WO2006119671A1 - Ozone sterilizing atomizer - Google Patents

Abstract

An ozone sterilizing atomizer is composed of a water reservoir, a driver, a pump, a liquid supply switch, several jet pipes, an ozone generator and a vapor-liquid mixer. The driver further includes an engine and a generator control board. Each of the jet pipes has one or more atomizing nozzle. The driver, which being energized by the engine, supplies electrical power from the generator control board to the ozone generator so as to produce ozone. The engine drives the pump to pump up clean water from the water reservoir to make ozone water by mixing ozone and clean water in the vapor-liquid mixer. The ozone water is pressurized by the pump and controlled by the liquid supply switch. The atomized ozone water is outputted from the atomizing nozzles via the jet pipes to spray the surroundings or the object to be sterilized.

Description

 Ozone disinfection sprayer

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an ozone sterilization sprayer, and more particularly to an ozone sterilization sterilization sprayer. Background technique

 The general chemical disinfectant shells that are often used to remove germs or viruses are roughly classified into five categories and alcohols as follows - Soap and detergents:

1. Surfactants, including negative, neutral, positive;

 2. Negative soap (linear alkyl phenyl sulfonate; linear alkyl benzene)

 Sulphonates);

 3. Positive soap (quaternary amine compound; guanternary ammonium

 Compound);

 4. Cleaner, containing such as polyphenyl compounds, chlorinated benzene, etc.

 (ii) Oxidising agents; broad-spectrum:

1. Sodium hypochloride;

2. Calcium hypochloride and

 3. Peroxy compounds, such as Virkon pe.

 (iii) Aldehydes; broad-spectrum;

 1. glutaraldehyde;

 2. Formalin (40% w/v);

3. Formaldehyde gas.

 (iv) Alkalis (Alkalis):

 1. sodium hydroxide;

 2. Sodium bicarbonate (anhydrous Na2C03 or Na2C03, 10H20).

 (5) Acids (Acids):

1. Hydrochloride acid;

 2. Citric acid.

 (vi) Alcohols:

1.1.80% (w/w) alcohol;

 2.60-80% (v/v) isopropyl alcohol.

The above six categories are currently the most commonly used chemical disinfectants, although these agents have different effects, but in the environment There will be some disinfection by-products that are harmful to the environment or the human body (such as: chloramines, trihalomethanes and other toxic substances will be produced after bleaching). At present, the disinfection and sterilization in the environment, the above chemical agents are added to the sterilizer or the sterilizing vehicle for spray disinfection, and the appropriate agents are selected according to the virus and the pathogen, but the price is high, uneconomical, and there are by-products after disinfection, forming The second hazard to the environment and the human body, in addition, often used, the bacteria will gradually develop resistance, and the chemical agents are mostly organic, the main cause of the poisoning is that it has special atoms, atomic groups or special molecular structure. When the chemical structure is changed, the toxicity of the poison can be reduced or completely eliminated; when the elimination agent eliminates the toxicity of the chemical poison, the chemical reactions basically generated include the addition reaction, the substitution reaction and the elimination reaction.

 In addition, most chemical poisons are selected from substances that are not very chemically active (that is, have high stability). They can be maintained for a period of time after they are released. If they are summarized from the chemical properties of various chemical agents, the more important ones may be poisons. It has various inactivations with water, acid, alkali, oxidant, reducing agent, etc., and the chemical agent has different resistance to acid and alkali and to oxidant and reducing agent. Most of the poisons are more resistant to acidity than alkaline. Strong, some are very sensitive to oxidants, so bleaching powder and chlorine are often used in the selection of elimination agents.

 The most common chemical food poisoning is based on pesticide residues, among which organophosphorus pesticides are more, and the incubation period is quite short. Most people have nausea, vomiting, diarrhea within a few minutes after eating. Abdominal pain, drooling, difficulty breathing, phlegm and other symptoms, rarely occur more than an hour, residual pesticides will cause acute poisoning, and small amounts of long-term intake may lead to chronic poisoning, especially vegetarians, pesticide spraying occupations Farmers and pesticide factory workers are the most likely to happen.

 The health effects of chronic pesticide ingestion are gradually being valued by everyone. The effects on psychology, IQ, personality, behavior, and cerebral cortex are reported. The preliminary findings are related to the existence of animal experiments. Many pesticides are teratogenic and carcinogenic drugs. How to avoid eating foods with residual pesticides is also a major public health challenge.

