CN208097024U - Air purifying and sterilizing machine - Google Patents

Abstract

The utility model provides a kind of air purifying and sterilizing machine, including being sequentially connected the air inlet connect, filter chamber, ozone generation chamber, mixing reaction chamber, exhaust outlet；Detachable and interchangeable filter screen and blower are equipped in the filter chamber, the filter screen is close to the air inlet, the blower extracts gas from the filter screen and blows into the ozone generation chamber, ozone generator is provided in the ozone generation chamber, the hybrid reaction is intracavitary to be disposed with the first catalysis reaction plate and the second catalysis reaction plate according to airflow direction, the second catalysis reaction plate connects the exhaust outlet, and the ozone generator manufactures ozone gas by electrolysis pure water.The utility model manufactures ozone gas for air disinfection and purification using electrolysis water mode, and removes ozone after sterilizing, that is, realizes efficiently antivirus and in turn avoid ozone leakage.

Description

Air purifying and sterilizing machine

Technical field

The present invention relates to air cleaning facility fields.

Background technique

Ozone is a kind of efficiently quick fungicide, it has very strong popularity in terms of sterilization, and can kill makes one Various bacteria, the virus, microorganism caused a disease with animal, destroy the structure of bacterium, virus and other microorganisms in a short time, make It loses survival ability.Ozone also has the function of removing pernicious gas, ozone and formaldehyde etc. are harmful because it is with strong oxidizing property Gas can chemically react, to remove the pernicious gases such as the formaldehyde in air.

However, high-concentrated ozone has certain harmful effect for human respiratory tract.In recent years there are also news report Ozone is classified as polluted gas.

Current air cleaning facility, for ozone, there are two kinds of completely different attitudes.A kind of attitude thinks that ozone is Pernicious gas, it is necessary to be removed；Another attitude thinks that ozone is efficient sterilization gas, can release into space In, achieve the effect that purify air.Country recommend GMP workshop authenticate the inside, recommendation used in fresh air system ozone as Disinfectant, but should be performed disinfection work in unmanned situation.The efficiency of ozone how is made full use of, while avoiding ozone mistake Degree leaks into air, is a problem to be solved.

Summary of the invention

To solve the above problems, the present invention provides a kind of air purifier, it is desirable to provide one kind can make full use of ozone Disinfection and the efficiency that eliminates the unusual smell, and avoid the air purifier of ozone leakage.

Air purifying and sterilizing machine, including being sequentially connected the air inlet connect, filter chamber, ozone generation chamber, mixing reaction chamber, row Port；Detachable and interchangeable filter screen and blower are equipped in the filter chamber, the filter screen is close to the air inlet, the wind Machine extracts gas from the filter screen and blows into the ozone generation chamber, there is setting electrolysis water in the ozone generation chamber Ozone generator, the hybrid reaction is intracavitary to be disposed with the first catalysis reaction plate and the second catalysis reaction according to airflow direction Plate, the second catalysis reaction plate connect the exhaust outlet.

Further, the water electrolytic ozone generator includes cathode water tank, anode water tank, electrolytic module, the electrolysis Module has cathode cavity and anode cavities, the electrolysis between the cathode cavity and anode cavities with proton exchange membrane and catalyst composition Film layer, the cathode cavity have upper and lower two interfaces, and the anode cavities also have two interfaces up and down, interface on the cathode cavity All be connected with the cathode water tank bottom with lower interface, in the anode cavities interface and lower interface all with the anode water bottom Portion is connected, and the cathode water tank is connected with anode water tank bottom.

Further, the water electrolytic ozone generator has multiple electrolytic modules, the anode water tank and the electrolysis Module number is identical and corresponds, the public cathode water tank of multiple electrolytic modules.

Further, the cathode water tank and the anode tank top have waterproof ventilated membrane.

Further, turbulence blades pair, institute are equipped in the upstream of the first catalysis reaction plate in the mixing reaction chamber State turbulence blades to for two groups it is coaxial can opposite direction rotates under air-flow air blast effect blade.

Further, the first catalysis reaction plate surface is coated with metal platinum.

Further, the second catalysis reaction plate is provided with manganese dioxide nano particle.

Further, the exhaust outlet has wind direction drainage plate.

Preferably, the air purifying and sterilizing machine has " several " character form structure, and air inlet is located at robot base side, directly Filter chamber is connected, ozone generation chamber is in the top of filter chamber, and mixing reaction chamber is in the side of filter chamber and ozone generation chamber, exhaust Mouth is located at the side of robot base and air inlet relative direction.

