CN206600891U - The indoor electrostatic air cleaning equipment of plasma - Google Patents
The indoor electrostatic air cleaning equipment of plasma Download PDFInfo
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- CN206600891U CN206600891U CN201720322267.1U CN201720322267U CN206600891U CN 206600891 U CN206600891 U CN 206600891U CN 201720322267 U CN201720322267 U CN 201720322267U CN 206600891 U CN206600891 U CN 206600891U
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- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
- Treating Waste Gases (AREA)
- Electrostatic Separation (AREA)
Abstract
The utility model discloses the electrostatic air cleaning equipment of indoor plasma, its advantage is that bypass airduct is connected to outside building wall, and main frame is placed in interior, when cleaning equipment normally runs purification air, first pass through bypass airduct to discharge the escaping gas in the casing of cleaning equipment, specific method is：First close the power-operated shutter of air inlet or air outlet, then the bypass blower fan in bypass airduct is started, outwards it is vented a period of time, then normal air-cleaning function is returned again to, can be by pollutants such as the escaping gases not constrained in the prior art by electric field to outdoor discharge, it is to avoid indoor secondary pollution.When cleaning equipment normally purifies air operation, negative pressure in the casing of the suction formation of main air blower introduces fresh air (fresh air) by bypassing airduct outside wall, make cleaning equipment that not only there is exclusion to accumulate in the function of gas with foreign flavor in casing (escaping gas), while also having fresh air function.
Description
Technical field
The utility model is related to a kind of air cleaning facility field, more particularly to a kind of indoor plasma is electrostatic air cleaning
Equipment and operation method.
Background technology
Air quality especially haze problem has become the social concern of China, and the haze of autumn and winter is particularly northern
The haze in area has become a kind of whole people's memory.Occupied therefore, air purifier has become China resident, particularly city
The important living electric apparatus of the people.At present, Household Air Purifier is mainly based on HEPA filter net types, this air cleaning facility profit
With HEPA strainer filterings, absorption air in micro dust particle, if necessary along with active carbon adsorption etc., with it is simple in construction, set
The low advantage of standby manufacturing cost, has been widely used.But the filter screen of this air purifier has certain adsorption capacity limitation,
Need to regularly replace filter screen, and these filter screens are also a kind of product with certain technology content, price costly, therefore
Long-term use cost is higher；Meanwhile, after pollutant of the filter screen in constantly absorption air, these adsorbed pollutant grains
Son is very easy to produce peculiar smell and breed bacteria during long-term accumulation, causes the secondary pollution of room air, ordinary consumption
Use knowledge of the person due to lacking specialty, the pollution on home air is often caused using this clarifier, body is influenceed on the contrary
Health.The electroclarifier of another use plasma electrostatic depuration principle is not at present main product in air cleaning market,
But because its long-term use cost is low, while also there is certain sterilizing to act on, it is net relative to HEPA filter net type air
Changing utensil has wider market potential.
Plasma electrostatic air cleaning (electrodecontamination) is air is occurred in ionization (bloom), air using high voltage electric field
Micro dust particle is adsorbed after the air molecule that these are ionized powered (charged), so that by opposite polarity electrode (dust collecting electrode) absorption
A kind of air purification method that it is removed from air.
In actual applications, in order to reduce discharge inception voltage, and the ionized air molecule that there is single electric charge in electric field is made, etc.
Ion occurs electrode and is usually designed to unsymmetric form, will occur the electrode design of plasma (bloom) into tip shape, is referred to as
Bloom electrode (thread bloom electrode is referred to as corona wire), corresponding thereto to electrode then be smooth surfaces electrode.With bloom electricity
Pole opposite polarity and with to polarity of electrode it is identical, for adsorb powered micro dust particle electrode be dust collecting electrode.Dust collecting electrode is also one
Kind of plane electrode, therefore absorption, the micro dust particle that accumulates in dust collecting electrode are constantly mutually to gather, when it reaches certain thickness
After can by vibrate, wash away etc. various methods be cleaned return it is new, therefore dust collecting electrode (plate, pipe) can for good and all use without
Due to there is adsorption capacity to limit to need to regularly replace, exist consumption as HEPA filter cores, along with producing, bloom is electric
The energy consumption of field is fairly small, therefore the long-term use cost of this air purification method is far below HEPA methods.
