CN107362645A - A kind of intelligent high-efficiency cleaner and its method of work - Google Patents
A kind of intelligent high-efficiency cleaner and its method of work Download PDFInfo
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- CN107362645A CN107362645A CN201710775381.4A CN201710775381A CN107362645A CN 107362645 A CN107362645 A CN 107362645A CN 201710775381 A CN201710775381 A CN 201710775381A CN 107362645 A CN107362645 A CN 107362645A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
- B01D50/10—Combinations of devices covered by groups B01D45/00, B01D46/00 and B01D47/00
Abstract
The invention discloses a kind of method of work of intelligent high-efficiency cleaner, intelligent high-efficiency cleaner includes：Housing and control device, air inlet is provided with collection chamber, the inside of housing is provided with rotating mechanism and the first filter mechanism, inward turning rotation mechanism and typed rotary mechanism outside are provided with rotating mechanism, the inward turning rotation mechanism and typed rotary mechanism outside are set in opposite direction, first filter mechanism is provided with the exit of inward turning rotation mechanism, is provided with gas testing agency in collection chamber, rotating mechanism, the first filter mechanism and gas testing agency are connected with control device.The present invention sets collection chamber in air inlet, the impurity content in gas and concentration are detected by gas testing agency, judge that it needs the time of dedusting and number according to the result of its detection, it is provided with inward turning rotation mechanism and typed rotary mechanism outside in housing, it is allowed to form outer vortex and interior vortex, dual separation is realized using natural gravity, then profound filtering is carried out by filter mechanism.
Description
Technical field
The invention belongs to field of dust removal equipment, more particularly to a kind of intelligent high-efficiency cleaner and its method of work.
Background technology
With the fast development of social economy, the living standard and quality of life of people are all constantly improving, and no matter
It is production or life, the rhythm of people is all constantly being accelerated, and either production or life all realizes intellectuality mostly
And automation, and for the quality requirement also more and more higher of environment, this generation of cleaner with regard to growth-promoting.
Existing cleaner on the market, it is all that it is in the course of the work using blower fan either electrostatic precipitation mostly
Dust removing effects are general, and many particulate matters still can be mingled with the gas of discharge, and, some timely large-scale cleaners remove
Dirt effect is fine, but its cost is higher, thus existing cleaner needs to improve.
The content of the invention
Goal of the invention：In order to overcome the above insufficient, it is an object of the invention to provide a kind of intelligent high-efficiency cleaner
Method of work, its is simple in construction, reasonable in design, collection chamber is set in air inlet, by gas testing agency to miscellaneous in gas
Matter content and concentration are detected, and judge that it needs the time of dedusting and number according to the result of its detection, it is in housing
There is provided inward turning rotation mechanism and typed rotary mechanism outside, and dual separation is realized using natural gravity, is then entered again by filter mechanism
The profound filtering of row.
Technical scheme：To achieve these goals, the invention provides a kind of work side of intelligent high-efficiency cleaner
Method, wherein intelligent high-efficiency cleaner include：Housing and control device, the housing is provided with one group of air inlet and one goes out
Air port, the air inlet are provided with collection chamber, and the inside of the housing is provided with rotating mechanism and the first filter mechanism, the whirler
It is provided with inward turning rotation mechanism and typed rotary mechanism outside in structure, the inward turning rotation mechanism and typed rotary mechanism outside are set in opposite direction, and described the
One filter mechanism is provided with the exit of inward turning rotation mechanism, is provided with gas testing agency in the collection chamber, the rotating mechanism, the
One filter mechanism and gas testing agency are connected with control device.
The method of work of heretofore described intelligent high-efficiency cleaner, collection chamber is set in air inlet, passes through gas
Body testing agency is detected to the impurity content in gas and concentration, judges that it needs dedusting according to the result of its detection
Time and number, it is provided with inward turning rotation mechanism and typed rotary mechanism outside in housing, allows it to form outer vortex and interior vortex,
Dual separation is realized using natural gravity, profound filtering is then carried out by filter mechanism again, greatly improves its mistake
The effect of filter, and the structure of its whole equipment is simple, easily realizes, can effectively reduce its cost.
