CN109945350A - A kind of grating type air purifier - Google Patents
A kind of grating type air purifier Download PDFInfo
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- CN109945350A CN109945350A CN201910346897.6A CN201910346897A CN109945350A CN 109945350 A CN109945350 A CN 109945350A CN 201910346897 A CN201910346897 A CN 201910346897A CN 109945350 A CN109945350 A CN 109945350A
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Abstract
The invention belongs to air purification fields, more particularly to a kind of grating type air purifier, it includes body, flase floor, guide rail, sponges cover, winding wheel and scroll spring etc., the flase floor of several head and the tail cooperations is wherein distributed in the air inlet of body lower end side vertically, there is the mechanism for controlling its synchronous hunting in several flase floors；The sponges cover and flase floor of the rotation in air purifier in the present invention interact, the rotation of sponges cover to two sliding blocks, axis C, axle sleeve, waste tank, water receiving case and scraper plate along guide rail straight down or move upwards and to form a degree of obstruction the spot dust on flase floor medial surface is effectively cleared up from the sponges cover for the water that waste tank bottom is leaked down so that speckling with；So up and down reciprocatingly for several times after, the medial surface of several flase floors is cleaned；Entire cleaning process is without dismantling flase floor, and work efficiency is high, and cleaning effect is good.
Description
Technical field
The invention belongs to air purification field more particularly to a kind of grating type air purifiers.
Background technique
Air purifier is also known as " air cleaner ", air cleaner, clarifier, is to refer to absorption, decompose or convert
Various air pollutants (generally comprise the finishing pollution, bacterium, anaphylactogen of PM2.5, dust, pollen, peculiar smell, formaldehyde etc
Deng), the product of air cleanliness is effectively improved, household, commercialization, industry, building are broadly divided into.At present in many air purifiers
Air inlet have several flase floors being vertically arranged and can swing, air purifier after a protracted use, air inlet
Usually a large amount of fine dust can be accumulated because of Electrostatic Absorption on the inside of several flase floors of mouth, so that air inlet can be influenced because of blocking
Intake efficiency and it will increase the burden that the air filtering core in air purifier crosses air filtering；In order to enable air purifier can be after
It is continuous efficiently to work, reduce the work load of inner air filter core, need periodically to carry out the dust on the inside of flase floor cleaning or
Cleaning；And the disassembly of traditional flase floor is inconvenient and be possible to be damaged in disassembly process, is unfavorable for air cleaning
Cleaning on the inside of device air inlet flase floor is quickly cleared up the dust on the inside of flase floor in order to efficient and convenient, is needed
Design it is a kind of do not need disassembly can be to the air purifier cleaned on the inside of flase floor.
The present invention design a kind of grating type air purifier solve the problems, such as it is as above.
Summary of the invention
To solve drawbacks described above in the prior art, the present invention discloses a kind of grating type air purifier, it be use with
Lower technical solution is realized.
In the description of the present invention it should be noted that the indicating positions such as term "inner", "lower", "upper" or positional relationship
For orientation based on the figure perhaps positional relationship or the invention product using when the orientation or position usually put
Relationship, it is only for convenient for the description present invention and simplify description, rather than the equipment of indication or suggestion meaning or element are necessary
It constructs or operates with specific orientation, with specific orientation, therefore be not considered as limiting the invention.In addition, term
" first ", " second " etc. are only used for distinguishing description, are not understood to indicate or imply relative importance.
A kind of grating type air purifier, it is characterised in that: it includes body, flase floor, guide rail, rack gear B, sliding block, axis
C, axle sleeve, sponges cover, waste tank, water receiving case, scraper plate, gear C, axis B, winding wheel, gear D, gear E, electric driving module B, scrollwork
The flase floor of several head and the tail cooperations is wherein distributed with vertically, has control in body for spring in the air inlet of body lower end side
The mechanism of several flase floor synchronous huntings；Two guide rails are symmetrically mounted in air inlet two sides in body, with axis C bearings at both ends
Two sliding blocks difference vertical sliding of cooperation is on two guide rails；Axle sleeve and gear C are installed on axis C；The external cylindrical surface of axle sleeve
On sponges cover is installed；Gear C is engaged with the rack gear B being mounted on guide rail side, and gear C be located at rack gear B and flase floor it
Between.
