CN206121355U - Air filter - Google Patents
Air filter Download PDFInfo
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- CN206121355U CN206121355U CN201621191618.1U CN201621191618U CN206121355U CN 206121355 U CN206121355 U CN 206121355U CN 201621191618 U CN201621191618 U CN 201621191618U CN 206121355 U CN206121355 U CN 206121355U
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- cleanout fluid
- filter element
- filter
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Abstract
The utility model provides a filter screen cleaning component effectively to ensure the air filter of filter effect. The utility model relates to an air filter for particulate matter to in the air filters, its characterized in that has: a housing. At least two are filtered the component, wasing the component, wherein, filtering the component and include the multiple -layer filtering net, at least one at least one deck filter screen that filters in the component is the magnetism filter screen, washs the component and includes: at least one cleaning board unit is installed in the casing, and every cleaning board unit all is located adjacent two and filters between the component, has: the rotor plate, a plurality of air nozzles, and first washing liquid distributor pipe, the blowing plate unit, and washing liquid discharge unit, install in shell body bottom, will adhere to washing liquid from this the internal discharge of shell that has the particulate matter.
Description
Technical field
This utility model is related to a kind of air filter.
Background technology
In commercial production and life, the impurity particle of many being contaminated with air more, not only can be to the respiratory system of workman
Health threatens, but also can affect the quality of product.
Existing air filter or air purifier, are typically all entered by sieve element to the impurity dust in air
Row is filtered, and the material of sieve element is all generally non-woven fabrics, glass fibre etc..In the air cleaning facility that workshop is used,
Using the particulate matters such as substantial amounts of dust will be accumulated in sieve element after a period of time, it is necessary to periodically changed, if used
Environment is poor, then the replacement frequency of sieve element will be higher.
The method commonly used at present is, when filter energy air quantity less than nominal air delivery less than 70%, the filter for directly more renewing
Net component, then discards old sieve element, so not only causes the wasting of resources, and considerably increases use cost,
And dismantle and installation exercise is wasted time and energy.
In order to avoid the wasting of resources, reduces cost, prior art additionally provides one kind using cleanout fluid come directly to filter screen
The method that component is cleaned, but broken breakage is susceptible to after filter element water suction, or mesh is cleaned liquid film obstruction,
Filter effect decline is not only resulted in, and the life-span to sieve element causes adverse effect.
In addition, in industries such as battery materials, impurity content is all strict controlled within tens ppm, and especially magnetic is different
Thing, is even more strict controlled in tens ppb, but is unable in existing air filter to the magnetic foreign body in air
Effectively removed.
Utility model content
This utility model is carried out to solve above-mentioned problem, it is therefore intended that providing one kind can either effectively remove magnetic
Property foreign body, can effectively clean sieve element again, and guarantee the air filter of filter effect.
This utility model to achieve these goals, employs following structure.
A kind of air filter involved by this utility model, for filtering to the particulate matter in air, its feature
It is have：Housing, including：Shell body, positioned at the air inlet oral area of the side of shell body, and going out positioned at the side of shell body
QI KOU portion；At least two filter elements, in housing, between air inlet oral area and outlet oral area, to from air inlet oral area
The air come in is filtered；Cleaning element, is cleaned to filter element, and discharges after the particulate matter for flushing out is cleaned,
Wherein, filter element includes multiple filtration net, and at least one of which drainage screen at least one filter element is magnetic filtration screen, clearly
Washing component includes：At least one cleaning Slab element, in housing, each cleaning Slab element is all located at two neighboring filtration structure
Between part, have：Rotor plate, is installed in rotation in housing；Multiple air nozzles, on the front of rotor plate, can
To filter element jet, particulate matter is sprayed from filter element；And the first cleanout fluid distributor pipe, installed in the back side of rotor plate
On, along the back side spray cleanout fluid；Air blowing Slab element, in housing, positioned at outlet oral area and near the gas outlet
Between the filter element in portion, have：Rotor plate and multiple air nozzles；Second cleanout fluid distributor pipe, installed in the inwall of shell body
On, along it is relative with the opposite side of filter element to shell body medial wall cleaning showers liquid；And cleanout fluid deliverying unit,
Installed in shell body bottom portion, the cleanout fluid for being attached with particulate matter is originally discharged in vivo from shell, in filtration condition, described in each
Rotor plate is all turned to perpendicular with the filter element；In the state of cleaning, each described rotor plate and it is turned to
Make described just facing to the filter element.