Inner chamber body and outer chamber are provided with heretofore described housing, the inward turning rotation mechanism and typed rotary mechanism outside are set respectively
In inner chamber body and outer chamber.
Electric controlled door and breather pipe are provided with heretofore described gas outlet, the breather pipe is connected with typed rotary mechanism outside, institute
State breather pipe and be provided with electrically-controlled valve, the electric controlled door and electrically-controlled valve are connected with control device, by breather pipe realize inner chamber body and
The connection of outer chamber, allows it to realize circulating filtration.
The lower section of heretofore described typed rotary mechanism outside is provided with the second filter mechanism with the junction of inward turning rotation mechanism, described
Second filter mechanism is connected with control device.
Spray is provided with heretofore described first filter mechanism and filter membrane, the filter membrane are covered in inward turning rotation mechanism
Outlet, it is described spray located at filter membrane top.
Water distributor is provided with heretofore described filter membrane, the water distributor is connected with drainpipe.
Heretofore described inward turning rotation mechanism is provided with upper pivoting leaf, and the upper pivoting leaf is in acclivitous arc line shaped.
Heretofore described typed rotary mechanism outside is provided with lower pivoting leaf, and the lower pivoting leaf is in the arc line shaped tilted down.
Import barrier module, control of export module, detection control module, rotation are provided with heretofore described control device
Control module, filtering control module, draining control module, automatically controlled door control module, valve control module and controller module, its
In, internal rotation control unit and outer rotation control unit are provided with the rotation control module, is set in the filtering control module
There are the first filtering control unit and the second filtering control unit, the import barrier module is connected with the import on housing, described
Control of export module is connected with the outlet on housing, and the detection control module is connected with gas testing agency, the rotation control
Internal rotation control module and outer rotation control module in molding block are connected with inward turning rotation mechanism and typed rotary mechanism outside respectively, described
Filter control module in first filtering control unit and second filtering control unit respectively with the first filter mechanism and the second mistake
Filter structure is connected, and the draining control module is connected with drainpipe, and the automatically controlled door control module is connected with electric controlled door, the valve
Door control module is connected with electrically-controlled valve, the import barrier module, control of export module, detection control module, rotation control mould
Block, filtering control module, draining control module, automatically controlled door control module and valve control module connect with controller module
Connect.
The method of work of intelligent high-efficiency cleaner in the present invention, specific method of work are as follows：
1）：The gas with impurity is entered in the wind assembling set in housing by import first；
2）：The gas in wind assembling set is detected by gas testing agency, and sends the result of detection to controller mould
In block, detection data are analyzed by the data processor in controller module, the result drawn according to analysis, controller
Determine time and the dedusting number of cleaner work；
3）：Gas in dust storage chamber enters in typed rotary mechanism outside；
4）：Controller module is rotated by outer rotation control module order typed rotary mechanism outside, due to being set in typed rotary mechanism outside
There is lower pivoting leaf, the lower pivoting leaf is in the arc line shaped tilted down, thus when typed rotary mechanism outside rotates, it will form one
Downward whirlpool, drive gas downward；
5）：In gas declined, particulate matter in gas is dropped downward into dust-collecting box because of gravity；
6）：Then gas is flowed in inward turning rotation mechanism after the filtering of the second filter mechanism；
7）：Then controller module is rotated by internal rotation control module order inward turning rotation mechanism, due to inward turning rotation mechanism
Upper pivoting leaf is provided with, the upper pivoting leaf is in acclivitous arc line shaped, thus when interior rotating mechanism rotates, it will be formed
One upward whirlpool, gas is driven to flow up；
8）：In gas uphill process, particulate matter in gas is dropped downward into dust-collecting box because of gravity；
9）：When gas reaches the exit of inward turning rotation mechanism, the gas of rising is filtered by the first filter mechanism；
10）：During the first filtering mechanism works, constantly water spray is sprayed, when gas passes through filter membrane, passes through filter membrane
Impurity in gas is filtered；
11）：The water stored in filter membrane is discharged by water distributor to drainpipe；
12）：According to step 2）The result of middle gas testing agency detection, if once filtering has reached its purity requirements, that
Gas after the filtering of the first filter mechanism is expelled directly out；
13）：If step 2）The result of middle gas testing agency detection, which is shown, needs multiple times of filtration, then by the first filter
Gas after structure filtering is arranged to typed rotary mechanism outside by breather pipe（14）In, repeat step 3）To 11）；
14）：According to step 2）The result display of middle gas testing agency detection needs to repeat filtering several times, with regard to repeat step 3）Extremely
11）Several times.
