device 6 The vertical fan 64, the box fan 65, the air conditioner 66 or the like may be connected in series (as shown in Figs. 8, 8A, 8B and 8C), and the liquid storage tank 7 may be replaced by other water supply means.

In addition, as shown in FIG. 1A, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, when a higher concentration of ozone/negative ion water is required, the filter tube 9 may be provided with an anti-oxidation material filter or A metal filter made by powder metallurgy (compressed with coarser metal powder to maintain large pores). When water is mixed with ozone/negative ions, it is passed through a fine pore filter in the infusion tube 9 before entering the gas-liquid mixer 4. A mesh or a metal filter sintered by powder metallurgy, so that large bubbles in the infusion tube 9 are cut by the filter or the filter, and become smaller bubbles, so that the gas-liquid contact area is increased to increase the amount of dissolved oxygen in the water. .

As shown in FIG. 2, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, the motor pump 5 can also be disposed between the liquid storage tank 7 and the gas-liquid mixer 4, and the ozone/negative ion generator 3 Then, it is disposed between the gas-liquid mixer 4 and the motor pump 5. After the motor pump 5 draws the clean water in the liquid storage tank 7, the ozone or negative ions generated by the clean water and the ozone/negative ion generator 3 are generated by the thrust generated by the motor pump 5. The gas/liquid mixture 4 is mixed, and the mixed ozone water or negative ion water is atomized and blown by the air outlet device 6. Further, the ozone/negative ion generator 3 can also directly use the gas pipe 8 and the gas-liquid mixer 4 Connected (as shown in Figure 2A).

As shown in FIG. 3, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, each atomizing nozzle 61 on the air outlet device 6 can also be replaced by a two-fluid atomizing nozzle 62, and each two-fluid atomizing nozzle 62 The high-pressure air pipe 301 is connected to an air compressor 30. When the ozone or negative ions are mixed with water, the ozone water or the negative ion water is separated from the two fluids by the pressure generated by the air compressor, the high-pressure gas cylinder or the other air pressure device 30. The atomizing nozzle 62 is atomized and sprayed, so that the motor pump 5 does not need to send ozone or negative ions and clean water to the gas-liquid mixer 4, and at the same time, pressure must be supplied to spray ozone water or negative ion water from the atomizing nozzle. Therefore, the pressure required to atomize ozone water or negative ion water can be reduced.

As shown in FIG. 4, the fan type negative ion/ozone mist sterilizer provided by the present invention comprises:

a power control board 1, the power control board 1 is connected to a power source 11, and provides electric power required by the ozone/negative ion power processor 2, the gas-liquid mixer 4, the motor pump 5, and the air outlet device 6;

An ozone/negative ion power processor 2, the ozone/negative ion power processor 2 is a controllable ozone/negative ion generator 3 that is turned on or off;

An ozone/negative ion generator 3, the ozone/negative ion generator 3 is capable of generating ozone or negative ions, and the ozone/negative ion generator 3 is connected to the infusion tube 9 between the motor pump 5 and the gas-liquid mixer 4 by the gas pipe 10 a motor pump 5, the motor pump 5 is connected to the gas-liquid mixer 4 by an infusion tube 9; a gas-liquid mixer 4, the gas-liquid mixer 4 is connected to the water inlet 722 of the liquid storage tank 7 by a gas-liquid delivery pipe 8; a liquid storage tank 7 having a water outlet 721 and a water inlet 722 a fan 723 and an ultrasonic oscillator 724;

An ultrasonic power processor 725, the power supplied by the ultrasonic power processor 725 for receiving the power control panel 1 as a power to activate or deactivate the ultrasonic oscillator 724;

An air outlet device 6, the air outlet device 6 is provided with an air outlet 63.