In the air filter involved by this utility model, can also have the feature that：Cleaning element also includes：
At least two supersonic vibration parts, each supersonic vibration part is arranged on a filter element.
In the air filter involved by this utility model, can also have the feature that：Magnetic filtration screen is electricity
Magnet drainage screen.
In the air filter involved by this utility model, can also have the feature that：Air nozzle spray be
Gases at high pressure.
In the air filter involved by this utility model, can also have the feature that：The pressure of gases at high pressure
For 0.1-0.5Mpa, the distance of air nozzle to filter element is in the range of 10-50cm.
In the air filter involved by this utility model, can also have the feature that：Air nozzle is according to 1-10
The speed of secondary/second intermittently jet.
In the air filter involved by this utility model, can also have the feature that：Each rotor plate leads to
Cross rotary shaft to be installed in rotation in shell body.
In the air filter involved by this utility model, can also have the feature that：The cleaning element is also
Including：For the air nozzle supply air supply unit, and be the first cleanout fluid distributor pipe and second cleanout fluid distribution
The water supplying unit that pipe supplies water, the inside of the rotor plate is provided with the air supply channel being connected with all of air nozzle, the confession
The entrance of gas passage internally extending to being connected with the air supply unit from the rotary shaft, the inside of the rotor plate is also
The first water channel being connected with the first cleanout fluid distributor pipe is provided with, the entrance of first water channel is from the rotation
Axle is internally extended to being connected with the water supplying unit, and the second cleanout fluid distributor pipe is connected with the water supplying unit
It is logical.
In the air filter involved by this utility model, can also have the feature that：First cleanout fluid is distributed
Liquid outlet is evenly distributed with pipe and the second cleanout fluid distributor pipe all along radial direction.
In the air filter involved by this utility model, can also have the feature that：Outlet oral area includes：Go out
Oral area point and blower fan, the air intake of blower fan towards filter element, towards exit portion blow by the outlet air end of blower fan.
In the air filter involved by this utility model, can also have the feature that：Cleanout fluid deliverying unit
Including at least three cleanout fluid dump valves, the quantity of cleanout fluid dump valve is distributed with the first cleanout fluid distributor pipe and the second cleanout fluid
The total quantity of pipe is corresponding, and each installation portion for installing each cleanout fluid dump valve of shell body flows into cleaning in guiding cleanout fluid
The infundibulate of liquid dump valve.
The effect of utility model and effect
According to air filter of the present utility model, on the one hand, due at least one of which mistake at least one filter element
Filter screen is magnetic filtration screen, it is possible to magnetic foreign body is adsorbed, so as to effectively remove magnetic foreign body.
On the other hand, because in filtration condition, rotor plate is perpendicular with filter element, so that it is guaranteed that what is filtered is normal
Carry out, and when filter element has accumulated the particulate matters such as substantial amounts of dust, needs and cleaned（In the state of cleaning）, rotate
Plate is to turn to make the side for being provided with air nozzle towards filter element, and so, air nozzle just can be sprayed to filter element
Gas, so as to by particulate matter from filter element spray, and by particulate matter spray to shell body it is relative with the opposite side of filter element to
Medial wall on, then by cleanout fluid distributor pipe along the medial wall cleaning showers liquid, and will be attached with by cleanout fluid dump valve
The cleanout fluid of particulate matter is originally discharged in vivo from shell.Therefore, this air filter can not sprayed directly to filter element
On the premise of, effectively sieve element is cleaned, caused broken damaged and net after filter element water suction is avoided conscientiously
The problems such as hole is blocked, it is ensured that the filter effect and service life of filter element.
Description of the drawings
Fig. 1 is structural representation of the air filter that is related to of this utility model in embodiment；
Fig. 2 is structured flowchart of the cleaning element being related to of the present utility model in embodiment；
Fig. 3（a）It is structural representation of the cleaning Slab element being related to of the present utility model in embodiment from terms of front；With
And
Fig. 3（b）It is structural representation of the cleaning Slab element being related to of the present utility model in embodiment from terms of the back side.
Specific embodiment
The air filter involved by this utility model is elaborated referring to the drawings.