Above-mentioned technical proposal can be seen that the present invention and have the advantages that：
1st, the method for work of heretofore described intelligent high-efficiency cleaner, by gas testing agency in wind assembling set
Gas is detected, and the result of detection is sent in controller module, passes through the data processor pair in controller module
Detection data are analyzed, the result drawn according to analysis, and controller determines time and the dedusting number of cleaner work；Collection
Gas in dirt room enters in typed rotary mechanism outside；Controller module is revolved by outer rotation control module order typed rotary mechanism outside
Turn, because typed rotary mechanism outside is provided with lower pivoting leaf, the lower pivoting leaf is in the arc line shaped tilted down, thus in outer whirler
When structure rotates, it will form a downward whirlpool, drive gas downward；In gas declined, particulate matter in gas because
Gravity is dropped downward into dust-collecting box；Then gas is flowed in inward turning rotation mechanism after the filtering of the second filter mechanism；Then control
Device module is rotated by internal rotation control module order inward turning rotation mechanism, because inward turning rotation mechanism is provided with upper pivoting leaf,
The upper pivoting leaf is in acclivitous arc line shaped, thus when interior rotating mechanism rotates, it will form a upward whirlpool,
Gas is driven to flow up；In gas uphill process, particulate matter in gas is dropped downward into dust-collecting box because of gravity；Work as gas
When reaching the exit of inward turning rotation mechanism, the gas of rising is filtered by the first filter mechanism；In the first filter mechanism
In the course of work, constantly water spray is sprayed, when gas passes through filter membrane, the impurity in gas was carried out by filter membrane
Filter；The water stored in filter membrane is discharged by water distributor to drainpipe；The result detected according to gas testing agency, such as
Fruit, which is once filtered, has reached its purity requirements, then the gas after the filtering of the first filter mechanism is expelled directly out；Such as
The result of fruit gas testing agency detection, which is shown, needs multiple times of filtration, then the gas after the filtering of the first filter mechanism passes through
Breather pipe is arranged into typed rotary mechanism outside, and the result display of gas testing agency detection needs to repeat filtering several times, set in air inlet
Put collection chamber, the impurity content in gas and concentration detected by gas testing agency, according to its detection result come
Judge that it needs the time of dedusting and number, it is provided with inward turning rotation mechanism and typed rotary mechanism outside in housing, allows it being capable of shape
Into outer vortex and interior vortex, dual separation is realized using natural gravity, then carries out profound mistake by filter mechanism again
Filter, the effect of its filtering is greatly improved, and the structure of its whole equipment is simple, easily realizes, can effectively reduce its cost.
2nd, electric controlled door and breather pipe are provided with heretofore described gas outlet, the breather pipe is connected with typed rotary mechanism outside,
The breather pipe is provided with electrically-controlled valve, and the electric controlled door and electrically-controlled valve are connected with control device, and breather pipe is realized into inner chamber body
With the connection of outer chamber, it is allowed to realize circulating filtration.
3rd, spray and filter membrane are provided with the present invention in the first filter mechanism, it is described that gas is diluted by spray,
Effectively wherein small particulate matter can be gathered, and profound mistake is carried out to the impurity in gas by filter membrane
Filter, so as to further improve its filter effect.
4th, water distributor is provided with heretofore described filter membrane, the water distributor is connected with drainpipe, water distributor
Setting, timely superfluous water in filter membrane can be drained, avoid the occurrence of the problem of steam is excessive.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the electrical connection schematic diagram in the present invention.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment, the present invention is furture elucidated.