When the fan-type negative ion/ozone mist sterilizer provided by the present invention is used, the motor pump 5 is controlled manually or remotely from the water outlet 721 of the liquid storage tank 7 to extract the clean water to the gas-liquid mixer 4, and the ozone/negative ion power source at this time The processor 2 activates the ozone/negative ion generator 3 to generate ozone or negative ions (the ozone/negative ion generator 3 generates ozone when the ozone/negative ion power treatment device is used for high-voltage, high-frequency alternating current for the ozone/negative ion generator 3 When the ozone/negative ion power source processor 2 is used for the ozone/negative ion generator 3 with high-voltage, high-frequency DC power, the ozone/negative ion generator 3 generates negative ions, and the ozone or negative ions are used by the gas-liquid mixer 4. Mixing with clean water, and flowing ozone water or negative ion water into the liquid storage tank 7 through the water inlet 722 through the gas-liquid delivery pipe 8, so that the clean water in the liquid storage tank 7 becomes ozone water or negative ion water, and then treated by ultrasonic power supply. The 725 activates the ultrasonic oscillator 724, and after the ozone water or the negative ion water in the liquid storage tank 7 is oscillated into a mist, the fan 723 is activated. After the oxygen mist or the negative ion water mist is blown to the mist outlet 63, the air outlet device 6 is blown out, and the air outlet device 6 may be an upright fan 64, a box fan 65, an air conditioner 66, or a series connection (eg, 8, 8A, 8B and 8C), and a check valve or solenoid valve switch 20 can be provided on the gas pipe 10.

As shown in FIG. 5, 5A, 5B and FIG. 6, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, the liquid storage tank 7 can be composed of a water storage tank 71 and a working water tank 72, and the water storage tank 71 is provided. Above the working water tank 72, the bottom of the water storage tank 71 is provided with an opening 711 having a ball valve 712, and the working water tank 72 has a float 726, a movable circular shaft 727 and an ultrasonic oscillator 724. The float 726 floats on the clear water in the working water tank 72 and is connected to the ball valve 712 through the movable circular shaft 727 by a connecting component 728, so that the clean water in the working water tank 72 is converted into ozone water or negative ion water, and After the ultrasonic oscillation is atomized, the water level in the working water tank 72 is lowered, so that the float 726 floating on the water surface also decreases with the water level. At this time, the lowered float 726 is supported by the movable circular shaft 727 by the connecting assembly 728. At the point, the ball valve 712 is pushed up by the principle of leverage, so that the ball valve 712 is disengaged from the opening 711 of the water storage tank 71, and the clean water in the other water storage tank 71 flows into the working water tank 72 from the opening 711 to supplement the amount of water in the working water tank 72. jobs When the amount of water in the water tank 72 rises to drive the float 726 upward, the float 726 uses the connecting member 728 to support the movable circular shaft 727. The lever valve 712 pulls down the ball valve 712 until the ball valve 712 blocks the opening 711 of the water storage tank 71 again, so that the water level in the working water tank 72 is maintained at the most appropriate height; in addition, the ball valve 712 can also be replaced by the membrane valve 713. The water storage tank 71 can also be connected to the large liquid storage replenishing tank 40 through a motor pump 5 or a solenoid valve switch 51 (shown in FIG. 6A), and a controllable motor pump 5 or a solenoid valve switch is disposed in the water storage tank 71. The liquid level switch 714 of 51, therefore, when the clean water in the water storage tank 71 is lowered by the replenishing working water tank 72 to lower the water level to below the liquid level switch 714, the liquid level switch 714 activates the motor pump 5 to extract a large liquid storage refilling tank. The fresh water of 40 is supplied to the water storage tank 71, or the electromagnetic valve switch 51 is opened to cause the fresh water of the large liquid storage replenishing tank 40 to flow into the water storage tank 71, and when the water level in the water storage tank 71 is higher than the liquid level switch 714, the liquid level The switch 714 turns off the motor pump 5 or the solenoid valve switch 51. Further, the above-mentioned large liquid storage replenishing tank 40 can also be connected to the faucet 50 or other water supply device.