 Therefore, there is currently a method of disinfecting and sterilizing ozone on the market, because ozone in the redox will destroy the carbon chain bond of the pesticide, decompose the chemical formula of the pesticide, and then achieve the effect of decomposing the pesticide; however, the current method of using ozone must It is connected to a fixed power source, so it is only used for water or air or environmental disinfection at a fixed point or a specific small area, such as: ozone air cleaner or ozone water treatment machine, without long-distance mobility and wide-range use, for outdoor space, large The scope of the premises, such as hospitals (various germs, such as SARS), farmland (plant diseases caused by various fungi), livestock farms (bird flu, foot-and-mouth disease, disorder, etc.), infectious disease-infected areas, can not be used effectively . SUMMARY OF THE INVENTION One object of the present invention is to provide an ozone disinfecting sprayer that can achieve environmental and appliance sterilization, sterilization and deodorization without any chemicals.

It is still another object of the present invention to provide an ozone sterilization sprayer that can be sterilized only with clean water and air. It is still another object of the present invention to provide an ozone disinfecting sprayer that is economical, convenient, and hygienic.

 Another object of the present invention is to provide an ozone disinfecting and atomizing sprayer which is more sterilizing and sterilizing.

 It is a further object of the present invention to provide an ozone disinfecting sprayer that does not leave any harmful residues in the environment.

 An ozone disinfecting sprayer capable of achieving the above object of the invention, comprising: a water supply device, the water supply device being provided with clean water;

 a power supply device comprising a power output device and a power generating disk;

 a pressurizing device, the pressurizing device is connected to the power supply device and the gas-liquid mixer;

 At least one nozzle, one or more mist nozzles connected to the ends of the nozzles;

 An ozone generator that produces ozone;

 a gas-liquid mixer, the gas-liquid mixer is connected to the power supply device and the water supply device;

 The power supply device is operated by the power output device, and is powered by the power generating disk, and supplies the electric power to the ozone generator to manufacture ozone. The power output device drives the pressing device to extract clean water from the water supply device, and the ozone and the gas demixer After the water is mixed into the ozone water, it is pressurized by the pressurizing device and then controlled by the liquid feeding switch. The nozzle sprays the ozone water mist from the nozzle through the mist nozzle, and sprays it on the space or object to be disinfected. BRIEF DESCRIPTION OF THE DRAWINGS The invention will be further described in detail below with reference to the drawings and specific embodiments.

 Figure 1 is a structural view of an ozone disinfecting and atomizing sprayer of the present invention;

 Figure 2 is a block diagram of the first embodiment of the ozone disinfecting sprayer;

 Figure 3 is a structural view of a second embodiment of the ozone disinfecting sprayer;

 Figure 4 is a structural view of a third embodiment of the ozone disinfecting sprayer;

 Figure 5 is a view showing the state of use of the fourth embodiment of the ozone sterilization and atomizing sprayer;

 Figure 5A is a view showing the use state of the fifth embodiment of the ozone sterilization and atomization sprayer;

 Figure 5B is a view showing the state of use of the sixth embodiment of the ozone sterilization and atomizing sprayer;

 Figure 5C is a view showing the use state of the seventh embodiment of the ozone sterilization and atomization sprayer;

 Figure 5D is a view showing the state of use of the eighth embodiment of the ozone sterilization and atomizing sprayer;

 Figure 6 is a diagram showing the application of the ozone disinfecting sprayer. '

 Description of the reference numerals

1. The liquid storage tank 2, the driver 3, the pump 4, the liquid supply switch 5, the nozzle 6, the ozone generator 7, the gas-liquid mixer 8, the induction device 9, the time control switch 10, the solenoid valve 11 tap 41, and the reflux Pressure tube 51, mist nozzle DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIG. 1 , the ozone disinfecting and atomizing sprayer of the present invention mainly comprises a liquid storage tank 1 , and the liquid storage tank 1 is provided with clean water;

 a driver 2, the driver 2 is composed of an engine and a power generating disk;

 a pump 3, the pump 3 is connected to the driver 2 and the gas-liquid mixer 6;

 a liquid supply switch 4, the liquid supply switch 4 is connected to the pump 3 and the nozzle 5;

 a plurality of nozzles 5, one end of each nozzle 5 is connected with one or more mist nozzles 51;

 An ozone generator 6, the ozone generator 6 can produce ozone;

 a gas-liquid mixer 7, the gas-liquid mixer 7 is connected to the driver 2 and the liquid storage tank 1;

