CN105012986B - A kind of air-sterilizing-purifying apparatus - Google Patents

A kind of air-sterilizing-purifying apparatus Download PDF

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Publication number
CN105012986B
CN105012986B CN201410173027.0A CN201410173027A CN105012986B CN 105012986 B CN105012986 B CN 105012986B CN 201410173027 A CN201410173027 A CN 201410173027A CN 105012986 B CN105012986 B CN 105012986B
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China
Prior art keywords
chamber
mixing chamber
water
air
atomizer
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Expired - Fee Related
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CN201410173027.0A
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Chinese (zh)
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CN105012986A (en
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唐亚良
包红鸣
殷庆泰
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Shandong Dahan Medical Equipment Co., Ltd.
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Shandong Dahan Medical Equipment Co Ltd
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Publication of CN105012986A publication Critical patent/CN105012986A/en
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  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

Abstract

The present invention discloses a kind of air-sterilizing-purifying apparatus, including shell and it is located at the intracorporal water tank of shell, electrolysis unit, pump, atomizer, blower and mixing chamber, water tank is connect with electrolysis unit, electrolysis unit is connect by pump with atomizer, atomizer is connected to mixing chamber, mixing chamber is connected to the air outlet of shell, and blower is connected to the air inlet of shell, and blower is connected to mixing chamber.Raw material of the present invention is sodium chloride solution, is easy to get and environmental protection, anode electrolysis obtain acidic oxidized electric potential water, disinfection effect is preferable, secondary pollution will not be generated, catholyte obtains Alkalized oxidizing water, is transported in water-storing bottle, it is taken out after accumulating certain amount, can be used for decontamination, save the energy.By PLC control system control whole system work, so that atomizer is continued acidic oxidized electric potential water and sprayed in the form being atomized, it is sustainable to carry out disinfection to indoor air, guarantee that indoor air is in the state of sterile purification always.

Description

A kind of air-sterilizing-purifying apparatus
Technical field
The present invention relates to air purification fields, are more particularly to a kind of air-sterilizing-purifying apparatus.
Background technique
Environment in recent years pollution is got worse, and especially haze and various popular viruses, germ take place frequently, to the body of people Body health and life have biggish threat, and haze is the carrier of viral pathogen contamination, float in air, therefore people are increasingly Focus on the measure and effect of air cleaning and sterilization.Common filter net type air purifier can only play a certain amount of antibacterial work With bactericidal effect cannot be reached.Currently, general carry out antivirus processing to air by chemosterilant and ultraviolet light irradiation, but The secondary pollution that will cause environment in this way, causes harm to the human body, and uses and is also inconvenient.
Summary of the invention
In order to solve the above technical problem, the present invention provides a kind of electricity of the acidic oxidation as made from electrolytic chlorination sodium solution Position water purifies the air-sterilizing-purifying apparatus of air, Environmental Safety, will not generate secondary pollution and it is easy to operate, can continuously make Industry.
In order to reach above-mentioned technical purpose, technical scheme is as follows:
A kind of air-sterilizing-purifying apparatus, including shell and be located at the intracorporal air cleaning system of shell, blower and mixing Room, shell are equipped with air inlet and air outlet, and blower is connected to the air inlet of shell, and air cleaning system is connected to mixing chamber, Blower is connected to mixing chamber, and mixing chamber is connected to the air outlet of shell, and air cleaning system includes water tank, water-dropper, electrolysis Slot, atomizer and PLC control system, the water tank, water-dropper, electrolytic cell and atomizer are sequentially connected, water-dropper and electrolysis For slot by pump connection, pump is connected to the anode tap of electrolytic cell by the first valve, and pump is connected to electrolytic cell by the second valve Cathode terminal, the anode tap of electrolytic cell are connected with atomizer, and the cathode terminal of electrolytic cell is connected with water-storing bottle, and water tank is provided with chlorination Sodium solution, PLC control system are connect with water-dropper, pump, the first valve, the second valve and atomizer respectively, atomizer with mix Room connection.