As shown in FIG. 7, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, an ozone/negative ion generator 60 and an ozone/negative ion generator 70 may be simultaneously disposed, and the two ozone/negative ion generators respectively and ozone are provided. The negative ion power processor 80 and the ozone/negative ion power processor 90 are connected; when the fan type negative ion/ozone mist sterilizer provided by the invention is used, the power control panel 1 is activated by manual or remote control mode to activate the ozone/negative ion power source. The power supply of the device 80 and the power supply of the motor pump 5 and the ultrasonic oscillator 724 are simultaneously turned on. At this time, to increase the ozone or negative ion concentration, the power of the ozone/negative ion generator 70 and the air compressor 30 are simultaneously supplied. The ozone or negative ions generated by the ozone/negative ion generator 60 are mixed with the clean water of the working water tank 72 through the gas-liquid mixer 4, and then oscillated into an ozone water mist or an negative ion water mist by the ultrasonic oscillator 724, and The fan 723 sends out the working water tank 72, and the ozone or negative ions generated by the ozone/negative ion generator 70 pass through a gas pipe 10 and Ozone water mist or negative ion water mist meets to increase the concentration of ozone or negative ions in the water mist, and is blown out through the air outlet device 6 to achieve the purpose of instantaneous sterilization.

As shown in FIG. 9, the fan type negative ion/ozone mist sterilizer provided by the present invention mainly comprises:

- power control board 1, the power control board 1 is connected to a power source 11, and provides ozone/negative ion power processor 2, gas-liquid mixer 4, motor pump 5 and air outlet device 6 required power;

- ozone / negative ion generator 3, the ozone / negative ion generator 3 is capable of generating ozone or negative ions, and the ozone / negative ion generator 3 is connected to the gas-liquid mixer 4 by the gas pipe 10;

An ozone / negative ion water storage tank 100, the ozone / negative ion water storage tank 100 has a water inlet 721 and a water outlet 722; a motor pump 5, the motor pump 5 is connected to the ozone/negative ion water storage tank 100 by an infusion tube 9; a gas-liquid mixer 4, which is respectively connected to the water inlet of the ozone/negative ion water storage tank 100 721 and the water outlet 722 are connected;

a residual gas processor 200, the residual gas processor 200 is connected to the ozone / negative ion water storage tank 100 by the gas pipe 10, and the residual gas processor 200 is provided with a fan 723;

a liquid storage tank 7, the liquid storage tank 7 is connected to the ozone/negative ion water storage tank 100 by an infusion tube 9; an air outlet device 6, the air outlet device 6 is provided with an atomizing nozzle 61, and the atomization nozzle The head 61 is connected to the motor pump 5 by a gas-liquid delivery pipe 8.

When the fan-type negative ion/ozone mist sterilizer provided by the present invention is used, the clean water in the liquid storage tank 7 flows into the ozone/negative ion storage tank 100 via the infusion pipe 9, and flows to the gas-liquid mixer 4 via the water outlet 721. And then the ozone/negative ion generated by the ozone/negative ion generator 3 via the gas-liquid mixer 4 (when the ozone/negative ion power source processor 2 is supplied to the ozone/negative ion generator 3 with high-voltage, high-frequency alternating current, the ozone The negative ion generator 3 generates ozone, and when the ozone/negative ion power source processor 2 is used for the ozone/negative ion generator 3 with high-voltage, high-frequency direct current, the ozone/negative ion generator 3 generates negative ions to mix and form ozone. / Negative ion water, and the generated ozone/negative ion water flows into the ozone/negative ion storage tank 100 via the water inlet 722. At this time, the ozone/negative ion water is taken out through the gas-liquid delivery pipe 8 by the extraction of the motor pump 5. The atomizing nozzle 61 of the air device 6 is atomized and ejected, and in the fan type negative ion/ozone mist sterilizer provided by the present invention, The oxygen/negative ion water storage tank 100 is provided with a gas pipe 10 connected to a residual gas processor 200. Therefore, ozone/negative ions which are not soluble in water in the ozone/negative ion water storage tank 100 can be treated by residual gas. The device 200 decomposes the ozone into oxygen by heating, ultraviolet irradiation or a combination of the two, and then blows it out by the fan 723. Further, the water inlet 722 of the ozone/negative ion water storage tank 100 can be equipped with a funnel-shaped jet. The mouth 300 increases the mixing pressure and increases the dissolved oxygen amount of the ozone/negative ions. Further, the infusion tube 9 connected to the ozone/negative ion water storage tank 100 can be equipped with a valve or a liquid level switch 400, and the ozone is installed. A check valve or solenoid valve switch 20 may be provided between the negative ion generator 3 and the gas-liquid mixer 4.