Simultaneously as its organism structure can lose activity in this high-pressure electrostatic environment such as some bacteriums, virus, therefore
This air purification method not but not as HEPA methods breed bacteria and it is unhealthful, there is inactivation to bacterial virus on the contrary
Effect, plays certain sterilizing effect.
Therefore relative to HEPA filter net type purification methods, the advantage of electrodecontamination method is obvious.But current this sky
Gas purification style also not turn into the market mainstream, squeezed into the market except HEPA methods product first enters a step, and electroclarifier because
Cost Problems price is higher outer, is not solved with some of technical problem also relevant.
Plasma is electrostatic air cleaning, and there is also following problem：
HEPA air cleaning is mainly carries out adsorption by the screen surface of large area to pollutants such as micronic dusts, this
Huge screen surface is dispersed in after a little pollutants are adsorbed, can be seldom desorbed once again, thus while HEPA purifications have consumption
The problem of expendable costs such as material consumption are high, but secondary pollution problem caused by being departed from again as adsorbate is not relatively serious
(secondary pollution formed by adsorbed pollutant breed bacteria is another pair of shoes), and electrodecontamination then has secondary pollution
Problem, this is also current electrodecontamination product currently without the technical barrier solved very well.
The secondary pollution of plasma electrostatic depuration is so produced：The volatility of micronic dust and larger molecular weight in air
Gas by high voltage electric field band electricity, by opposite polarity dust collecting electrode absorption after, because dust collecting electrode is a kind of smooth surface
Electrode, surface area is simultaneously little, and these absorbates are that machinery is deposited in electrode surface, in the equipment course of work, these machines
The absorbate of tool accumulation is because the effect of electric field will not be substantially desorbed and be volatilized again, but after equipment is stopped, wherein
Volatile pollutant such as escaping gas due to the constraint without electric field, will occur to be desorbed and constantly wave into air
Hair, these compositions volatilized by desorption can be accumulated in clarifier cavity, and when equipment is started shooting again, these are often with different
The even harmful poisonous gas of taste can be carried in start, therefore the air blown out in start has one stench, not only
The use feeling of consumer is influenceed very much, the health of human body can also be impacted.
Utility model content
Technical problem to be solved in the utility model is the indoor plasma static air that can prevent secondary pollution from producing
Cleaning equipment and operation method, it starts air cleaning by way of introducing bypass airduct and bypass blower fan in cleaning equipment
Before operation, first the escaping gas gathered in cleaning equipment is discharged, being reached with this prevents the purpose of secondary pollution.
The utility model solve the technical scheme that is used of above-mentioned technical problem for：Indoor plasma is electrostatic air cleaning to be set
It is standby, it is characterised in that the bypass airduct for being provided with bypass blower fan including guiding to outdoor positioned at indoor main frame and from main frame, it is main
Machine includes casing, air inlet, air outlet, main air blower and plasma electrostatic depuration component, described plasma electrostatic depuration component
Chassis cavity is divided into the air-out chamber of the air-inlet cavity connected with air inlet and air outlet connection, described bypasses airduct and described
Air-inlet cavity is connected with described air-out chamber.
The further preferred scheme of the utility model is：Described main air blower is arranged in air-out chamber, described air outlet
Power-operated shutter is installed with described air inlet.
The further preferred scheme of the utility model is：Described air inlet is provided with coarse strainer.
The further preferred scheme of the utility model is：Described plasma electrostatic depuration component is sent out including plasma electrostatic
Raw component and the porous collecting plate in separate type section, the porous collecting plate in separate type section are located at after plasma electrostatic generating assembly
Side.