It has the advantage that: the sodium chloride solution in water tank flows into water-dropper, then via pump to the water in water-dropper It is extracted to the anode chamber of electrolytic cell and cathode chamber, the anode chamber of electrolytic cell obtains acidic oxidation electricity to NaCl electrolysis Position water, is transported in atomizer, and the cathode chamber of electrolytic cell obtains Alkalized oxidizing water to NaCl electrolysis, is conveyed To water-storing bottle, misty acidic oxidized electric potential water is delivered in mixing chamber by atomizer, with by blower extraction Lai air It is adequately mixed in mixing chamber, and to its sterilizing, purified air is discharged from air outlet.Raw material of the present invention is Sodium chloride solution, is easy to get and environmental protection, anode electrolysis obtain acidic oxidized electric potential water, and disinfection effect is preferable, will not generate secondary Pollution, catholyte obtain Alkalized oxidizing water, are transported in water-storing bottle, take out, can be used for after accumulation to certain amount The energy, noresidue are saved in dirt.It is worked by PLC control system intelligent control whole system, atomizer is enable to continue acid oxygen Change electric potential water and is sprayed in the form being atomized, it is sustainable to carry out disinfection to indoor air, guarantee that indoor air is in nothing always The state of bacterium purification.
In some embodiments, electrolytic cell includes cathode chamber and anode chamber, and anode chamber includes the first groove body and the first electricity Pole, first electrode are plugged in the first groove body, and cathode chamber includes the second groove body and second electrode, and second electrode is plugged in the second slot In vivo, cation-exchange membrane is equipped between cathode chamber and anode chamber.
It has the advantage that: the anode chamber of electrolytic cell and cathode chamber are provided separately, the electrolysis water for facilitating anode chamber to generate is used In sterilization, and the electrolysis water that cathode chamber generates is for decontaminating.
In some embodiments, the inner sidewall of water-dropper is equipped with the first liquid level meter and the second liquid level meter, the first liquid level Device is located at the top of the second liquid level meter.
It has the advantage that: PLC control system sending mentions when the water level in water-dropper is lower than the position of the first liquid level meter Show, user is reminded to add new sodium chloride solution to water tank;When the water level in water-dropper is lower than the position of the second liquid level meter, PLC control system control pump, the first solenoid valve, second solenoid valve and electrolytic cell stop working, and protect system.
In some embodiments, third liquid level meter and the 4th liquid level meter, third liquid are installed on the inner sidewall of atomizer Position device is located at the top of the 4th liquid level meter, and third liquid level meter and the 4th liquid level meter are connect with PLC control system respectively.
It has the advantage that: when the liquid level in atomizer rises to the position of third liquid level meter, third liquid level meter is to PLC Control system issues signal, and PLC control system control pump, the first solenoid valve and electrolytic cell stop working, when the liquid in atomizer When position is lower than the position of the 4th liquid level meter, the 4th liquid level meter issues signal, PLC control system control pump, the to PLC control system One solenoid valve and electrolytic cell are started to work, and electrolysis water is conveyed into atomizer.If in setting time, electrolytic cell is not to atomization Device conveys electrolysis water, then PLC control system control atomizer stops working, while whole system stops working, in water tank It is again started up after filling it up with sodium chloride solution.
In some embodiments, filter screen is equipped between blower and air inlet.
It has the advantage that: the filter screen between blower and air inlet can be filtered the dust of air, air is improved The effect of purification.
In some embodiments, mixing chamber includes shell, and fog inlet, centrifugal air duct and air outlet are offered on shell, The first mixing chamber, the second mixing chamber and third mixing chamber are equipped in shell, the first mixing chamber is connected to centrifugal air duct, the first mixing Room is connected to fog inlet, and the first compression chamber is equipped between the first mixing chamber and the second mixing chamber, and the second mixing chamber is mixed with third It is equipped with the second compression chamber between room, third compression chamber is equipped between third mixing chamber and air outlet.