As shown in FIG. 10, in the fan-type negative ion/ozone mist sterilizer provided by the present invention, the atomizing nozzle 61 on the air outlet device 6 can also be replaced by a two-fluid atomizing nozzle 62, and each two-fluid atomizing nozzle 61 The high-pressure air pipe 301 is connected to an air compressor, a high-pressure gas cylinder or other air pressure device 30. In addition, the air outlet device 6 may be an upright fan 64, a box fan 65, an air conditioner 66 or the like. In series (as shown in Figures 8, 8A, 8B and 8C), the liquid storage tank 7 can also be replaced by other water supply means. As shown in FIG. 11, the fan-type negative ion/ozone mist sterilizer provided by the present invention mainly comprises a power control panel 1, which is connected to a power source 11 and provides an ozone/negative ion power processor 2 The power required by the gas-liquid mixer 4, the motor pump 5, and the air outlet device 6;

An ozone/negative ion generator 3, the ozone/negative ion generator 3 is capable of generating ozone or negative ions, and the ozone/negative ion generator 3 is connected to the infusion tube 9 between the gas-liquid mixer 4 and the motor pump 5 by the gas pipe 10 An ozone / negative ion water storage tank 100, the ozone / negative ion water storage tank 100 has a water inlet 721 and a water outlet 722;

a motor pump 5, the motor pump 5 is connected to the ozone/negative ion water storage tank and the gas-liquid mixer 4 by the infusion tube 9 respectively;

a gas-liquid mixer 4, the gas-liquid mixer 4 is connected to the water inlet 721 and the motor pump 5 of the ozone/negative ion water storage tank 100, respectively;

a residual gas processor 200, the residual gas processor 200 is connected to the ozone / negative ion water storage tank 100 by the gas pipe 10, and the residual gas processor 100 is provided with a fan 723;

a liquid storage tank 7, the liquid storage tank 7 is connected to the ozone / negative ion water storage tank 100 by the infusion tube 9, and the ultrasonic storage tank 7 is provided with an ultrasonic oscillator 724 and a fan 723;

An ultrasonic power supply processor 725 for receiving power from the power control panel 1 as a power source for activating or deactivating the ultrasonic oscillator 724;

When the fan-type negative ion/ozone mist sterilizer provided by the present invention is used, the motor pump 5 is controlled by manual or remote control to extract water from the ozone/negative ion storage tank 100 to the gas-liquid mixer, and the ozone/negative ion power processor 2 Then the ozone/negative ion generator 3 is activated to generate ozone or negative ions (when the ozone/negative ion power treatment device is used for high-voltage, high-frequency alternating current for the ozone/negative ion generator 3, the ozone/negative ion generator 3 generates ozone, and when When the ozone/negative ion power source processor 2 is used for the ozone/negative ion generator 3 with high-voltage, high-frequency DC power, the ozone/negative ion generator 3 generates negative ions, and the ozone or negative ions are mixed with water by the gas-liquid mixer 4. It becomes ozone/negative ion water, and the ozone/negative ion water is returned from the water inlet 721 to the ozone/negative ion water storage tank 100. At this time, the ozone/negative ion water flows into the water storage tank 7 via the infusion pipe 9, and then the ultrasonic wave is used. The power processor 725 activates the ultrasonic oscillator 724 to oscillate the ozone water or the negative ion water in the liquid storage tank 7 into After the mist is formed, the activation fan 723 blows the ozone water mist or the negative ion water mist to the mist outlet 63, and then blows it out by the air outlet device 6, and the ozone/negative ion which is not soluble in water in the ozone/negative ion water storage tank 100 Then, the ozone can be decomposed into oxygen by the residual gas processor 200 by heating, ultraviolet irradiation or a combination of the two, and then blown out by the fan 723. Further, the water inlet 722 of the ozone/negative ion water storage tank 100 A funnel-type nozzle 300 can be installed to increase the mixing pressure and increase the ozone/negative ion dissolved oxygen. Further, the gas pipe 10 can be provided with a check valve or a solenoid valve switch 20, and the liquid storage tank 7 and the ozone/negative ion A valve or liquid level switch 400 may be installed on the infusion pipe connected to the water storage tank, and the air outlet device 6 may be an upright fan 64, a box fan 65, an air conditioner 66 or a series connection and other fan type air outlets. Device. (As shown in Figures 8, 8A, 8B and 8C).