Embodiment 1
A kind of method of work of intelligent high-efficiency cleaner as depicted, wherein intelligent high-efficiency cleaner include：Shell
Body 1 and control device 2, the housing 1 are provided with one group of air inlet and an air outlet, and the air inlet is provided with collection chamber 3, institute
The inside for stating housing 1 is provided with the filter mechanism 12 of rotating mechanism 11 and first, and inward turning rotation mechanism 13 is provided with the rotating mechanism 11
With typed rotary mechanism outside 14, the inward turning rotation mechanism 13 and typed rotary mechanism outside 14 are set in opposite direction, first filter mechanism 12
Exit provided with inward turning rotation mechanism 13, the collection chamber 3 is interior to be provided with gas testing agency 4, the rotating mechanism 11, the first mistake
Filter structure 12 and gas testing agency 4 are connected with control device 2.
Inner chamber body and outer chamber, the inward turning rotation mechanism 13 and typed rotary mechanism outside are provided with housing 1 described in the present embodiment
14 are respectively arranged in inner chamber body and outer chamber.
Electric controlled door and breather pipe are provided with described in the present embodiment at gas outlet, the breather pipe connects with typed rotary mechanism outside 14
Connect, the breather pipe is provided with electrically-controlled valve, and the electric controlled door and electrically-controlled valve are connected with control device 2.
The lower section of typed rotary mechanism outside 14 described in the present embodiment is provided with the second filter with the junction of inward turning rotation mechanism 13
Structure 15, second filter mechanism 15 are connected with control device 2.
Spray is provided with the first filter mechanism 12 and filter membrane, the filter membrane are covered in internal rotation described in the present embodiment
The outlet of mechanism 13, the spray is located at the top of filter membrane.
Water distributor is provided with described in the present embodiment in filter membrane, the water distributor is connected with drainpipe.
Inward turning rotation mechanism described in the present embodiment 13 is provided with upper pivoting leaf, and the upper pivoting leaf is in acclivitous camber line
Shape.
Typed rotary mechanism outside 14 described in the present embodiment is provided with lower pivoting leaf, and the lower pivoting leaf is in the camber line tilted down
Shape.
In control device 2 described in the present embodiment be provided with import barrier module, control of export module, detection control module,
Rotate control module, filtering control module, draining control module, automatically controlled door control module, valve control module and controller mould
Block, wherein, it is provided with internal rotation control unit and outer rotation control unit, the filtering control module in the rotation control module
In be provided with the first filtering control unit and the second filtering control unit, the import barrier module is connected with the import on housing 1,
The control of export module is connected with the outlet on housing 1, and the detection control module is connected with gas testing agency 4, described
Rotate control module in internal rotation control module and it is outer rotation control module respectively with inward turning rotation mechanism 13 and typed rotary mechanism outside
14 connection, it is described filtering control module in first filtering control unit and second filtering control unit respectively with the first filter
The filter mechanism 15 of structure 12 and second is connected, and the draining control module is connected with drainpipe, the automatically controlled door control module and electricity
Door connection is controlled, the valve control module is connected with electrically-controlled valve, the import barrier module, control of export module, detection control
Module, rotation control module, filtering control module, draining control module, automatically controlled door control module and valve control module are equal
It is connected with controller module.
Embodiment 2
A kind of method of work of intelligent high-efficiency cleaner as depicted, wherein intelligent high-efficiency cleaner include：Shell
Body 1 and control device 2, the housing 1 are provided with one group of air inlet and an air outlet, and the air inlet is provided with collection chamber 3, institute
The inside for stating housing 1 is provided with the filter mechanism 12 of rotating mechanism 11 and first, and inward turning rotation mechanism 13 is provided with the rotating mechanism 11
With typed rotary mechanism outside 14, the inward turning rotation mechanism 13 and typed rotary mechanism outside 14 are set in opposite direction, first filter mechanism 12
Exit provided with inward turning rotation mechanism 13, the collection chamber 3 is interior to be provided with gas testing agency 4, the rotating mechanism 11, the first mistake
Filter structure 12 and gas testing agency 4 are connected with control device 2.