<Embodiment>
Fig. 1 is structural representation of the air filter that is related to of this utility model in embodiment.
As shown in figure 1, air filter 10 is used to filter the various particulate matters such as the dust in air, it has shell
11, three filter elements 12 of body and cleaning element 13.
Housing 11 includes shell body 111, air inlet oral area 112 and outlet oral area 113.Shell body 111 is hollow structure.
Air inlet oral area 112 is located at the right side of shell body 111, and it includes air inlet 112a and closure（Do not show in figure）.
Air inlet 112a is used to allow air to enter housing 11, and closure matches with air inlet 112a, for entering in the state of cleaning
QI KOU 112a covers closing.
Outlet oral area 113 is located at the left side of shell body 111, and it includes blower fan 113a and exit portion 113b.Blower fan 113a
Air intake towards filter element 12, the outlet air end of blower fan 113a is blown towards exit portion 113b, i.e., in FIG, air from
The left entrance housing 11 of dextrad is filtered.Exit portion 113b has an air outlet slit 113b-1, the air row allowed after filtering
Go out.
Three filter elements 12 are all arranged in shell body 111, right between air inlet oral area 112 and outlet oral area 113
The air come in from air inlet oral area 112 is filtered.Each filter element 12 includes several layers of drainage screen and fixes these filtrations
The fixed frame of net.By these three filter elements 12 along dextrosinistral air approach axis, it is designated as successively：First filter element
121st, the second filter element 122 and the 3rd filter element 123.First filter element 121 filters the larger debris of granule and dust；
Second filter element 122 filters the small particles such as thinner pollen；3rd filter element 123 filters 0.1 micron to 0.3 micron
Finely ground particles.
In the present embodiment, the first filter element 121 and the second filter element 122 positioned at outermost drainage screen be all magnetic
Property drainage screen, i.e., be provided with four layers of magnetic filtration screen, altogether.The magnetic filtration screen is electric magnet drainage screen, has magnetically attractive after energization
Property, the magnetic foreign body in air can be adsorbed.
Fig. 2 is structured flowchart of the cleaning element being related to of the present utility model in embodiment.
As illustrated in fig. 1 and 2, cleaning element 13 is used to be cleaned three filter elements 12, and by the granule for flushing out
Thing washes out housing 11, and it includes：Two cleaning Slab elements 131, air blowing Slab element 132, the second cleanout fluid distributor pipe 133, confessions
Gas unit 134,135, three supersonic vibration parts 136 of water supplying unit and cleanout fluid deliverying unit 137.
Two cleaning Slab elements 131 are all arranged in shell body 111, and each cleaning Slab element 131 is all located at two neighboring
Between filter element 12, as shown in figure 1, a cleaning Slab element 131 is located at the first filter element 121 and the second filter element
Between 122, another cleaning Slab element 131 is located between the second filter element 122 and the 3rd filter element 123.
Fig. 3（a）It is structural representation of the cleaning Slab element being related to of the present utility model in embodiment from terms of front；Figure
3（b）It is structural representation of the cleaning Slab element being related to of the present utility model in embodiment from terms of the back side.
As shown in figure 3, each cleaning Slab element 131 is clear with rotor plate 131a, multiple air nozzle 131b and first
Wash liquid distribution pipe 131c.
Rotor plate 131a is installed in rotation in shell body 111, and rotor plate 131a includes plate main body 131a-1 and rotation
Axle 131a-2.Plate main body 131a-1 is arranged in shell body 111 by rotary shaft 131a-2, and rotary shaft 131a-2 is fixed on plate master
The centre of body 131a-1, and be installed in rotation on two side walls of shell body 111.
In addition, being provided with the air supply channel being connected with all of air nozzle 131b in the inside of rotor plate 131a（In figure not
Show）, the entrance A of the air supply channel internally extending to being connected with air supply unit 134 from rotary shaft 131a-2.
Also, the inside of rotor plate 131a is additionally provided with the first water channel being connected with the first cleanout fluid distributor pipe 131c
（Do not show in figure）, the entrance B of first water channel from rotary shaft 131a-2 internally extend to the phase of water supplying unit 135
Connection.