It has the advantage that: indoor air is extracted in the first mixing chamber by centrifugal air duct, the liquid for sterilization Mist is sent in the first mixing chamber by fog inlet, in the first mixing chamber, after gas-liquid carries out preliminary mixing, is added into first Pressure chamber, the first compression chamber pressurizes to gas-liquid mixture, is accelerated into the second mixing chamber by the gas-liquid mixture to pressurize, In second mixing chamber, gas-liquid obtains entering the second compression chamber after being mixed again after sufficiently spreading, and the second compression chamber is to gas-liquid Mixture pressurizes again, is accelerated into third mixing chamber by the gas-liquid mixture to pressurize, in third mixing chamber, gas-liquid After adequately being mixed again after being spread again enter third compression chamber, third compression chamber to gas-liquid mixed room pressurize after from Air outlet discharge.Gas-liquid mixed room uses the method for lengthening the length and many places cross-sectional deformation of gas-liquid mixed room in air duct, if There are multiple compression chambers and diffusion mixing chamber, pressurizeed and spread to gas-liquid mixture, mixes well with air disinfection liquid mist, Play the maximum efficiency of thimerosal sterilization.
In some embodiments, cross section of the cross section of the first compression chamber less than the first mixing chamber, the second compression chamber Cross section less than the cross section of the second mixing chamber, the cross section of third compression chamber is less than the cross section of third mixing chamber, third Cross section of the cross section of compression chamber less than the first compression chamber.
It has the advantage that: pressurizeing by way of reducing cross section to gas-liquid mixture, gas-liquid is allowed to be sufficiently mixed, Guarantee that disinfection liquid mist is sufficiently sterilized, saves the energy and environmental protection.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.
Fig. 1 is the schematic view of the front view of the air-sterilizing-purifying apparatus of an embodiment of the present invention;
Fig. 2 is the side structure schematic view of the air-sterilizing-purifying apparatus of an embodiment of the present invention;
Fig. 3 is the structural schematic diagram of the air cleaning system of the air-sterilizing-purifying apparatus of an embodiment of the present invention;
Fig. 4 is the structural schematic diagram of the mixing chamber of the air-sterilizing-purifying apparatus of an embodiment of the present invention.
The title of corresponding component represented by number in figure:
1. shell, 21. water tanks, 22. water-droppers, 221. first liquid level meters, 222. second liquid level meters, 23. pumps, 231. the One solenoid valve, 232. second solenoid valves, 24. electrolytic cells, 241. anode chambers, 242. cathode chambers, 25. atomizers, 26. water-storing bottles, 3. mixing chamber, 31. shells, 311. fog inlets, 312. centrifugal air ducts, 313. air outlets, 314. first mixing chambers, 3145. first Compression chamber, 315. second mixing chambers, 3156. second compression chambers, 316. third mixing chambers, 3163. third compression chambers, 4. blowers, 5. filter screen.
Specific embodiment
As shown in Fig. 1~2, the present invention discloses a kind of air-sterilizing-purifying apparatus, including shell 1 and is located in shell 1 Air cleaning system and mixing chamber 3, shell 1 be equipped with air inlet and air outlet, shell 1 is equipped with blower 4 in air inlet.It is empty Gas purification system 2 is connected to mixing chamber 3, and the air intake of blower 4 is connected to the air inlet of shell 1, the outlet air end of blower 4 with mix Room 3 is connected to, and mixing chamber 3 is connected to the air outlet of shell 1.Filter screen 5 is equipped between blower 4 and the air inlet of shell 1.Filter screen 5 pairs of air play the role of filtering, and the contaminant filter of the larger particles in air is fallen.