As shown in Fig. 12, the fan type negative ion/ozone mist sterilizer provided by the present invention can also be a mobile type, which is mainly as follows:

First, personnel carrying type (or portable):

Filling the liquid storage tank with clean water, after the engine is started, the engine provides power and power. The hand-held spray gun sprays ozone mist toward the environment or the anti-poisoning agent. It is suitable for small area, corner disinfection and disinfection environment where the vehicle is difficult to reach.

Second, the trolley type:

The fan-type negative ion/ozone mist sterilizer is placed on the cart, and the personnel pushes it to the disinfection area for spraying. It is suitable for disinfection and sterilization of small and medium-sized areas and channels.

Third, aircraft spraying (such as aircraft or helicopters):

The fan-type negative ion/ozone mist sterilizer is loaded into the aircraft to perform large-area, large-scale spray sterilization in the air.

Fourth, disinfection models:

The fan-type negative ion/ozone mist sterilizer and large liquid storage tank are placed on the car to form a sterilizing vehicle for long-distance, large-area sterilization.

Five, disinfection boat

The fan-type negative ion/ozone mist sterilizer is installed on the ship for water purification, decontamination, sterilization and disinfection of rivers or ocean water and water surface, and can be sprayed and exposed to water.

Claims

Rights request

1. A fan type negative ion/ozone mist sterilizer, comprising:

a power control panel, the power control panel is connected to a power source, and provides power required by the ozone/negative ion power processor, the gas-liquid mixer, the motor pump, and the air outlet device;

An ozone/negative ion power processor that controls the opening/closing of the ozone/negative ion generator;

An ozone/negative ion generator, the ozone/negative ion generator is capable of generating ozone or negative ions, and the ozone/negative ion generator is connected to the gas-liquid mixer;

a water supply device, which can store fresh water and is connected to the gas-liquid mixer by an infusion tube;

a gas-liquid mixer, the gas-liquid mixer is connected to the motor pump;

a motor pump, the motor pump is connected with the atomizing nozzle on the air outlet device; and an air outlet device, the air outlet device is provided with a plurality of atomizing nozzles;

The ozone/negative ion power processor turns on the ozone/negative ion generator through the power provided by the power control panel, causes the ozone/negative ion generator to generate ozone or negative ions, and mixes the ozone or negative ions with the clean water in the water supply device through the gas-liquid mixer. Ozone water or negative ion water is pumped to the atomizing nozzle of the air outlet device by a motor pump, and ozone water or negative ion water is atomized and blown out by the air outlet device.

2. A fan-type negative ion/ozone mist sterilizer according to claim 1, wherein: a check valve or a solenoid valve switch is disposed between the ozone/negative ion generator and the gas-liquid mixer.

3. A fan-type negative ion/ozone mist sterilizer according to claim 1, wherein: said ozone/negative ion power source processor is used by an ozone/negative ion generator for high-voltage, high-frequency alternating current, said ozone / Negative ion generator produces ozone.

4. A fan-type negative ion/ozone mist sterilizer according to claim 1, wherein the ozone is used in the ozone/negative ion power processor when the high-voltage, high-frequency direct current is used for the ozone/negative ion generator. / Negative ion generator produces negative ions.

The fan type negative ion/ozone mist sterilizer according to claim 1, wherein the air outlet device is an upright fan, a box fan, an air conditioner or a plurality of the above.

6. A fan type negative ion/ozone mist sterilizer according to claim 1, wherein: said water supply means is a liquid storage tank.

7. A fan type negative ion/ozone mist sterilizer according to claim 1, wherein: said motor The pump can also be disposed between the liquid storage tank and the gas-liquid mixer, and the ozone/negative ion generator is disposed between the gas-liquid mixer and the motor pump, and the motor pump extracts the water in the liquid storage tank and passes the motor pump. The generated thrust sends the clean water and the ozone or negative ions generated by the ozone/negative ion generator to the gas-liquid mixer, and then the mixed ozone water or negative ion water is atomized and blown out by the air outlet device.