Also, in the present embodiment, shell body 111 is stretched out respectively in the two ends of rotary shaft 131a-2 as two bared ends,
Wherein rotary switch is provided with an end, is connected with each bared end of rotary shaft 131a-2 in the outer wall of shell body 111
A fixed chuck is equipped with where touching, the fixation chuck can allow rotary shaft 131a-2 to rotate to predetermined angular, then right
It is fixed.Operator is rotated rotary shaft 131a-2 by rotary switch, it becomes possible to adjust the corner of rotor plate 131a,
So that rotor plate 131a is perpendicular with filter element 12, or make rotor plate 131a parallel with filter element 12.
Multiple air nozzle 131b are divided into eight rows uniformly installed in the front of rotor plate 131a（I.e., towards air inlet 112a's
Simultaneously）On, with rotary shaft 131a-2 as center line, each four row up and down, for the jet of filter element 12 on the right side of it, so as to
Particulate matter is sprayed from the drainage screen of filter element 12.In the present embodiment, what air nozzle 131b sprayed is gases at high pressure, so
The effect that particulate matter is sprayed can be better, and gas pressure intensity is 0.1-0.5Mpa, and the distance of air nozzle to filter element is in 10-
In the range of 50cm, according to the speed of 1-10 time/second intermittently to the jet of filter element 12, intermittent jet is or not air nozzle 131b
The effect for spraying particulate matter can be only improved, but also gas consumption can be saved.
Air nozzle 131b is carried out after jet from left to right to filter element 12, and the particulate matter accumulated in filter element 12 will
Spray from the drainage screen of filter element 12, and most particulate matter can be ejected towards the back side of another rotor plate 131a,
For example, positioned at the left side of the second filter element 122 rotor plate 131a air nozzle 131b to after the jet of the second filter element 122,
Most particulate matter can be ejected towards the back side of the rotor plate 131a for being located at the right side of the second filter element 122.
First cleanout fluid distributor pipe 131c is arranged on the back side of rotor plate 131a, and positioned at the top at the back side, Neng Gouyan
Rotor plate 131a the back side spray cleanout fluid, in cleaning state when, cleanout fluid is sprayed from top to bottom, absorb high pressure gas blowout
The particulate matter for coming, the particulate matter drip washing being sprayed onto on the back side is got off, and a part of particle in the air near the back side is also connected
Get off with drip washing, the cleanout fluid for being then attached with particulate matter is flowed down along the back side of rotor plate 131a.First cleanout fluid is distributed
The length of pipe 131c is suitable with the length of rotor plate 131a, and the first cleanout fluid distributor pipe 131c is evenly distributed with along radial direction
Liquid outlet.
Here, the cleanout fluid of employing is preferably sticking to particulate matter, can so increase granule and be cleaned liquid absorption
With the efficiency of adhesion.For example, using the sticking foam dedusting agent of tool, the composition of foam dedusting agent can be：It is added with 1 ~ 5%
（Volume fraction）Sodium lauryl sulphate, polyoxyethylenated alcohol sodium sulfate, the aqueous solution of rosin soap foaming agent.
Air blowing Slab element 132 is arranged in shell body 111, between the filter element 123 of outlet oral area 112 and the 3rd.
Air blowing Slab element 132 has rotor plate 132a and multiple air nozzle 132b.The structure of rotor plate 132a and air nozzle 132b with it is upper
State the structure of rotor plate 131a and air nozzle 131b and corresponding function all, the quantity of air nozzle 132b also with clean plate list
Air nozzle 131b quantity in unit 131 is the same, therefore repeats no more.Likewise, air blowing Slab element 132 can also pass through air nozzle
132b to the jet of the 3rd filter element 123 on the right side of it, so as to particulate matter be sprayed from the drainage screen of filter element 12
Go out.
Second cleanout fluid distributor pipe 133 is arranged on the top of the right side wall of the rightmost side of shell body 111, along shell body
111 right side wall cleaning showers liquid, the structure and corresponding function of the second cleanout fluid distributor pipe 133 are all divided with the first cleanout fluid
Stringing 131c is the same, i.e., the length of the second cleanout fluid distributor pipe 133 with install the second cleanout fluid distributor pipe 133 right side wall
Length quite, the second cleanout fluid distributor pipe 133 is evenly distributed with liquid outlet along radial direction, and the cleanout fluid of spray is also with the
One cleanout fluid distributor pipe 131c is the same.