Inner chamber body and outer chamber, the inward turning rotation mechanism 13 and typed rotary mechanism outside are provided with housing 1 described in the present embodiment
14 are respectively arranged in inner chamber body and outer chamber.
Electric controlled door and breather pipe are provided with described in the present embodiment at gas outlet, the breather pipe connects with typed rotary mechanism outside 14
Connect, the breather pipe is provided with electrically-controlled valve, and the electric controlled door and electrically-controlled valve are connected with control device 2.
It is allowed to realize circulating filtration
The lower section of typed rotary mechanism outside 14 described in the present embodiment is provided with the second filter mechanism 15 with the junction of inward turning rotation mechanism 13,
Second filter mechanism 15 is connected with control device 2.
Spray is provided with the first filter mechanism 12 and filter membrane, the filter membrane are covered in internal rotation described in the present embodiment
The outlet of mechanism 13, the spray is located at the top of filter membrane.
Water distributor is provided with described in the present embodiment in filter membrane, the water distributor is connected with drainpipe.
Inward turning rotation mechanism described in the present embodiment 13 is provided with upper pivoting leaf, and the upper pivoting leaf is in acclivitous camber line
Shape.
Typed rotary mechanism outside 14 described in the present embodiment is provided with lower pivoting leaf, and the lower pivoting leaf is in the camber line tilted down
Shape.
In control device 2 described in the present embodiment be provided with import barrier module, control of export module, detection control module,
Rotate control module, filtering control module, draining control module, automatically controlled door control module, valve control module and controller mould
Block, wherein, it is provided with internal rotation control unit and outer rotation control unit, the filtering control module in the rotation control module
In be provided with the first filtering control unit and the second filtering control unit, the import barrier module is connected with the import on housing 1,
The control of export module is connected with the outlet on housing 1, and the detection control module is connected with gas testing agency 4, described
Rotate control module in internal rotation control module and it is outer rotation control module respectively with inward turning rotation mechanism 13 and typed rotary mechanism outside
14 connection, it is described filtering control module in first filtering control unit and second filtering control unit respectively with the first filter
The filter mechanism 15 of structure 12 and second is connected, and the draining control module is connected with drainpipe, the automatically controlled door control module and electricity
Door connection is controlled, the valve control module is connected with electrically-controlled valve, the import barrier module, control of export module, detection control
Module, rotation control module, filtering control module, draining control module, automatically controlled door control module and valve control module are equal
It is connected with controller module.
A kind of method of work of intelligent high-efficiency cleaner described in the present embodiment, specific method of work are as follows：
1）：The gas with impurity is entered in the wind assembling set 3 in housing 1 by import first；
2）：The gas in wind assembling set is detected by gas testing agency 4, and sends the result of detection to controller mould
In block, detection data are analyzed by the data processor in controller module, the result drawn according to analysis, controller
Determine time and the dedusting number of cleaner work；
3）：Gas in dust storage chamber enters in typed rotary mechanism outside 14；
4）：Controller module is rotated by outer rotation control module order typed rotary mechanism outside 14, due to typed rotary mechanism outside 14
It is provided with lower pivoting leaf, the lower pivoting leaf is in the arc line shaped tilted down, thus when typed rotary mechanism outside 14 rotates, and it is by shape
The whirlpool downward into one, drive gas downward；
5）：In gas declined, particulate matter in gas is dropped downward into dust-collecting box because of gravity；
6）：Then gas is flowed in inward turning rotation mechanism 13 after the filtering of the second filter mechanism 15；
7）：Then controller module is rotated by internal rotation control module order inward turning rotation mechanism 13, because inward turning is made a connection
Structure 13 is provided with upper pivoting leaf, and the upper pivoting leaf is in acclivitous arc line shaped, thus when interior rotating mechanism 13 rotates, its
A upward whirlpool will be formed, drives gas to flow up；
8）：In gas uphill process, particulate matter in gas is dropped downward into dust-collecting box because of gravity；
9）：When gas reaches the exit of inward turning rotation mechanism 13, the gas of rising was carried out by the first filter mechanism 12
Filter；
10）：In the course of work of the first filter mechanism 12, constantly water spray is sprayed, when gas passes through filter membrane, passes through filtering
Film filters to the impurity in gas；
11）：The water stored in filter membrane is discharged by water distributor to drainpipe；
12）：The result detected according to gas testing agency 4 in step 2, if once filtering has reached its purity requirements, that
Gas after the filtering of the first filter mechanism 15 is expelled directly out；
13）：If step 2）The result that middle gas testing agency 4 is detected, which is shown, needs multiple times of filtration, then by the first filtering
Gas after mechanism 16 filters is arranged into typed rotary mechanism outside 14 by breather pipe, repeat step 3）To 11）；
14）：According to step 2）The result display that middle gas testing agency 4 is detected needs to repeat filtering several times, with regard to repeat step 3）
To 11）Several times.