The further preferred scheme of the utility model is：Described plasma electrostatic generating assembly includes corona and occurs pole
(commonly referred to as corona wire) and distribution parallel with it to electrode, pole occurs for corona positioned at two pieces between electrode, described two
Block is to being inlet channel between electrode, and described inlet channel is perpendicular to the porous collecting plate in separate type section.
The further preferred scheme of the utility model is：Described corona occurs extremely to be placed in afterwards described to electrode.
The further preferred scheme of the utility model is：Described is pole shape to electrode, and diameter is more than filamentous electricity
Dizzy to occur pole, pole shape is solid bar or hollow circular-tube to electrode.
The further preferred scheme of the utility model is：The porous collecting plate in separate type section for through hole foam metal plate or
Wire netting, the further preferred scheme of the utility model is：Described foam metal plate is made up of nickel foam, and nickel foam is by poly-
The tabular through hole high molecular foam material plating metal on surface nickel such as urethane is made, and manufactured goods can remove macromolecule by high temperature sintering
Expanded material, forms pure porous nickel mesh, can not also directly be used except high molecular foam material.
The further preferred scheme of the utility model is：The described porous collecting plate in separate type section by one layer and one layer with
On foam metal plate or wire netting composition, more than one layer of foam metal plate or wire netting can be with integrators, can also phase
Mutually separation and tandem discharge.
The further preferred scheme of the utility model is：The operation method of the indoor electrostatic air cleaning equipment of plasma, its
It is characterised by comprising the following steps that:1) cleaning equipment switches on power, and opens air inlet and air outlet；2) bypass blower fan is opened, it is other
Transportation work style pipe is outwards vented 10 seconds~5 minutes, then closes bypass blower fan；3) main air blower is opened, and cleaning equipment enters purification and transported
Row state.
The further preferred scheme of the utility model is：The operation method of the indoor electrostatic air cleaning equipment of plasma, its
It is characterised by comprising the following steps that:1) cleaning equipment switches on power, and first closes air inlet, opens air outlet；2) open located at company
The bypass blower fan of air-inlet cavity is passed through, bypass airduct is outwards vented 10 seconds~5 minutes, then closes bypass blower fan；3) main air blower
Open, while opening air inlet, cleaning equipment enters purification running status.
Or comprise the following steps that：1) cleaning equipment switches on power, and first closes air outlet, opens air inlet；2) open and set
In the bypass blower fan for being communicated in air-out chamber, bypass airduct is outwards vented 10 seconds~5 minutes, then closes bypass blower fan；3) it is main
Blower fan is opened, while opening air outlet, cleaning equipment enters purification running status.
The further preferred scheme of the utility model is：Air inlet is provided with power-operated shutter, and air outlet is provided with electronic hundred
Leaf, air inlet or air outlet are closed or open by closing or opening power-operated shutter.
Compared with prior art, the utility model has the advantages that main frame is placed in into interior, bypass airduct is connected to building
Outside wall, before cleaning equipment normally runs purification air, first the escaping gas in the casing of cleaning equipment is discharged, specific side
Method is：First close power-operated shutter of air inlet or air outlet, or both all to open, then start the bypass wind in bypass airduct
Machine, outwards exhaust a period of time, then returns again to normal air-cleaning function, will can not constrained in the prior art by electric field
The pollutants such as escaping gas are to outdoor discharge, it is to avoid indoor secondary pollution.When cleaning equipment normally purifies air operation,
The suction that the machine cavity negative pressure that main air blower is caused when working is formed can introduce fresh air (fresh air) by bypassing airduct outside wall,
Make cleaning equipment that there is the function of excluding gas with foreign flavor (escaping gas), while also having fresh air function.
Brief description of the drawings
Fig. 1 is air cleaning facility structural representation of the present utility model (side wall installing type one)；
Fig. 2 is air cleaning facility structural representation of the present utility model (side wall installing type two)；
Fig. 3 is air cleaning facility structural representation of the present utility model (entering top formula)；
Fig. 4 is the one of which structural representation of the utility model plasma electrostatic depuration component (to battery lead plate)；
Fig. 5 is another structural representation of the utility model plasma electrostatic depuration component (to electrode bar).
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing embodiment.