In addition, the inlet of the second cleanout fluid distributor pipe 133（Do not show in figure）Extend shell body 111, and with water supply
Unit 135 is connected.
Air supply unit 134 is all connected with the entrance A of three air supply channels of three rotor plates 131a and 132a, by supply
Passage is air nozzle 131b supply.
Water supplying unit 135 is connected with the entrance B of the first water channel and the inlet of the second cleanout fluid distributor pipe 133, is
First cleanout fluid distributor pipe 131c and the second cleanout fluid distributor pipe 133 supply water.
Three supersonic vibration parts 136 are separately mounted on three fixed frames of three filter elements 12, in the state of cleaning,
Filter element 12 is driven to vibrate by supersonic vibration part 136, in the presence of ultrasound wave, the dust on drainage screen can accelerate to take off
From such that it is able to improve cleaning performance.
As shown in figure 1, cleanout fluid deliverying unit 137 is arranged on the bottom of shell body 111, the cleaning of particulate matter will be attached with
Liquid is discharged from shell body 111.In the present embodiment, cleanout fluid deliverying unit 137 includes three cleanout fluid dump valve 137a, cleaning
The quantity of liquid dump valve 137a just with the first cleanout fluid distributor pipe 131c and the total quantity phase of the second cleanout fluid distributor pipe 133
Deng.As shown in figure 1, from the right side to the left, three cleanout fluid dump valve 137a are separately mounted to the right side wall and first of shell body 111
On the diapire installation portion 111a of the shell body 111 between filter element 121, the first filter element 121 and first piece of clean plate list
Diapire peace on diapire installation portion 111a between unit 131, between the second filter element 122 and second piece of cleaning Slab element 131
On dress portion 111a.
Also, the infundibulate that each diapire installation portion 111a successively decreases from top to bottom in cross section, this shape can be very
Guide cleanout fluid to flow into cleanout fluid dump valve 137a well, and discharge from cleanout fluid dump valve 137a.
In the present embodiment, in filtration condition, all of rotor plate 131a and 132a is turned to and corresponding filtration
Component 12 is perpendicular, and four layers of electric magnet drainage screen is energized so as to magnetic, then blower fan 113a is activated and is evacuated, and leads to
Cross and rotor plate 131a and 132a are turned to into the normal circulation that can ensure that air perpendicular with corresponding filter element 12, make
Obtain filter process to be smoothed out.
In the state of cleaning, blower fan 113a shuts down, and all of rotor plate 131a and 132a is turned to front and puts down
Towards corresponding filter element 12, then three supersonic vibration parts 136 are vibrated row, air supply unit 134 is to air nozzle 131b
Supply, water supplying unit 135 to the first cleanout fluid distributor pipe 131c and the second cleanout fluid distributor pipe supply water, further all of jet
Mouth 131b and 132b carry out jet, the first cleanout fluid distributor pipe 131c and the cleaning showers liquid of the second cleanout fluid distributor pipe 133, together
When, three cleanout fluid dump valve 137a are opened and are carried out discharge opeing.
After cleaning state terminates, then all of air nozzle 131b and 132b is stopped into jet, and make the first cleanout fluid point
Stringing 131c and the second cleanout fluid distributor pipe 133 stop cleaning showers liquid, and air supply unit 134 stops supply, water supplying unit 135 and stops
Only supply water, further three cleanout fluid dump valve 137a are closed after discharge opeing terminates.
Cleaning state mentioned here is referred to：The ventilation of air filter 10 drops to 90%, needs to enter filter element
The state of row cleaning；Or refer to：The cleaning frequency of setting is reached, for example, the cleaning frequency of setting can be every other day clear
Wash once.
The effect of embodiment and effect
Air filter according to described by the present embodiment, first, because one has four layers of filtration in two filter elements
Net is magnetic filtration screen, it is possible to magnetic foreign body is adsorbed, so as to effectively remove magnetic foreign body.