 The driver 2 generates electricity from the power generating disk after running the engine, supplies electric power to the ozone generator 6 to manufacture ozone, and the engine drives the pump 3 to extract clean water from the liquid storage tank 1, and the ozone and water are collected by the gas-liquid mixer 6. After being mixed into ozone water, the pump 3 is pressurized and then controlled by the liquid supply switch 4, and the mist 5 is sprayed from the nozzle 5 through the mist nozzle 51 to be sprayed on the space or object to be disinfected. Furthermore, the liquid supply switch 4 is further connected to the liquid storage tank 1 through a return pressure pipe 41. When the output of the liquid supply switch 4 is small or closed, excess ozone water is returned to the liquid storage through the return pressure pipe 41. The barrel 1 is recycled; in addition, the engine can also be replaced by a power output device such as a motor, an air compressor or a high-pressure gas cylinder as a power or pressure output (as shown in FIG. 4), and the driver 2 can also be used as a generator. Replace the power supply (such as a car, ship, aircraft) or other power supply provided by the electrical device or transport carrier.

 Further, in the ozone disinfecting and atomizing sprayer of the present invention, when the ozone generator 6 receives the high-voltage, high-frequency alternating current supplied from the power source provided by the driver 2, the power generator, the power storage device, or the power carrier, The ozone generator 6 generates ozone, and when the ozone generator 6 receives high-voltage, high-frequency direct current, the ozone generator 6 generates negative ions. Therefore, the ozone disinfecting and atomizing sprayer of the present invention can also mix the negative ions with the clean water into a negative ion water mist through the gas-liquid mixer 6, and spray the mist nozzle 51 on the space or object to be disinfected to complete the sterilization.

 As shown in Fig. 2, in the ozone disinfecting sprayer of the present invention, the pump 3 can also be replaced by a pressurizing device such as a blower 31 or a spray gun (as shown in Fig. 4). Further, the ozone disinfecting sprayer of the present invention may be provided without a liquid storage tank 1, and the gas-liquid mixing device 6 may be connected to a water faucet 11 (as shown in Fig. 3), and other water supply means may be used. When the ozone disinfecting sprayer of the present invention is used, the driver 2 is powered by the power generating disk after being operated by the engine, and supplies electric power to the ozone generator 6 to produce ozone, and then the faucet 11 is turned on, and the ozone water is mixed by the gas-liquid mixer 7. After the ozone water is used, the ozone water is sprayed from the nozzle 5 through the mist nozzle 51 to spray the ozone water mist onto the space or object to be disinfected.

As shown in FIG. 5, the ozone disinfecting sprayer of the present invention can mount the mist spray head 51 in a fixed object or section, such as around a door, at a gate entrance, a disinfectant or a building, by a manual or induction device. Start or time switch Startup, in the fixed disinfection area to achieve the purpose of disinfection; wherein, the ozone disinfection sprayer provided by the present invention can also be connected to a sensing device 8 (as shown in FIG. 5A), when the disinfectant is sensed in the sensing area, immediately The ozone generator 6 and the engine are started by the driver 2, and the ozone and the water are mixed and sprayed by the mist nozzle 51 into an ozone mist to cover the disinfection area or the object; further, the ozone disinfection sprayer provided by the invention can be connected to another one. The time control switch 9 (shown in FIG. 5B), when the set time expires, the driver 2 activates the power of the ozone generator 6 and the engine, mixes the ozone with the water, and sprays the mist with the mist nozzle 51 to cover the disinfection. On a region or object. In addition, a solenoid valve 10 may be added after the liquid supply switch 4, and the solenoid valve 10 is electrically connected to the power control box, and the engine power and ozone production are not stopped. When the solenoid valve 10 is not open, the ozone water is returned to the liquid storage tank 1 through the liquid returning pressure pipe 41. When the sensing device 8 senses that the disinfected material enters the disinfection area, the electromagnetic valve 10 is immediately activated to spray the ozone mist, and is disinfected. When the object leaves or sets the time, the power control panel closes the electromagnetic wide, and the ozone fog stops ejecting. As shown in FIG. 5C, the mist spray head 51 in the ozone disinfecting sprayer provided by the present invention is installed on the door (used in laboratory equipment or other places where sterilization is required when entering and exiting), when a person or a vehicle passes through the door. At the same time, the ozone water mist generated by the present invention can be disinfected and sterilized, and the ozone disinfecting sprayer provided by the present invention can also increase the disinfection distance and range by the ozone water spray sprayed by the fan spray nozzle 51. (as shown in Figure 5D).