As shown in Figure 1-Figure 3, the electrostatic air cleaning equipment of plasma of interior is fixedly installed in, including positioned at indoor master
Machine 1 and the bypass airduct 3 for being provided with bypass blower fan 2 that outdoor is guided to from main frame 1, main frame 1 include casing 4, air inlet 5, air-out
The inner chamber of casing 4 is divided into and air inlet 5 by mouth 6, main air blower 7 and plasma electrostatic depuration component 8, plasma electrostatic depuration component 8
The air-out chamber 10 that the air-inlet cavity 9 of connection is connected with air outlet 6, main air blower 7 is arranged in air-out chamber 10, and bypass airduct 3 is arranged on
Air-inlet cavity 9 or air-out chamber 10.Bypass airduct may be mounted at air-inlet cavity or air-out chamber leans on the back of wall, can also be arranged on air intake
The both sides of chamber or air-out chamber, then be connected to outside wall.
Bypass airduct 3 is connected to outside building wall, main frame 1 is placed in indoor and is fixedly mounted, and is normally transported in cleaning equipment
Before row purification air, first the escaping gas in the casing 4 of cleaning equipment is discharged, specific method is：Close and bypass airduct
Electronic the hundred of the air inlet 5 of same wind chamber or the power-operated shutter 11 of air outlet 6, the air outlet 6 for opening opposite side or air inlet 5
Leaf, then starts the bypass blower fan 2 in bypass airduct 3, and bypass blower fan is outwards vented, entered from the louver in the air port of opening
Air flows through plasma electrostatic depuration module, and the volatile contaminant volatilized of its surface and surrounding is retracted to outside wall.
Bypass exhaust fan for a period of time, after volatile contaminant is excluded in body, open all import and export electric fan blades, be transferred to normal
Air-cleaning function.Clearing machine is before formally purification function is opened, and first passing through such method will be in the prior art by electricity
The pollutant such as escaping gas of constraint is to outdoor discharge, it is to avoid indoor secondary pollution.
When bypassing blower fan and being outwards vented, the power-operated shutter in same wind chamber is while in closed mode, but due to hundred
Still there is certain gap between leaf, although air mainly has already turned on from opposite side in the external exhaust process that bypass blower fan is opened
Blinds in enter, but still there is certain wind to be drawn into from the gap of the blinds being turned off, therefore bypass blower fan still can be with
From bypass blower fan also discharged to the wind intracavitary volatile contaminant that may be present the power-operated shutter outside wall.
When cleaning equipment normally purifies air operation, the negative pressure that main air blower 7 is produced is sucked by bypassing airduct 3 outside wall
Fresh air (fresh air), while making cleaning equipment that there is exclusion gas with foreign flavor (escaping gas) function, also with fresh air work(
Energy.
Equipment uses fixed installation mode first, and cleaning equipment is fixedly mounted on the wall, and punching will bypass on the wall
Airduct 3 is guided to outside wall, guides to the fan housing of fly net built in the mouth of pipe dress of airduct 3 in the side outside wall to prevent mosquito to be inhaled into；
Bypass blower fan 2 and bypass airduct 3 have two kinds of installation methods：One kind is arranged on air-inlet cavity 9, that is, installed in corona
Before generation pole 811, need to close the power-operated shutter 11 of air inlet 5 during odor air in exclusion machine of starting shooting, open air outlet 6
Power-operated shutter；One kind is arranged on after air-out chamber, that is, the porous collecting plate 82 in separate type section, different in start exclusion machine
Need the power-operated shutter 11 for closing air outlet 6, the power-operated shutter 11 for opening air inlet 5 during taste air, but it is preferential using be mounted in into
I.e. the bypass airduct mounting structure before pole 811 occurs for wind chamber corona, and the fresh air so introduced is in the quilt after purification
It is discharged into interior.