8. The fan-type negative ion/ozone mist sterilizer according to claim 1, wherein: each atomizing nozzle on the air outlet device can also be replaced by a two-fluid atomizing nozzle, and each two-fluid atomizing nozzle Connect the high pressure air tube to an air compressor or high pressure gas cylinder.

9. A fan-type negative ion/ozone mist sterilizer according to claim 1, wherein: said ozone/negative ion generator is directly connectable to the gas-liquid mixer by a gas pipe.

10. A fan-type negative ion/ozone mist sterilizer according to claim 1, wherein: the filter tube is provided with an anti-oxidation material filter or a metal filter made by powder metallurgy.

11. A fan type negative ion/ozone mist sterilizer, comprising:

An ozone/negative ion generator, the ozone/negative ion generator is capable of generating ozone or negative ions, and the ozone/negative ion generator is connected by an infusion tube between the gas pipe and the motor pump and the gas-liquid mixer;

a motor pump, the motor pump is connected to the gas-liquid mixer by an infusion tube;

a gas-liquid mixer, the gas-liquid mixer is connected to the water inlet of the liquid storage tank by a gas-liquid conveying pipe;

a liquid storage tank having a water outlet, a water inlet, a fan and an ultrasonic oscillator; an ultrasonic power supply processor for receiving power provided by the power control panel, Acting as a power to activate or deactivate the ultrasonic oscillator;

An air outlet device is provided with an air outlet.

12. A fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: said ozone/negative ion power source processor is used when a high voltage, high frequency alternating current is used for an ozone/negative ion generator. / Negative ion generator produces ozone.

13. A fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: said ozone/negative ion power source processor is used when a high voltage, high frequency direct current is used for an ozone/negative ion generator. / Negative ion generator produces negative ions.

The fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: the air outlet device can be an upright fan, a box fan, an air conditioner or the like. .

15. A fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: a check valve or a solenoid valve switch is provided on the gas pipe.

16. The fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: the liquid storage tank is composed of a water storage tank and a working water tank, and the water storage tank is disposed above the working water tank and stored. The bottom of the water tank is provided with an opening, the ball has a ball valve therein, and the working water tank has a floater, a movable circular shaft and an ultrasonic oscillator, the floating device is floating on the clear water in the working water tank, and The connecting assembly is connected to the ball valve through the movable circular shaft.

A fan type negative ion/ozone mist sterilizer according to claim 16, wherein: said ball valve is replaceable by a membrane valve.

18. The fan-type negative ion/ozone mist sterilizer according to claim 16, wherein: the water storage tank is connected to the water supply device through a motor pump or a solenoid valve switch, and the water storage tank is provided with a A level switch that controls the motor pump or solenoid valve switch.

19. A fan type negative ion/ozone mist sterilizer according to claim 18, wherein: said water supply means is a large liquid storage replenishing tank or an external faucet.

20. A fan-type negative ion/ozone mist sterilizer according to claim 11, wherein: two ozone/negative ion generators are simultaneously disposed on the fan-type negative ion/ozone mist sterilizer, and two ozones are provided. / Negative ion generators are connected to two ozone/negative ion power processors, respectively.

21. A fan type negative ion/ozone mist sterilizer comprising:

An ozone/negative ion generator that produces ozone or an anion, and the ozone

/ Negative ion generator is connected between the gas pipe and the gas liquid mixer;

An ozone/negative ion water storage tank having a water inlet and a water outlet; a motor pump connected to the ozone/negative ion water storage tank by the infusion tube;

a gas-liquid mixer, which is respectively connected to the water inlet and the water outlet of the ozone/negative ion water storage tank; a residual gas processor, the residual gas processor is connected to the ozone/negative ion water storage tank by a gas pipe, and the residual gas processor is provided with a fan;

a water supply device, the water supply device is connected to the ozone/negative ion water storage tank by an infusion tube;

An air outlet device is provided with an atomizing nozzle, and the atomizing nozzle is connected to the motor pump by a gas liquid conveying pipe.