Second, due in filtration condition, rotor plate is turned to perpendicular with filter element, this makes it possible to guarantee
That what is filtered is normally carried out, and when filter element has accumulated the particulate matters such as substantial amounts of dust, needs and cleaned（In cleaning state
When）, rotor plate is to be turned to make the side for being provided with air nozzle towards filter element, and so, air nozzle just can be to filtration
Component carries out jet, so as to particulate matter be sprayed from filter element, and particulate matter is sprayed to into the another with filter element of shell body
Side it is relative to medial wall on, then by cleanout fluid distributor pipe along the medial wall cleaning showers liquid, and discharged by cleanout fluid
Valve originally in vivo discharges the cleanout fluid for being attached with particulate matter from shell.Therefore, this air filter can be directly to not filtering structure
On the premise of part is sprayed, effectively sieve element is cleaned, is avoided conscientiously caused broken after filter element water suction
The problems such as broken damaged and mesh blocks, it is ensured that the filter effect and service life of filter element.
3rd, due to air nozzle ejection is gases at high pressure, so preferably can be sprayed particulate matter from filter element
Go out；Also, because air nozzle is, intermittently to filter element jet, so can not only to enter according to the speed of 1-10 time/second
One step improves the effect for spraying particulate matter, but also can save gas consumption, so as to reduces cost.
4th, because in the state of cleaning, supersonic vibration part can drive filter element to be vibrated, in the work of ultrasound wave
With under, the dust on drainage screen can accelerate to depart from, such that it is able to closer improve cleaning performance.
Above example is only the illustration done to technical solutions of the utility model.Involved by this utility model
Air filter is not merely defined in structure described in the embodiment above, but with claim limited range
It is defined.Any modification that this utility model one of ordinary skill in the art are made on the basis of the embodiment or supplement equivalent are replaced
Change, all in the claimed scope of claim of the present utility model.
In the above-described embodiments, air filter is that have three filter elements, according to the requirement of actual filtration situation, is made
For air filter of the present utility model, it is also possible to arrange and only have two filter elements, or with the mistake of more than three
Component is filtered, and the filtration particle diameter of filter element can also be selected according to circumstances.Filter element quantity is more, and particle diameter is got over
Carefully, filter effect is better, but filtration time can elongated and cost also can increase.
In addition, in the above-described embodiments, it is to allow operator by rotary switch to rotate rotor plate, side of the present utility model
In case, using motor rotor plate can also be driven to rotate.
In addition, in the above-described embodiments, for filtering magnetic foreign body, the first filter element and the second filter element are located at
Outermost drainage screen is all magnetic filtration screen, in air filter of the present utility model, as long as at least one filter element
In at least one of which drainage screen be magnetic filtration screen, it is possible to magnetic foreign body is filtered, likewise, the number of magnetic filtration screen
Amount is more except the effect of magnetic anomaly is better, but corresponding cost can increase, it is possible to come true according to the needs of practical situation
Determine the quantity of magnetic filtration screen.
Claims (10)
1. a kind of air filter, for filtering to the particulate matter in air, it is characterised in that have：
Housing, including：Shell body, positioned at the air inlet oral area of the side of the shell body, and positioned at the side of the shell body
Outlet oral area；
At least two filter elements, in the housing, between the air inlet oral area and the outlet oral area, to from
The air that the air inlet oral area is come in is filtered；
Cleaning element, is cleaned to the filter element, and discharges after the particulate matter for flushing out is cleaned,
Wherein, the filter element includes multiple filtration net, filtration described at least one of which in filter element described at least one
Net is magnetic filtration screen,
The cleaning element includes：
At least one cleaning Slab element, in the housing, each described cleaning Slab element is all located at two neighboring described
Between filter element, have：Rotor plate, is installed in rotation in the housing；Multiple air nozzles, installed in the rotor plate
Front on, particulate matter can be sprayed from the filter element to the filter element jet；And first cleanout fluid distribution
Pipe, on the back side of the rotor plate, along the back side spray cleanout fluid；
Air blowing Slab element, in the housing, positioned at the outlet oral area and the filtration near the outlet oral area
Between component, have：The rotor plate and multiple air nozzles；
Second cleanout fluid distributor pipe, on the inwall of the shell body, along relative with the opposite side of the filter element
To the shell body medial wall cleaning showers liquid；And
Cleanout fluid deliverying unit, it is installed in the shell body bottom portion, the cleanout fluid for being attached with particulate matter is internal from the shell sheet
Discharge,
In filtration condition, each described rotor plate is turned to perpendicular with the filter element；
In the state of cleaning, each described rotor plate and being turned to makes described just facing to the filter element.