Waste tank and water receiving case are installed, and waste tank and water receiving case are located at right above sponges cover between two sliding blocks
The underface and；Waste tank bottom has several capillary through holes；It is equipped in water receiving case top slot isometric with sponges cover cooperation
Scraper plate；Inlet opening on waste tank is connect by hose with the filtered water tank apopore being mounted on the outside of body, the water outlet of water receiving case
Hole is connect by hose with the foul water tank inlet opening being mounted on the outside of body；Two winding wheels are mounted in body by axis B, and
Two winding wheels pass through two sliding blocks connection of cord and lower section wound on it respectively；Electric driving module B is fixed on body inner wall
On, gear E is installed, gear E is engaged with the gear D being mounted on axis B on output shaft；Scroll spring is mounted on axis B Shang couple
The rotation of axis B is resetted；Sponges cover and waste tank and several flase floors cooperate.
As the further improvement of this technology, above-mentioned waste tank bottom surface is inner concave arc surface.The inner concave arc surface of waste tank bottom
So that the contact area of waste tank bottom and sponges cover increases, is conducive to sponges cover and adsorbs more moisture in a short time.
As the further improvement of this technology, the two sides of each flase floor are symmetrically equipped in above-mentioned several flase floors
Two with the pendulum pin of air inlet side wall bearing fit, two rack gear A being symmetrically distributed in two guide rail two sides are vertical sliding respectively
It moves on body inner wall；Several hinged expansion plates therewith, and each rack gear A is distributed on the side of each rack gear A vertically
On several expansion plates respectively with several flase floors are vertical with the pendulum pin of side is connected；Two gear Bs are mounted on body by axis A
Interior, two gear B is engaged with two rack gear A respectively；Electric driving module A is packed in body, and gear is equipped on output shaft
A, gear A are engaged with one of gear B.
As the further improvement of this technology, on the inside of above-mentioned body air inlet above and below be separately installed with sealing
Item, two sealing strips cooperate with the top in several flase floors with the lowermost flase floor respectively.In several flase floors topmost
There may be gaps with air inlet top and bottom respectively at the top of flase floor and at the top of the flase floor of bottom；Air purifier not
Under service condition, several flase floors close air inlet, no longer allow the air with dust to enter, to guarantee to purify
Cleaning inside device；In order to reach maximum sealing to clarifier inside, special envoy with two sealing strips to air inlet above and below
End is formed by gap with flase floor and is sealed.
As the further improvement of this technology, the both ends of above-mentioned axis B and body inner wall bearing fit.
As the further improvement of this technology, circular groove is provided on above-mentioned body inner wall；The rounded face axis of the one end axis B and circular groove
Hold cooperation；Scroll spring is located in circular groove, and scroll spring is in compressive state always, and one end is connect with axis B, the other end and circle
The connection of slot inner wall.Circular groove provides certain activity space and accommodation space for scroll spring, so that more compact inside equipment.Begin
When bottommost is fixed and reached to the scroll spring in compressive state to the original state position of two sliding blocks and sponges cover eventually
Reset plays a role.
As the further improvement of this technology, the height of above-mentioned filtered water tank is greater than the height of waste tank；The height of water receiving case
Greater than the height of foul water tank.Guarantee that clear water flows into waste tank from filtered water tank through hose by self gravity, the dirt in water receiving case
Water flows into foul water tank from water receiving case through hose by self gravity.
As the further improvement of this technology, trapezoidal conducting bar, two ladders are separately installed on the side of above-mentioned two rack gear A
Shape conducting bar distinguishes vertical sliding in two trapezoidal guide grooves on body inner wall.Trapezoidal conducting bar and the cooperation of trapezoidal guide groove are to rack gear A
Guiding and positioning function is played along body inner wall vertical motion.
As the further improvement of this technology, the upper surface of above-mentioned scraper plate is outer convex globoidal.Outer convex globoidal on scraper plate makes
Scratch or damage will not be generated to the sponges cover of rotation by obtaining scraper plate.
As the further improvement of this technology, in original state, above-mentioned two winding wheel is respectively wound with several circle cords,
Guarantee two sliding blocks from original state going on smoothly along the downward vertical motion of guide rail.