 As shown in Fig. 6, the ozone disinfecting sprayer of the present invention can also be a mobile type, which is mainly as follows: 1. Personnel type (or portable):

 Fill the liquid storage tank with clean water. After starting the engine, hand-held the spray gun sprays ozone mist toward the environment or the disinfectant. It is suitable for small area, corner disinfection and disinfection environment where the vehicle is not easy to reach.

 Second, the trolley type - the water tank and the sprayer are placed on the cart, and the personnel are pushed to the disinfection area for spraying. This method is suitable for disinfection of small and medium-sized areas or channels.

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

 The ozone disinfection sprayer is loaded on the aircraft to perform large-area, large-scale spray sterilization with the air. Fourth, disinfection models:

 The ozone disinfecting sprayer and the large liquid storage tank are placed on the automobile to form a disinfecting vehicle for long-distance, large-area sterilization.

 Five, disinfection boat

 The ozone disinfection sprayer is installed on the ship for water purification, decontamination, sterilization and disinfection in river or ocean water and water surface, and can be carried out by spraying and water exposure.

Claims

Rights request 1. An ozone disinfecting and atomizing sprayer, characterized in that:  a water supply device, the water supply device is provided with clean water;  a power supply device comprising a power output device and a power generating disk;  a pressurizing device, the pressurizing device is connected to the power supply device and the gas-liquid mixer;  At least one nozzle, one or more mist nozzles connected to the ends of the nozzles;  An ozone generator that produces ozone;  a gas-liquid mixer, the gas-liquid mixer is connected to the power supply device and the water supply device;  The power supply device is operated by the power output device to generate electricity from the power generating disk, and supplies the power to the ozone generator to manufacture ozone. The power output device drives the pressing device to extract clean water from the water supply device, and the ozone and the gas mixture After the water is mixed into the ozone water, it is pressurized by the pressurizing device and then controlled by the liquid feeding switch. The nozzle sprays the ozone water mist from the nozzle through the mist nozzle, and sprays it on the space or object to be disinfected.  2. An ozone sterilization sprayer according to claim 1, wherein: said pressurizing means is a pump, a blower or a spray gun.  The ozone disinfecting sprayer according to claim 1, wherein the water supply device is a liquid storage tank or a faucet.  4. The ozone sterilization sprayer according to claim 1, wherein: said power output device is an engine, a motor, an air compressor or a high pressure gas cylinder.  The ozone disinfecting sprayer according to claim 1, wherein the power supply device is a driver, a generator, or a power storage device.  6. The ozone disinfecting and atomizing sprayer according to claim 1, wherein: the liquid feeding switch is connected to the water supply device through a return pressure pipe, and the excess ozone is when the output of the liquid feeding switch is small or closed. The water can be returned to the water supply unit for recycling by returning the pressurized tube.  7. The ozone disinfecting sprayer according to claim 1, wherein: the mist spray head is mounted around the door, at the entrance of the gate, around the disinfectant or the building, and is activated by a manual or induction device or a time switch. start up. 8. The ozone disinfecting sprayer according to claim 1, wherein: the ozone disinfecting sprayer is externally connected to a sensing device, and when the disinfected object is sensed in the sensing area, the power supply device is immediately activated. The ozone generator and the power output device mix ozone and water by a mist nozzle to form an ozone mist distributed on the disinfection area or object.  9. The ozone disinfecting sprayer according to claim 1, wherein: the ozone disinfecting sprayer is further connected to a time control switch, and when the set time expires, the power supply device activates the ozone generator and the power output device. The power source mixes ozone with water and sprays it into an ozone mist on the disinfection area or object.  10. The ozone disinfecting sprayer according to claim 1, wherein a solenoid valve is added to the liquid supply switch.  11. The ozone disinfecting sprayer according to claim 1, wherein: when the ozone generator receives high voltage, high frequency alternating current, the ozone generator generates ozone, and when the ozone generator receives high voltage, high frequency direct current When it is, negative ions are generated.  12. The ozone disinfecting and atomizing sprayer according to claim 1, wherein the ozone disinfecting and atomizing sprayer can also increase the disinfection distance and range by using an ozone water spray sprayed by a fan spray nozzle.