Preferably, the air purifying and sterilizing machine has " 1 " character form structure, and air inlet is located at robot base side, directly Filter chamber is connected, ozone generation chamber is located at machine in the top of ozone generation chamber, exhaust outlet in the top of filter chamber, mixing reaction chamber Side at the top of device.

Beneficial effect：The present invention manufactures ozone gas for air disinfection and purification using electrolysis water mode, and removes after sterilizing Ozone realizes efficiently antivirus and in turn avoids ozone leakage.

Detailed description of the invention

Attached drawing 1 is the structural schematic diagram of one embodiment of the present of invention.

Attached drawing 2 is the structural schematic diagram of one embodiment of the present of invention.

Attached drawing 3 is the structural schematic diagram of water electrolytic ozone generator used in the present invention.

Attached drawing 4 is the structural schematic diagram of the water electrolytic ozone generator of multiple electrolytic modules used in the present invention.

Attached drawing 5 is the schematic diagram of turbulence blades pair used in the present invention.

Attached drawing 6 is direction of rotation and the flow-disturbing effect diagram of turbulence blades pair used in the present invention.

Specific embodiment

Present invention will be described in further detail below with reference to the accompanying drawings, to enable those skilled in the art referring to specification text Word can be implemented accordingly.

Referring to attached drawing 1, air purifying and sterilizing machine 1, including being sequentially connected the air inlet 2 connect, filter chamber 3, ozone generation chamber 4, mixing reaction chamber 5, exhaust outlet 6；Detachable and interchangeable filter screen 301 and blower 302 are equipped in filter chamber 3, filter screen 301 is tight Exchange premium port 2, blower 302 extract gas from filter screen 301 and blow into ozone generation chamber 4, setting in ozone generation chamber 4 There is water electrolytic ozone generator 400, water electrolytic ozone generator 400 manufactures ozone gas by electrolysis pure water；Mixing reaction chamber 5 It is interior to be disposed with the first catalysis reaction plate 502 and the second catalysis reaction plate 503, the second catalysis reaction plate 503 according to airflow direction Connect exhaust outlet 6.

Referring to attached drawing 1, in some embodiments, air purifying and sterilizing machine 1 has " several " character form structure, and air inlet 2 is located at 1 bottom sides of air purifying and sterilizing machine are directly connected to filter chamber 3, and ozone generation chamber 4 is in the top of filter chamber 3, mixing reaction chamber 5 are located at 1 bottom of air purifying and sterilizing machine and 2 relative direction of air inlet in the side of filter chamber 3 and ozone generation chamber 4, exhaust outlet 6 Side.

Referring to attached drawing 2, in some embodiments, air purifying and sterilizing machine 1 has " 1 " character form structure, and air inlet 2 is located at sky 1 bottom sides of gas purifying sterilizing apparatus are directly connected to filter chamber 3, and ozone generation chamber 4 is in the top of filter chamber 3, mixing reaction chamber 5 In the top of ozone generation chamber 4, exhaust outlet 6 is located at the side at 1 top of air purifying and sterilizing machine.

Referring to attached drawing 3, water electrolytic ozone generator 400 includes cathode water tank 402, anode water tank 403, electrolytic module 401, Electrolytic module 401 has cathode cavity 4012 and anode cavities 4011, has proton exchange between cathode cavity 4012 and anode cavities 4011 The electrolysis film layer 4010 of film and catalyst composition, cathode cavity 4012 have 4,016 two interfaces of upper interface 4015 and lower interface, sun Pole chamber 4011 also has 4,014 two interfaces of upper interface 4013 and lower interface, and the upper interface 4015 of cathode cavity 4012 connects cathode water 402 bottom of case enters gas interface 4023, and the lower interface 4016 of cathode cavity 4012 connects the water outlet mouthpiece of 402 bottom of cathode water tank 4022；4013 jointed anode water tank of upper interface, 403 bottom of anode cavities 4011 enters gas interface 4033, connects under anode cavities 4011 The water interface 4032 of 4014 jointed anode water tank of mouth, 403 bottom, 402 bottom of cathode water tank are connected to interface 4021 and anode water tank 403 bottoms connection interface 4031 is connected.