Waste tank is less than scraper plate to the amount of compression of sponges cover to the amount of compression of sponges cover, and waste tank, which squeezes sponges cover, to be guaranteed
Sponges cover preferably absorbs water；Scraper plate is greater than waste tank to the amount of compression of sponges cover to the amount of compression of sponges cover, is to guarantee to scrape
Plate can to the maximum extent squeeze out the sewage adsorbed in sponges cover.
Relative to traditional air purifier, the air purifier in the present invention first passes through electric driving module B band moving gear E and revolves
Turn, gear E drives two winding wheel rotations to broadcast the cord of winding thereon by gear D and axis B, in two cunnings
Block, axis C, axle sleeve, waste tank, water receiving case and scraper plate common gravity under, two sliding blocks, axis C, gear C, axle sleeve, leak
Case, water receiving case and scraper plate are moved downward vertically along two guide rails are synchronous；Meanwhile rack gear B drives gear C rotation, gear C passes through axis
C and axle sleeve drive sponges cover synchronous rotary；When sponges cover starts to meet with flase floor, the sponges cover and flase floor of rotation are mutual
Effect, the rotation of sponges cover moving straight down along guide rail to two sliding blocks, axis C, axle sleeve, waste tank, water receiving case and scraper plate
A degree of obstruction is formed, so that speckling with the sponges cover from the water that waste tank bottom is leaked down to the spot on flase floor medial surface
Dust is effectively cleared up；When two sliding blocks, axis C, gear C, axle sleeve, waste tank, water receiving case and scraper plate along guide rail vertically to
Under when moving to extreme position, sponges cover is located at the lower section of several flase floor bottoms flase floor and completes to several flase floors
It cleans for the first time；At this point, stopping the operation of electric driving module B, under the action of deformation quantity reaches maximum scroll spring, axis B is anti-
To rotating and two winding wheels driven to be wound two cords, two sliding blocks, axis C, gear C, axle sleeve, waste tank, water receiving
Case and scraper plate move under the pulling of two cords along guide rail straight up, drive installation by gear C and axis C with hour rack B
Sponges cover on axle sleeve reversely rotates；When sponges cover start with the lowermost flase floor meets in several flase floors when, rotation
Sponges cover and flase floor interact, the reversion of sponges cover is to two sliding blocks, axis C, axle sleeve, waste tank, water receiving case and scraper plate
A degree of obstruction is formed along moving straight up for guide rail, so that speckling with the sponges cover pair of the water to leak down from waste tank bottom
The dust that sewage residual and part on flase floor medial surface are not cleaned carries out absorption and further cleaning, so that grid
Plate medial surface more cleans, and so on for several times after, the medial surface of several flase floors is cleaned；Entire cleaning process is not necessarily to
Flase floor is dismantled, work efficiency is high, and cleaning effect is good；The configuration of the present invention is simple has preferable using effect.
Detailed description of the invention
Fig. 1 is equipment overall schematic.
Fig. 2 is body, guide rail, sliding block, waste tank, sponges cover, scraper plate and water receiving case cooperation diagrammatic cross-section.
Fig. 3 is body, guide rail, waste tank, sponges cover, scraper plate, water receiving case, gear C and rack gear B cooperation diagrammatic cross-section.
Fig. 4 is gear D, gear E and electricity driving module B cooperation diagrammatic cross-section.
Fig. 5 is guide rail, rack gear B and gear C cooperation diagrammatic cross-section.
Fig. 6 is winding wheel, cord, sliding block, waste tank, sponges cover, axle sleeve and water receiving case cooperation diagrammatic cross-section.
Fig. 7 is body, scroll spring, axis B, gear D and winding wheel cooperation diagrammatic cross-section.
Fig. 8 is body, guide rail and rack gear B cooperation diagrammatic cross-section.
Fig. 9 is electric driving module A, gear A, axis A, gear B, rack gear A, expansion plate, guide rail and flase floor cooperation top view cross section
Schematic diagram.
Figure 10 is body perspective and its diagrammatic cross-section.