Described above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, under the premise without departing from the principles of the invention, some improvement can also be made, these improvement also should be regarded as the present invention's
Protection domain.
Claims (10)
- A kind of 1. method of work of intelligent high-efficiency cleaner, it is characterised in that：Specific method of work is as follows：1）：The gas with impurity is entered into housing by import first（1）In wind assembling set（3）It is interior；2）：Pass through gas testing agency（4）Gas in wind assembling set is detected, and sends the result of detection to controller In module, detection data are analyzed by the data processor in controller module, the result drawn according to analysis, control Device determines time and the dedusting number of cleaner work；3）：Gas in dust storage chamber enters typed rotary mechanism outside（14）In；4）：Controller module passes through outer rotation control module order typed rotary mechanism outside（14）Rotated, due to typed rotary mechanism outside （14）Lower pivoting leaf is provided with, the lower pivoting leaf is in the arc line shaped tilted down, thus in typed rotary mechanism outside（14）During rotation, It will form a downward whirlpool, drive gas downward；5）：In gas declined, particulate matter in gas is dropped downward into dust-collecting box because of gravity；6）：Then gas passes through the second filter mechanism（15）Inward turning rotation mechanism is flowed to after filtering（13）In；7）：Then controller module passes through internal rotation control module order inward turning rotation mechanism（13）Rotated, due to internal rotation Mechanism（13）Upper pivoting leaf is provided with, the upper pivoting leaf is in acclivitous arc line shaped, thus in interior rotating mechanism（13）Rotation When turning, it will form a upward whirlpool, drive gas to flow up；8）：In gas uphill process, particulate matter in gas is dropped downward into dust-collecting box because of gravity；9）：When gas reaches inward turning rotation mechanism（13）Exit when, pass through the first filter mechanism（12）The gas of rising is entered Row filtering；10）：In the first filter mechanism（12）In the course of work, constantly water spray is sprayed, when gas passes through filter membrane, was passed through Filter membrane filters to the impurity in gas；11）：The water stored in filter membrane is discharged by water distributor to drainpipe；12）：According to step 2）Middle gas testing agency（4）The result of detection, if once filtering has reached its purity requirements, So pass through the first filter mechanism（15）Gas after filtering is expelled directly out；13）：If step 2）Middle gas testing agency（4）The result of detection, which is shown, needs multiple times of filtration, then by the first mistake Filter structure（16）Gas after filtering is arranged to typed rotary mechanism outside by breather pipe（14）In, repeat step 3）To 11）；14）：According to step 2）Middle gas testing agency（4）The result display of detection needs to repeat filtering several times, with regard to repeat step 3）To 11）Several times.
- 2. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：It is wherein intelligent high Effect cleaner includes：Housing（1）And control device（2）, the housing（1）One group of air inlet and an air outlet are provided with, The air inlet is provided with collection chamber（3）, the housing（1）Inside be provided with rotating mechanism（11）With the first filter mechanism（12）, The rotating mechanism（11）In be provided with inward turning rotation mechanism（13）And typed rotary mechanism outside（14）, the inward turning rotation mechanism（13）And outward turning Rotation mechanism（14）Set in opposite direction, first filter mechanism（12）Provided with inward turning rotation mechanism（13）Exit, the collection Air chamber（3）It is interior to be provided with gas testing agency（4）, the rotating mechanism（11）, the first filter mechanism（12）And gas detection machine Structure（4）And control device（2）Connection.