Its principle：Volatility adsorbate volatilizees during occurring mainly in equipment downtime again, therefore closes during equipment downtime
Inlet and outlet, prevent escaping gas from inlet and outlet escape, or only put into air port power-operated shutter 11, electronic hundred during shutdown
Leaf 11 is closed makes volatility peculiar smell be escaped by convection current to prevent the formation air channel from air outlet to air outlet, but preferential using same
When close inlet and outlet, it is so more preferable to the sealing effect of peculiar smell.In start, the power-operated shutter 10 of air outlet 6 is opened；Beat again
The bypass outside exhausting of blower fan 2 is opened, wind enters from air outlet 6, by the way that separation is made into section after the porous collecting plate 82 in separate type section
The gas with foreign flavor of the surface of collecting plate 82 volatilization is discharged to outside wall.
Air outlet 6 and air inlet 5 are provided with power-operated shutter 11.Power-operated shutter 11 can be turned off or in air outlet 6 or entered
Air port 5, air inlet 5 is provided with coarse strainer, for first filtering off the dirt in air of larger particles.
As shown in figure 4, plasma electrostatic depuration component 8 includes plasma electrostatic generating assembly 81 and separate type section is porous
Collecting plate 82, the porous collecting plate 82 in separate type section is located at the rear side of plasma electrostatic generating assembly 81.
Plasma electrostatic generating assembly 81 includes multipair by corona generation pole 811 and to the alternating parallel of battery lead plate (rod) 812
The electrode pair of distribution, corona occurs pole 811 and is located at two pieces between battery lead plate (rod) 812, two pieces between battery lead plate (rod) 812
For inlet channel 83, inlet channel 83 is perpendicular to the porous collecting plate 82 in separate type section.Battery lead plate (rod) 812 and separate type are cut
The porous collecting plate common ground in face, it is on the one hand safer, on the other hand omit connecting wire.
Corona is placed in battery lead plate (rod) 812 after occurring pole 811.The porous porous collecting plate 82 in separate type section is porous plate
Structure, including the porous, electrically conductive tabular material such as foam metal and other foam conductive materials, metal or other conductive material screen clothes
Expect, for example nickel foam, stainless (steel) wire etc..
The porous collecting plate 82 in separate type section be located at body interior air-flow section on, can in airflow direction cloth
Put, can also increase with institute air-flow formation certain angle with the contact area of air-flow, further improve purification efficiency.
The porous collecting plate 82 (loose structure) in separate type section solves the problems, such as purification efficiency, and when solving using one section
Between, form reverse corona after the accumulation of collecting plate surface dust and occur problem to caused ozone, and enormously simplify dust collecting electrode
Cleaning；
The fixedly mounted secondary pollution that escaping gas is solved the problems, such as with bypass blower fan structure.
The porous collecting plate 82 in separate type section, refers in particular to the foam gold less than 1 millimeter with tortuous aperture and aperture
Belong to material (nickel foam, foam copper) and be used as the porous dust collecting electrode in section, purification efficiency is greatly improved.
The material of the porous collecting plate 82 in separate type section is foam metal plate or wire netting.
The porous collecting plate 82 in separate type section is made up of the foam metal plate or wire netting of one layer and more than one layer, one layer with
On foam metal plate or more than wire netting integrator, or one layer foam metal plate or wire netting be separated from each other, it is front and rear
Tandem discharge is installed.It is typically wire netting before more than one layer of the porous collecting plate 82 in separate type section, so pollutes owner
To be adsorbed by wire netting, and the relative easily cleaning of wire netting, so that the cleaning of dust collecting electrode is further simplified.
Corona generation pole 811 is rearmounted to be considerably reduced to the grey speed of the surface laying dust of battery lead plate 812, significantly extends electricity
Swoon and occur the cleaning service time interval of electrode assemblie, reduce ozone：Using corona wire layout on rear side of to battery lead plate,
The rearmounted method in pole 811 occurs for corona to solve to the grey accumulation problems of the surface dirt of battery lead plate 812.