Figure 11 is flase floor, guide rail, pendulum pin, expansion plate, rack gear A, trapezoidal conducting bar and body cooperation top cross-sectional view.
Figure 12 is axis B, gear D, winding wheel, cord, sliding block, waste tank, sponges cover, gear C and the cooperation signal of water receiving case
Figure.
Figure 13 is guide rail, sliding block, waste tank, sponges cover, axle sleeve, scraper plate, water receiving case, sealing strip and flase floor cooperation section
Schematic diagram.
Figure 14 is several flase floors, rack gear A, gear B, gear A and electricity driving module A cooperation diagrammatic cross-section.
Figure 15 is sealing strip and body air inlet cooperation schematic diagram.
Figure 16 is filtered water tank, waste tank, sponges cover, scraper plate, water receiving case and foul water tank cooperation rough schematic view.
Figure 17 is equipment internal drive schematic diagram.
Figure 18 is waste tank, sponges cover and scraper plate extrusion fit rough schematic view.
Figure 19 is waste tank diagrammatic cross-section.
Figure label title: 1, body；2, air inlet；3, air outlet；5, trapezoidal guide groove；6, circular groove；7, filtered water tank；8, dirty
Water tank；9, flase floor；10, pendulum pin；11, expansion plate；12, rack gear A；13, trapezoidal conducting bar；14, gear B；15, gear A；16, electric
Driving module A；17, axis A；18, guide rail；19, rack gear B；20, sealing strip；21, sliding block；22, axle sleeve；23, sponges cover；24, leak
Case；25, water receiving case；26, scraper plate；27, gear C；28, axis B；29, winding wheel；31, gear D；32, gear E；33, electric driving module
B；34, scroll spring；35, cord；36, hose；37, capillary through holes.
Specific embodiment
Attached drawing is the schematic diagram that the present invention is implemented, in order to understand structure operation logic.Specific product structure and ratio
Size is determined according to use environment combination routine techniques.
As shown in Figure 1, 2, 3, it includes body 1, flase floor 9, guide rail 18, rack gear B19, sliding block 21, axis C, axle sleeve 22, sea
Silk floss set 23, waste tank 24, water receiving case 25, scraper plate 26, gear C 27, axis B28, winding wheel 29, gear D 31, gear E32, electricity drive mould
Block B33, scroll spring 34, wherein several head and the tail are distributed with vertically in the air inlet 2 of 1 lower end side of body as shown in Fig. 1,14
The flase floor 9 of cooperation, body 1 is interior to have the mechanism for controlling several 9 synchronous huntings of flase floor；As shown in Fig. 6,8, two guide rails 18
Be symmetrically mounted in 2 two sides of air inlet in body 1, with two sliding blocks 21 difference vertical sliding of axis C bearings at both ends cooperation in
On two guide rails 18；As shown in Fig. 3,6, axle sleeve 22 and gear C 27 are installed on axis C；It is equipped on the external cylindrical surface of axle sleeve 22
Sponges cover 23；As shown in figure 5, gear C 27 is engaged with the rack gear B19 being mounted on 18 side of guide rail, and gear C 27 is located at rack gear
Between B19 and flase floor 9.
As shown in Fig. 2,3,12, waste tank 24 and water receiving case 25 be installed between two sliding blocks 21, and waste tank 24 and connect
Water tank 25 is located at right above sponges cover 23 and underface；As shown in figure 19,24 bottom of waste tank has several capillary through holes
37；As shown in Fig. 3,12, the isometric scraper plate 26 cooperated with sponges cover 23 is installed in 25 top slot of water receiving case；Such as Figure 16 institute
Show, the inlet opening on waste tank 24 is connect by hose 36 with 7 apopore of filtered water tank for being mounted on 1 outside of body, water receiving case 25
Apopore connect by hose 36 with 8 inlet opening of foul water tank being mounted on the outside of body 1；As shown in Fig. 6,7,12, two are twined
Line wheel 29 is mounted in body 1 by axis B28, and two winding wheels 29 pass through cord 35 wound on it and the two of lower section respectively
A sliding block 21 connects；As shown in figure 4, electricity driving module B33 is fixed on 1 inner wall of body, gear E32 is installed on output shaft,
Gear E32 is engaged with the gear D 31 being mounted on axis B28；As shown in Fig. 5,7,12, scroll spring 34 is mounted on axis B28 Shang couple
The rotation of axis B28 is resetted；As shown in figure 13, sponges cover 23 and waste tank 24 and several flase floors 9 cooperate.