- 3. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：The housing（1） In be provided with inner chamber body and outer chamber, the inward turning rotation mechanism（13）And typed rotary mechanism outside（14）It is respectively arranged on inner chamber body and outer chamber In.
- 4. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：At the gas outlet Provided with electric controlled door and breather pipe, the breather pipe and typed rotary mechanism outside（14）Connection, the breather pipe is provided with electrically-controlled valve, described Electric controlled door and electrically-controlled valve are and control device（2）Connection.
- 5. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：The outer whirler Structure（14）Lower section and inward turning rotation mechanism（13）Junction be provided with the second filter mechanism（15）, second filter mechanism（15） With control device（2）Connection.
- 6. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：First filtering Mechanism（12）In be provided with spray and filter membrane, the filter membrane be covered in inward turning rotation mechanism（13）Outlet, the spray is located at The top of filter membrane.
- 7. the method for work of intelligent high-efficiency cleaner according to claim 3, it is characterised in that：In the filter membrane Provided with water distributor, the water distributor is connected with drainpipe.
- 8. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：The inward turning favourable turn Structure（13）Upper pivoting leaf is provided with, the upper pivoting leaf is in acclivitous arc line shaped.
- 9. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：The outer whirler Structure（14）Lower pivoting leaf is provided with, the lower pivoting leaf is in the arc line shaped tilted down.
- 10. the method for work of intelligent high-efficiency cleaner according to claim 1, it is characterised in that：The control dress Put（2）In be provided with import barrier module, control of export module, detection control module, rotation control module, filtering control module, Draining control module, automatically controlled door control module, valve control module and controller module, wherein, in the rotation control module Provided with internal rotation control unit and outer rotation control unit, the first filtering control unit and the are provided with the filtering control module Two filtering control units, the import barrier module and housing（1）On import connection, the control of export module and housing （1）On outlet connection, detection control module and the gas testing agency（4）Connect, it is interior in the rotation control module Rotate control module and it is outer rotation control module respectively with inward turning rotation mechanism（13）And typed rotary mechanism outside（14）Connection, the filtering In control module first filtering control unit and second filtering control unit respectively with the first filter mechanism（12）With the second mistake Filter structure（15）Connection, the draining control module are connected with drainpipe, and the automatically controlled door control module is connected with electric controlled door, institute State valve control module to be connected with electrically-controlled valve, the import barrier module, control of export module, detection control module, rotation control Molding block, filtering control module, draining control module, automatically controlled door control module and valve control module are and controller module Connection.
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| CN201710775381.4A CN107362645B (en) | 2017-08-31 | 2017-08-31 | Intelligent efficient dust removal equipment and working method thereof |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109603401A (en) * | 2019-02-12 | 2019-04-12 | 合肥俄弈电器有限公司 | A kind of cleaner high-efficient, clean-up effect is strong |
| CN109603402A (en) * | 2019-02-12 | 2019-04-12 | 合肥俄弈电器有限公司 | A kind of cleaner conducive to recovery processing |
| CN110158514A (en) * | 2019-06-03 | 2019-08-23 | 深圳市时代高科技设备股份有限公司 | Automatic cleaning method and device and storage medium |
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| CN109603401A (en) * | 2019-02-12 | 2019-04-12 | 合肥俄弈电器有限公司 | A kind of cleaner high-efficient, clean-up effect is strong |
| CN109603402A (en) * | 2019-02-12 | 2019-04-12 | 合肥俄弈电器有限公司 | A kind of cleaner conducive to recovery processing |
| CN110158514A (en) * | 2019-06-03 | 2019-08-23 | 深圳市时代高科技设备股份有限公司 | Automatic cleaning method and device and storage medium |
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| CN107362645B (en) | 2020-02-11 |
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