Normal electrostatic occur electrode lay-out be using corona occur pole 811 be located to the front-back of battery lead plate 812 along it
Between, such air one enter electrostatic field, micronic dust it is powered after, micronic dust will be moved to battery lead plate 812 in the presence of stationary electrode,
Part micronic dust will be accumulated in the surface of battery lead plate 812, particularly to the rear portion of battery lead plate 812, so as to cause to accumulate battery lead plate 812
Dirt ash.To the surface laying dust class of battery lead plate 812 except causing to need battery lead plate 812 often cleaning, and scale removal process is easily damaged
Electrode, because causing the deformation and displacement of the electrode with strict pitch requirements, meanwhile, being gone back to battery lead plate 812 after laying dust ash
Easily increase considerably the generating capacity of ozone.
Pole 811 (corona wire) layout occurs for corona to the rear portion of battery lead plate 812, and plasma electrostatic field is mainly distributed on to electricity
The rear portion of pole plate 812, powered micronic dust is adsorbed to the possibility above battery lead plate 812 when being travelled forward under the drive of air-flow
Property be just greatly lowered, so as to solve to the laying dust of battery lead plate 812 the problem of grey, significantly extend the time interval of cleaning.
In order to solve corona occur electrode 811 it is rearmounted after influence to the trailing edge article on plasma electrostatic field of battery lead plate 812, it is right
Battery lead plate 812 can use the conductiving metal strip or conductive metal pipe (such as diameter of certain diameterStainless steel or aluminium close
Gold bar or pipe), corona wire is arranged in the middle of the seam on rear side of these parallel conductiving metal strips or conductive metal pipe.Such as Fig. 4 and
Fig. 5, is to be placed in after electrode occurs for corona to battery lead plate 812 or the schematic diagram to electrode bar.Can be tabular, pole shape to electrode
Or circular tube shaped, the diameter to electrode of pole shape or circular tube shaped is more than the diameter that pole occurs for corona.
As shown in figure 1, the operation method of the electrostatic air cleaning equipment of indoor plasma, it is characterised in that specific steps are such as
Under:1) cleaning equipment switches on power, the power-operated shutter opening of pent air outlet 6, electronic the hundred of air inlet 5 when last time shuts down
Leaf 11 is still closed；2) the bypass blower fan 2 located at air-inlet cavity 9 is opened, bypass airduct 3 is outwards vented 10 seconds~5 minutes；3) wind is bypassed
Machine 2 is closed, main air blower 7 is opened, while opening the power-operated shutter 11 of air inlet 5, cleaning equipment enters normal purification operation shape
State.
As shown in Fig. 2 the operation method of the electrostatic air cleaning equipment of indoor plasma, it is characterised in that specific steps are such as
Under：1) cleaning equipment switches on power, the power-operated shutter opening of pent air inlet 5, electronic the hundred of air outlet 5 when last time shuts down
Leaf 11 is still closed；2) the bypass blower fan 2 located at air-out chamber 10 is opened, bypass airduct 3 is outwards vented 10 seconds~5 minutes；3) bypass
Blower fan 2 is closed, main air blower 7 is opened, while opening the power-operated shutter 11 of air outlet 6, cleaning equipment enters purification running status.
Following operation method can also be taken：The operation method of the indoor electrostatic air cleaning equipment of plasma, its feature exists
In comprising the following steps that:1) cleaning equipment switches on power, and opens air inlet 5 and air outlet 6；2) bypass blower fan 2 is opened, wind is bypassed
Pipe 3 is outwards vented 10 seconds~5 minutes, then closes bypass blower fan 2；3) main air blower 7 is opened, and cleaning equipment enters purification and run
State.
The indoor electrostatic air cleaning equipment of plasma provided by the utility model and operation method have been carried out in detail above
Thin to introduce, specific case used herein is set forth to principle of the present utility model and embodiment, above example
Explanation be only intended to help and manage the utility model and core concept.It should be pointed out that for the ordinary skill people of the art
For member, on the premise of the utility model principle is not departed from, some improvement and modification can also be carried out to the utility model, this
A little improvement and modification are also fallen into the utility model scope of the claims.