As shown in figure 19, above-mentioned 24 bottom surface of waste tank is inner concave arc surface.The inner concave arc surface of 24 bottom of waste tank makes leak
The contact area of 24 bottom of case and sponges cover 23 increases, and is conducive to sponges cover 23 and adsorbs more moisture in a short time.
As shown in Figure 14,17, in above-mentioned several flase floors 9 two sides of each flase floor 9 symmetrically install there are two with
The pendulum pin 10 of 2 side wall bearing fit of air inlet；As shown in Fig. 9,11, it is symmetrically distributed in two rack gears of two 18 two sides of guide rail
A12 distinguishes vertical sliding on 1 inner wall of body；As shown in Figure 11,14, if being distributed with vertically on the side of each rack gear A12
Expansion plate 11 hinged therewith is done, and several expansion plates 11 on each rack gear A12 are respectively with several flase floors 9 the same as the pendulum of side
Pin 10 is vertically connected；As shown in Fig. 9,14,17, two gear Bs 14 are mounted in body 1 by axis A17, two gear B 14
It is engaged respectively with two rack gear A12；Electric driving module A16 is packed in body 1, and gear A 15, gear are equipped on output shaft
A15 is engaged with one of gear B 14.
As shown in Figure 13,15, it is separately installed with sealing strip 20 above and below 2 inside of above-mentioned 1 air inlet of body, two
Sealing strip 20 cooperates with the top in several flase floors 9 with the lowermost flase floor 9 respectively.The top lattice in several flase floors 9
There may be gaps with 2 top and bottom of air inlet respectively for 9 top of screen and 9 top of bottom flase floor；In air purifier
In the case of not using, several flase floors 9 close air inlet 2, no longer allow the air with dust to enter, to guarantee
Cleaning inside clarifier；In order to reach maximum sealing to clarifier inside, special envoy is with two sealing strips 20 to air inlet
2 upper and lower sides of mouth are formed by gap with flase floor 9 and are sealed.
As shown in figure 5, the both ends of above-mentioned axis B28 and 1 inner wall bearing fit of body.
As shown in Figure 10, circular groove 6 is provided on above-mentioned 1 inner wall of body；As shown in fig. 7, the circle of the one end axis B28 and circular groove 6
Spherical bearing cooperation；As shown in Fig. 3,5,7, scroll spring 34 is located in circular groove 6, and scroll spring 34 is in compressive state always,
One end is connect with axis B28, and the other end is connect with 6 inner wall of circular groove.Circular groove 6 is that scroll spring 34 provides certain activity space and appearance
Space is received, so that more compact inside equipment.Always the scroll spring 34 in compressive state is to two sliding blocks 21 and sponges cover
Reset when bottommost is fixed and reached in 23 original state position plays a role.
As shown in Fig. 1,16, the height of above-mentioned filtered water tank 7 is greater than the height of waste tank 24；The height of water receiving case 25 is greater than dirt
The height of water tank 8.Guarantee that clear water flows into waste tank 24 from filtered water tank 7 through hose 36 by self gravity, in water receiving case 25
Sewage flows into foul water tank 8 from water receiving case 25 through hose 36 by self gravity.
As shown in Fig. 9,11,14, trapezoidal conducting bar 13 is separately installed on the side of above-mentioned two rack gear A12, two trapezoidal
Conducting bar 13 distinguishes vertical sliding in two trapezoidal guide grooves 5 on 1 inner wall of body.Trapezoidal conducting bar 13 and the cooperation pair of trapezoidal guide groove 5
Rack gear A12 plays guiding and positioning function along 1 inner wall vertical motion of body.
As shown in Figure 13,18, the upper surface of above-mentioned scraper plate 26 is outer convex globoidal.Outer convex globoidal on scraper plate 26 makes scraper plate
The sponges cover 23 of 26 pairs of rotations will not generate scratch or damage.