As shown in figure 3, air cleaning system includes by the sequentially connected water tank 21 of pipeline, water-dropper 22, pump 23, electricity Solve slot 24 and atomizer 25.Air cleaning system further includes PLC control system.Electrolytic cell includes anode chamber 241 and cathode chamber 242, pump 23 is connect by the first solenoid valve 231 with anode chamber 241, and pump 23 is connected by second solenoid valve 232 and cathode chamber 242 It connects.PLC control system is connect with water-dropper 22, the 23, first solenoid valve 231 of pump, second solenoid valve 232 and atomizer 25 respectively.
The inner sidewall of water-dropper 22 is equipped with the first liquid level meter 221 and the second liquid level meter 222, and the first liquid level meter 221 is located at The top of second liquid level meter 222.When the initial launch of this air cleaning system, the water in water tank 21 drips via weep pipe inflow In device 22, when the water level in water-dropper 22 to the second liquid level meter 222, the second liquid level meter 222 is sent to PLC control system to be believed Number, PLC control system control pump 23 and the first solenoid valve 231, second solenoid valve 232 start, to the anode chamber of electrolytic cell 24 241 Sodium chloride solution is provided with cathode chamber 242.During the work time, when the water level in water-dropper 22 is lower than the first liquid level meter 221 When position, PLC control system issues prompt, and user is reminded to add new sodium chloride solution to water tank 21;When in water-dropper 22 Water level be lower than the second liquid level meter 222 position when, PLC control system control pump the 23, first solenoid valve 231, second solenoid valve 232 and electrolytic cell 24 stop working, protect system.
Electrolytic cell 24 includes cathode chamber 242 and anode chamber 241.Anode chamber 241 include the first groove body and first electrode, first Electrode is plugged in the first groove body, and cathode chamber includes the second groove body and second electrode, and second electrode is plugged in the second groove body, yin Cation-exchange membrane is equipped between pole room and anode chamber.The anode chamber 241 of electrolytic cell and cathode chamber 242 are provided separately, anode chamber 241 electrolysis waters generated are for sterilizing, and the electrolysis water that cathode chamber 242 generates is for decontaminating.The anode chamber 241 of electrolytic cell 24 connects It is connected to atomizer 25, the cathode chamber 242 of electrolytic cell 24 is connected with water-storing bottle 26, and the catholyte for storing electrolytic cell 24 obtains Buck.After PLC control system control pump 23 and the first solenoid valve 231 repeatedly convey sodium chloride solution into anode chamber 241, control System pump 23 and second solenoid valve 232 convey a sodium chloride solution into cathode chamber 242.
Third liquid level meter 251 and the 4th liquid level meter 252 be installed on the inner sidewall of atomizer 25, third liquid level meter 251 In the top of the 4th liquid level meter 252, third liquid level meter 251 and the 4th liquid level meter 252 are connect with PLC control system respectively.Work as mist When liquid level in change device 25 rises to the position of third liquid level meter 251, third liquid level meter 251 issues signal to PLC control system, PLC control system control the 23, first solenoid valve 231 of pump and electrolytic cell 24 stop working.When the liquid level in atomizer 25 is lower than the When the position of four liquid level meters 252, the 4th liquid level meter 25 issues signal, PLC control system control pump 23, the to PLC control system One solenoid valve 231 and electrolytic cell 24 are started to work, and convey electrolysis water into atomizer 25.If in setting time, electrolytic cell 24 Electrolysis water is not conveyed to atomizer 25, then PLC control system control atomizer 25 stops working, while whole system stops work Make, is again started up after filling it up with sodium chloride solution in water tank 1.The acidic oxidized electric potential water and air that atomizer 25 persistently sprays After being mixed, play the role of sterilizing and purifying air.