Claims (9)
1. the electrostatic air cleaning equipment of plasma in Room, it is characterised in that including guiding to outdoor positioned at indoor main frame and from main frame
Be provided with bypass blower fan bypass airduct, main frame include casing, air inlet, air outlet, main air blower and plasma electrostatic depuration
Chassis cavity is divided into the air-inlet cavity connected with air inlet and air outlet connection by component, described plasma electrostatic depuration component
Air-out chamber, described bypass airduct is connected with described air-inlet cavity or with described air-out chamber.
2. the electrostatic air cleaning equipment of indoor plasma according to claim 1, it is characterised in that described main air blower peace
In air-out chamber, described air outlet and described air inlet are provided with power-operated shutter.
3. the electrostatic air cleaning equipment of indoor plasma according to claim 1, it is characterised in that described plasma is quiet
Electrodecontamination component includes the porous collecting plate of plasma electrostatic generating assembly and separate type section, the porous collecting plate position in separate type section
In the rear side of plasma electrostatic generating assembly.
4. the electrostatic air cleaning equipment of indoor plasma according to claim 3, it is characterised in that described plasma is quiet
Electric generating assembly include corona occur pole and multiple distributions that are parallel to each other to electrode, corona occur pole be located at two pieces to electrode it
Between, described two pieces to being inlet channel between electrode, described inlet channel is perpendicular to the porous collecting plate in separate type section.
5. the electrostatic air cleaning equipment of indoor plasma according to claim 4, it is characterised in that described corona occurs
Extremely it is placed in afterwards described to electrode.
6. the electrostatic air cleaning equipment of indoor plasma according to claim 4, it is characterised in that it is described can to electrode
With tabular or pole shape, the diameter to electrode of pole shape is more than the diameter that pole occurs for corona.
7. the electrostatic air cleaning equipment of indoor plasma according to claim 4, it is characterised in that separate type section is porous
The material of collecting plate is foam metal plate or wire netting.
8. the electrostatic air cleaning equipment of indoor plasma according to claim 7, it is characterised in that described foam metal
Plate is made up of nickel foam.
9. the electrostatic air cleaning equipment of indoor plasma according to claim 7, it is characterised in that described separate type is cut
The porous collecting plate in face is made up of the foam metal plate or wire netting of one layer and more than one layer, more than one layer of foam metal plate or gold
More than category net integrator, or one layer foam metal plate or wire netting are separated from each other and tandem is discharged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720322267.1U CN206600891U (en) | 2017-03-30 | 2017-03-30 | The indoor electrostatic air cleaning equipment of plasma |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720322267.1U CN206600891U (en) | 2017-03-30 | 2017-03-30 | The indoor electrostatic air cleaning equipment of plasma |
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| Publication Number | Publication Date |
|---|---|
| CN206600891U true CN206600891U (en) | 2017-10-31 |
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| CN201720322267.1U Expired - Fee Related CN206600891U (en) | 2017-03-30 | 2017-03-30 | The indoor electrostatic air cleaning equipment of plasma |
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| CN (1) | CN206600891U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106801952A (en) * | 2017-03-30 | 2017-06-06 | 谢红卫 | The indoor electrostatic air cleaning equipment of plasma and operation method |
| CN112911782A (en) * | 2021-01-20 | 2021-06-04 | 深圳市普瑞艾尔科技有限公司 | Plasma generator excited by high-frequency alternating current |
| CN117180486A (en) * | 2023-09-11 | 2023-12-08 | 中国人民解放军总医院第五医学中心 | A pathogenic nucleic acid aerosol elimination system |
-
2017
- 2017-03-30 CN CN201720322267.1U patent/CN206600891U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106801952A (en) * | 2017-03-30 | 2017-06-06 | 谢红卫 | The indoor electrostatic air cleaning equipment of plasma and operation method |
| CN112911782A (en) * | 2021-01-20 | 2021-06-04 | 深圳市普瑞艾尔科技有限公司 | Plasma generator excited by high-frequency alternating current |
| CN117180486A (en) * | 2023-09-11 | 2023-12-08 | 中国人民解放军总医院第五医学中心 | A pathogenic nucleic acid aerosol elimination system |
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