2. air filter according to claim 1, it is characterised in that：
Wherein, the cleaning element also includes：At least two supersonic vibration parts, each described supersonic vibration part is arranged on one
On the filter element.
3. air filter according to claim 1, it is characterised in that：
Wherein, the magnetic filtration screen is electric magnet drainage screen.
4. air filter according to claim 3, it is characterised in that：
Wherein, what the air nozzle sprayed is gases at high pressure, and the pressure of the gases at high pressure is 0.1-0.5Mpa,
The air nozzle to the filter element distance in the range of 10-50cm.
5. air filter according to claim 1, it is characterised in that：
Wherein, the air nozzle according to 1-10 time/second speed intermittently jet.
6. air filter according to claim 1, it is characterised in that：
Wherein, each described rotor plate is installed in rotation in the shell body by rotary shaft.
7. air filter according to claim 6, it is characterised in that also have：
Wherein, the cleaning element also includes：For the air nozzle supply air supply unit, and for first cleanout fluid distribution
The water supplying unit that pipe and the second cleanout fluid distributor pipe supply water,
The inside of the rotor plate is provided with the air supply channel being connected with all of air nozzle, the entrance of the air supply channel from
The rotary shaft is internally extended to being connected with the air supply unit,
The inside of the rotor plate is additionally provided with the first water channel being connected with the first cleanout fluid distributor pipe, first confession
The entrance of aquaporin internally extending to being connected with the water supplying unit from the rotary shaft,
The second cleanout fluid distributor pipe is connected with the water supplying unit.
8. air filter according to claim 1, it is characterised in that：
Wherein, it is evenly distributed with all along radial direction on the first cleanout fluid distributor pipe and the second cleanout fluid distributor pipe
Liquid outlet.
9. air filter according to claim 1, it is characterised in that：
Wherein, the outlet oral area includes：Exit portion and blower fan,
The air intake of the blower fan is blown towards the filter element, the outlet air end of the blower fan to the exit portion.
10. air filter according to claim 1, it is characterised in that：
Wherein, cleanout fluid deliverying unit include at least three cleanout fluid dump valves, the quantity of the cleanout fluid dump valve with it is described
First cleanout fluid distributor pipe is corresponding with the total quantity of the second cleanout fluid distributor pipe,
Each described installation portion for installing each cleanout fluid dump valve of the shell body is flowed in the guiding cleanout fluid
The infundibulate of the cleanout fluid dump valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621191618.1U CN206121355U (en) | 2016-10-28 | 2016-10-28 | Air filter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621191618.1U CN206121355U (en) | 2016-10-28 | 2016-10-28 | Air filter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206121355U true CN206121355U (en) | 2017-04-26 |
Family
ID=58577472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621191618.1U Active CN206121355U (en) | 2016-10-28 | 2016-10-28 | Air filter |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345196A (en) * | 2016-10-28 | 2017-01-25 | 荆门市格林美新材料有限公司 | Air filtering device |
| CN107321065A (en) * | 2017-07-05 | 2017-11-07 | 浙江大学 | A kind of high efficiency composition ultrasonic filters that can be recycled |
| CN111773906A (en) * | 2020-07-21 | 2020-10-16 | 沈古震 | Waste gas treatment device of non-woven fabric production equipment and manufacturing method thereof |
| CN113007838A (en) * | 2021-03-31 | 2021-06-22 | 广东轻工职业技术学院 | Air purification device for building environment improvement |
-
2016
- 2016-10-28 CN CN201621191618.1U patent/CN206121355U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345196A (en) * | 2016-10-28 | 2017-01-25 | 荆门市格林美新材料有限公司 | Air filtering device |
| CN106345196B (en) * | 2016-10-28 | 2018-03-27 | 荆门市格林美新材料有限公司 | air filter |
| CN107321065A (en) * | 2017-07-05 | 2017-11-07 | 浙江大学 | A kind of high efficiency composition ultrasonic filters that can be recycled |
| CN111773906A (en) * | 2020-07-21 | 2020-10-16 | 沈古震 | Waste gas treatment device of non-woven fabric production equipment and manufacturing method thereof |
| CN113007838A (en) * | 2021-03-31 | 2021-06-22 | 广东轻工职业技术学院 | Air purification device for building environment improvement |
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