Water tank 21 is provided with sodium chloride solution, and the sodium chloride solution in water tank 21 flows into water-dropper 22, then by pumping 23 extract the water in water-dropper 22 to the anode chamber of electrolytic cell 24 241 and cathode chamber 242, in the anode chamber 241 of electrolytic cell 24 Electrolysis water be transported in atomizer 25, by atomizer 25 spray to indoor air carry out sterilization processing, raw material is salt, It is easy to get and environmentally friendly, secondary pollution will not be generated, the electrolysis water of the cathode chamber 242 of electrolytic cell 24 is transported in water-storing bottle 26, is tired out It is taken out after product to certain amount, can be used for decontamination.By PLC control system control water-dropper 22, the 23, first solenoid valve 231 of pump, the Intelligent control is realized in the work of two solenoid valves 232 and atomizer 25.
As shown in figure 4, mixing chamber 3 includes shell 31.Fog inlet 311, centrifugal air duct 312 and outlet air are offered on shell 31 Mouth 313.The first mixing chamber 314, the second mixing chamber 315 and third mixing chamber 316 are equipped in shell 31.First mixing chamber 314 with Centrifugal air duct 312 is connected to, and the first mixing chamber 314 is connected to fog inlet 311.Between first mixing chamber 314 and the second mixing chamber 315 Equipped with the first compression chamber 3145, the second compression chamber 3156 is equipped between the second mixing chamber 315 and third mixing chamber 316, third is mixed It closes and is equipped with third compression chamber 3163 between room 316 and air outlet 313.The cross section of first compression chamber 3145 is less than the first mixing chamber 314 cross section, the cross section of the second compression chamber 3156 less than the second mixing chamber 315 cross section, third compression chamber 3163 Cross section is less than the cross section of third mixing chamber 316, the cross of the cross section of third compression chamber 3163 less than the first compression chamber 3145 Section.
Indoor air is extracted in the first mixing chamber 314 by centrifugal air duct 312, for sterilization liquid mist by into Mist mouth 311 is extracted in the first mixing chamber 314, in the first mixing chamber 314, after gas-liquid carries out preliminary mixing, into One compression chamber 3145, the first compression chamber 3145 pressurizes to gas-liquid mixture, is accelerated by the gas-liquid mixture to pressurize Second mixing chamber 315, in the second mixing chamber 315, gas-liquid enters the second compression chamber after being mixed again after being spread 3156, the second compression chamber 3156 pressurizes again to gas-liquid mixture, is accelerated into third by the gas-liquid mixture to pressurize Mixing chamber 316, in third mixing chamber 316, gas-liquid enters third compression chamber after adequately being mixed after being spread again 3163, third compression chamber 3163 is discharged after pressurizeing to gas-liquid mixed room from air outlet 313.By way of reducing flow cross It pressurizeing to gas-liquid mixture, gas-liquid is allowed to be sufficiently mixed, the acidic oxidized electric potential water for guaranteeing that atomizer 25 sprays sufficiently is sterilized, Save the energy and environmental protection.Mixing chamber 3 increases the length in mixing chamber air duct, if adding there are three compression chamber to gas-liquid mixture Pressure and diffusion, mix well with air acidic oxidized electric potential water, guarantee that acidic oxidized electric potential water can be to the air being mixed with Sterile purification effect.
Sodium chloride solution in water tank 21 flows into water-dropper 22, then takes out via the water in 23 pairs of water-droppers 22 of pump It takes to the anode chamber of electrolytic cell 24 241 and cathode chamber 242, the anode chamber 241 of electrolytic cell 24 obtains acid to NaCl electrolysis Property electrolyzed oxidizing water, be transported in atomizer 25, the cathode chamber 242 of electrolytic cell 24 obtains alkaline oxygen to NaCl electrolysis Change electric potential water, is transported to 26 in water-storing bottle.Misty acidic oxidized electric potential water is delivered in mixing chamber by atomizer 25, with It extracts the air come by blower 4 adequately to be mixed in mixing chamber 3, and to its sterilizing, purified air is from out Air port discharge.Raw material of the present invention is sodium chloride solution, is easy to get and environmental protection, anode electrolysis obtain acidic oxidized electric potential water, sterilizing Effect is preferable, will not generate secondary pollution, and catholyte obtains Alkalized oxidizing water, is transported in water-storing bottle 26, accumulation is arrived It is taken out after certain amount, can be used for decontamination, save the energy.By PLC control system control whole system work, enable atomizer 25 Continue acidic oxidized electric potential water to spray in the form being atomized, it is sustainable to carry out disinfection to indoor air, guarantee indoor sky Gas is in the state of purification always.