Referring to attached drawing 4, in some embodiments, water electrolytic ozone generator 400 has multiple electrolytic modules 401, anode Water tank 403 is identical as 401 quantity of electrolytic module and corresponds, 401 public cathode water tanks 402 of multiple electrolytic modules.For Space is saved, the connection interface 4031 and water interface 4032 of anode water tank 403 are merged into an interface, connect under anode cavities 4011 Also the connection interface of 402 bottom of cathode water tank is connected while connection interface 4031 of 4014 jointed anode water tank of mouth, 403 bottom 4021。

Referring to attached drawing 3 and 4, the top of anode water tank 403 has waterproof ventilated membrane 4034.Have at the top of cathode water tank 402 Tank lid 4025 has waterproof ventilated membrane 4024 inside the tank lid 4025, and 4025 side of tank lid has air hole 4026. Ozone gas in anode water tank 403 can pass through the ozone generation that waterproof ventilated membrane 4034 spills into air purifying and sterilizing machine 1 In chamber 4, and mixing reaction chamber 5 is transported to air-flow and participates in disinfection reactions.Gas in cathode water tank 402 can pass through waterproof Ventilated membrane 4024 is spilt into outside air purifying and sterilizing machine 1 through the air hole 4026 of 4025 side of tank lid.

Referring to attached drawing 1 and attached drawing 2, turbulence blades pair are equipped in the upstream of the first catalysis reaction plate 502 in mixing reaction chamber 5 501.Turbulence blades to 501 referring to shown in attached drawings 5, the rotating forward blade 5011 and counter-blades arranged in same rotation axis 5010 5012.It can rotate forward blade 5011 under air-flow air blast effect and rotate forward, the rotation of 5012 opposite direction of counter-blades makes gas Generate turbulent flow, the mixing for promoting air and ozone gas more efficient in short distance.

First catalysis reaction plate 502 is frame using Porous titanium, and surface is coated with metal platinum, can catalysis oxidation decomposition first The pernicious gases such as aldehyde, ammonia.

Second catalysis reaction plate 503 is frame using porous ceramics, and inside is filled with ozone decomposition catalyst, the catalyst For manganese dioxide nano particle.

Exhaust outlet 6 has wind direction drainage plate 601, and 601 adjustable angle of wind direction drainage plate guides the wind direction discharged.

Claims (9)

1. a kind of air purifying and sterilizing machine, including be sequentially connected the air inlet connect, filter chamber, ozone generation chamber, mixing reaction chamber, Exhaust outlet；Detachable and interchangeable filter screen and blower are equipped in the filter chamber, the filter screen is close to the air inlet, described Blower extracts gas from the filter screen and blows into the ozone generation chamber, is provided with ozone in the ozone generation chamber Generator, the hybrid reaction is intracavitary to be disposed with the first catalysis reaction plate and the second catalysis reaction plate, institute according to airflow direction It states the second catalysis reaction plate and connects the exhaust outlet, which is characterized in that the ozone generator is manufactured smelly by electrolysis pure water Oxygen.

2. air purifying and sterilizing machine as described in claim 1, which is characterized in that the ozone generator include cathode water tank, Anode water tank, electrolytic module, the electrolytic module have cathode cavity and anode cavities, have matter between the cathode cavity and anode cavities The electrolysis film layer of proton exchange and catalyst composition, the cathode cavity have upper and lower two interfaces, and the anode cavities also have upper Lower two interfaces, interface is all connected with the cathode water tank bottom with lower interface on the cathode cavity, connects in the anode cavities Mouth is all connected with the anode water tank bottom with lower interface, and the cathode water tank is connected with anode water tank bottom.

3. air purifying and sterilizing machine as claimed in claim 2, which is characterized in that the ozone generator has multiple electrolysis moulds Block, the anode water tank is identical as the electrolytic module quantity and corresponds, the public yin of multiple electrolytic modules Pole water tank.

4. air purifying and sterilizing machine as claimed in claim 2, which is characterized in that the cathode water tank and anode water tank top Portion has waterproof ventilated membrane.

5. air purifying and sterilizing machine as described in claim 1, which is characterized in that the first catalysis reaction plate surface is coated with gold Belong to platinum.

6. air purifying and sterilizing machine as described in claim 1, which is characterized in that the second catalysis reaction plate is provided with dioxy Change manganese nano particle.

7. air purifying and sterilizing machine as described in claim 1, which is characterized in that the exhaust outlet has wind direction drainage plate.

8. air purifying and sterilizing machine as described in claim 1, which is characterized in that the air purifying and sterilizing machine has " several " word Shape structure, air inlet are located at robot base side, are directly connected to filter chamber, and for ozone generation chamber in the top of filter chamber, mixing is anti- Answer chamber in the side of filter chamber and ozone generation chamber, exhaust outlet is located at the side of robot base and air inlet relative direction.

9. air purifying and sterilizing machine as described in claim 1, which is characterized in that the air purifying and sterilizing machine has " 1 " word Shape structure, air inlet are located at robot base side, are directly connected to filter chamber, and for ozone generation chamber in the top of filter chamber, mixing is anti- Answer chamber in the top of ozone generation chamber, exhaust outlet is located at the side at the top of machine.