A fan-type negative ion/ozone mist sterilizer according to claim 21, wherein the residual gas processor decomposes ozone into oxygen by heating, ultraviolet irradiation or a combination of both.

A fan type negative ion/ozone mist sterilizer according to claim 21, wherein: the water inlet of the ozone/negative ion water storage tank is provided with a funnel type nozzle.

24. A fan-type negative ion/ozone mist sterilizer according to claim 21, wherein: the water supply means connected to the ozone/negative ion water storage tank is provided with a valve or a liquid level switch.

A fan type negative ion/ozone mist sterilizer according to claim 21, wherein a check valve or a solenoid valve switch is provided between the ozone/negative ion generator and the gas-liquid mixer.

The fan-type negative ion/ozone mist sterilizer according to claim 21, wherein: each atomizing nozzle on the air outlet device can be replaced by a two-fluid atomizing nozzle, and each of the two-fluid atomizing nozzles The high pressure air tube is connected to an air compressor or a high pressure gas cylinder.

27. A fan-type negative ion/ozone mist sterilizer according to claim 21, wherein: said ozone/negative ion power source processor is used by an ozone/negative ion generator for high voltage, high frequency alternating current, said ozone / Negative ion generator produces ozone.

28. A fan-type negative ion/ozone mist sterilizer according to claim 21, wherein: said ozone/negative ion power source processor is used by a high voltage, high frequency direct current source for ozone/negative ion generator, said ozone / Negative ion generator produces negative ions.

The fan type negative ion/ozone mist sterilizer according to claim 21, wherein the air outlet device is an upright fan, a box fan, an air conditioner or a plurality of the above.

30. A fan-type negative ion/ozone mist sterilizer according to claim 21, wherein: said water supply device is a liquid storage tank.

31. A fan type negative ion/ozone mist sterilizer, comprising:

An ozone/negative ion power processor, the ozone/negative ion power processor is capable of controlling ozone/negative ion production Opening or closing of the living device;

An ozone/negative ion generator, the ozone/negative ion generator is capable of generating ozone or negative ions, and the ozone/negative ion generator is connected by an infusion pipe between the gas pipe and the gas-liquid mixer and the motor pump;

An ozone/negative ion water storage tank, the ozone/negative ion water storage tank has a water inlet and a water outlet; a motor pump, the motor pump uses an infusion tube and an outlet of the ozone/negative ion water storage tank respectively Gas-liquid mixers are connected;

a gas-liquid mixer, which is respectively connected to the water inlet of the ozone/negative ion water storage tank and the motor pump;

a residual gas processor, the residual gas processor is connected to the ozone/negative ion water storage tank by a gas pipe, and the residual gas processor is provided with a fan;

a liquid storage tank, the liquid storage tank is connected to the ozone/negative ion water storage tank by an infusion tube, and the ultrasonic storage tank and a fan are arranged in the water storage tank;

An ultrasonic power supply processor that receives power provided by the power control panel as power to activate or deactivate the ultrasonic oscillator;

An air outlet device is provided with an air outlet.

A fan type negative ion/ozone mist sterilizer according to claim 31, wherein: said residual gas processor decomposes ozone into oxygen by heating, ultraviolet irradiation or a combination of both.

33. A fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: the water inlet of the ozone/negative ion water storage tank is provided with a funnel-type jet nozzle.

The fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: the liquid storage pipe connected to the ozone tank and the ozone/negative ion water storage tank is provided with a valve or a liquid level switch. .

35. A fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: a check valve or a solenoid valve switch is provided between the ozone/negative ion generator and the gas-liquid mixer.

36. A fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: said ozone/negative ion power source processor is used by an ozone/negative ion generator for high voltage, high frequency alternating current, said ozone / Negative ion generator produces ozone.

37. A fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: said ozone/negative ion power source processor is used by a high voltage, high frequency direct current source for ozone/negative ion generator, said ozone / Negative ion generator produces negative ions.

38. The fan-type negative ion/ozone mist sterilizer according to claim 31, wherein: the air outlet device is an upright fan, a box fan, an air conditioner or the like. .