Above-described is only the preferred embodiment of air-sterilizing-purifying apparatus of the invention, it is noted that for this For the those of ordinary skill in field, without departing from the concept of the premise of the invention, several deformations can also be made and changed Into these are all within the scope of protection of the present invention.

Claims (2)

1. a kind of air-sterilizing-purifying apparatus, which is characterized in that including shell and be located at the intracorporal air cleaning system of the shell System, blower and mixing chamber, the shell are equipped with air inlet and air outlet, and the blower is connected to the air inlet of shell, described Air cleaning system is connected to the mixing chamber, and the blower is connected to the mixing chamber, the outlet air of the mixing chamber and shell Mouth connection, the air cleaning system includes water tank, water-dropper, electrolytic cell, atomizer and PLC control system, the water storage Tank, water-dropper, electrolytic cell and atomizer are sequentially connected, and by pump connection, the pump passes through for the water-dropper and the electrolytic cell First valve is connected to the anode tap of the electrolytic cell, described to pump the cathode terminal that the electrolytic cell is connected to by the second valve, The anode tap of the electrolytic cell is connected with atomizer, and the cathode terminal of the electrolytic cell is connected with water-storing bottle, and the water tank is built-in There is sodium chloride solution, the PLC control system connects with the water-dropper, pump, the first valve, the second valve and atomizer respectively It connects, the atomizer is connected to the mixing chamber;The electrolytic cell includes cathode chamber and anode chamber, and anode chamber includes the first groove body And first electrode, the first electrode are plugged in first groove body, cathode chamber includes the second groove body and second electrode, described Second electrode is plugged in second groove body, and cation-exchange membrane is equipped between the cathode chamber and the anode chamber;Electrolysis The anode chamber of slot and cathode chamber are provided separately, and the electrolysis water that anode chamber generates is for sterilizing, and the electrolysis water that cathode chamber generates is used In decontamination;The inner sidewall of the water-dropper is equipped with the first liquid level meter and the second liquid level meter, and first liquid level meter is located at described The top of second liquid level meter;Third liquid level meter and the 4th liquid level meter, the third liquid are installed on the inner sidewall of the atomizer Position device is located at the top of the 4th liquid level meter, the third liquid level meter and the 4th liquid level meter respectively with the PLC control system Connection;Filter screen is equipped between the blower and the air inlet;The mixing chamber includes second shell, in the second shell Fog inlet, centrifugal air duct and air outlet are offered, it is mixed to be equipped with the first mixing chamber, the second mixing chamber and third in the second shell Room is closed, first mixing chamber is connected to the centrifugal air duct, and first mixing chamber is connected to the fog inlet, and described first It is equipped with the first compression chamber between mixing chamber and second mixing chamber, is set between second mixing chamber and the third mixing chamber There is the second compression chamber, third compression chamber is equipped between the third mixing chamber and the air outlet.
2. air-sterilizing-purifying apparatus according to claim 1, which is characterized in that the cross section of first compression chamber is small In the cross section of the first mixing chamber, less than the cross section of the second mixing chamber, the third adds for the cross section of second compression chamber The cross section of pressure chamber is less than the cross section of third mixing chamber, and the cross section of the third compression chamber is less than first compression chamber Cross section.
CN201410173027.0A 2014-04-25 2014-04-25 A kind of air-sterilizing-purifying apparatus Expired - Fee Related CN105012986B (en)

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