As shown in figure 12, in original state, above-mentioned two winding wheel 29 is respectively wound with several circle cords 35, guarantees two
The going on smoothly along the downward vertical motion of guide rail 18 from original state of sliding block 21.
As shown in figure 18, waste tank 24 is less than scraper plate 26 to the amount of compression of sponges cover 23, leakage to the amount of compression of sponges cover 23
Water tank 24, which squeezes sponges cover 23, guarantees that sponges cover 23 preferably absorbs water；Scraper plate 26 is greater than waste tank to the amount of compression of sponges cover 23
The amount of compression of 24 pairs of sponges covers 23 is to guarantee that scraper plate 26 can to the maximum extent squeeze out the sewage adsorbed in sponges cover 23
Come.
Electricity driving module A16 and electricity driving module B33 use the prior art in the present invention, and each mainly by motor and subtracting
Fast device composition.
It is used for air cleaning member inside air purifier of the invention and is not drawn into, purification portion inside air purifier
Part technology and mounting technique use the prior art.
Expansion plate 11 in the present invention adapts to itself amplitude of fluctuation by the flexible of itself.
The outside dust of several flase floors 9 in the present invention, which cleans it using cleaning cloth, can facilitate realization.
The effect of scroll spring 34 is that precompressed scroll spring 34 is that sliding block 21 provides pretension, so that sliding in the present invention
Block 21 is located at the top of guide rail 18 in original state, and waste tank 24, sponges cover 23 and water receiving case 25 are located at several flase floors 9 simultaneously
9 inside front of flase floor of the top；When rotating under driving of the gear E32 in electric driving module B33, gear E32 passes through
Gear D 31 is rotated with moving axis B28, and axis B28 drives scroll spring 34 that further deformation and further energy storage occurs；Axis A17 drives
Two 29 unwrapping wire of winding wheel, sliding block 21, waste tank 24, sponges cover 23, axle sleeve 22 and water receiving case 25 are under Gravitative Loads, along guide rail
18 synchronize and move downward vertically, and in the process, the gear C 27 coaxial with sponges cover 23 and rack gear B19 interact, so that extra large
Simultaneously rotation while moving straight down of silk floss set 23, to complete to clean the first time of several 9 insides of flase floor；Work as sponge
After 9 inner surfaces of the flase floor warp that set 23 is successively distributed vertically along several from top to bottom, stop the operation of electric driving module B33,
34 deformation quantity of scroll spring reaches maximum and stores enough energy at this time；Under the reset response of scroll spring 34, scroll spring
34 band moving axis B28 are reversely rotated, and axis B28 drives two winding wheels 29 to invert, and two 29 kinkings of winding wheel simultaneously pass through two cords
35 two sliding blocks 21 of pulling are synchronized along guide rail 18 and are moved toward one another vertically, in the process, the gear C 27 coaxial with sponges cover 23 and
Rack gear B19 acting in opposition so that sponges cover 23 straight up move while and reversed rotation, thus complete to several grids
Second of cleaning of 9 inside of plate；And so on make sponges cover 23 pump vertically along guide rail 18 for several times after and most
Initial position is returned to eventually and completes the cleaning to 9 inside of flase floor；If sponges cover 23 is up and down reciprocatingly primary pair vertical along guide rail 18
Two sides cleaning is completed on the inside of dry flase floor 9, due to the presence of scroll spring 34, electric driving module B33 only works once, in certain journey
Reach energy-saving effect on degree.
Workflow of the invention: in original state, two sliding blocks 21, gear C 27, axle sleeve 22, waste tank 24, are connect axis C
Water tank 25 and scraper plate 26 are located at the top of flase floor 9 inside in the top in several flase floors 9 simultaneously；It is respectively twined on two winding wheels
35 length of cord for being wound with several circle cords 35, and being wound on winding wheel is greater than sliding block 21 and moves to from highest point along guide rail 18
The distance of lowest part；Unimplanted clear water in waste tank 24；34 precommpression of scroll spring；Several states in a vertical shape of flase floor 9 are simultaneously
End to end formed to clarifier inside is closed；As shown in figure 18,24 bottom of waste tank is squeezed with the top of sponges cover 23 always,
26 upper end of scraper plate of notch squeezes the lower end of sponges cover 23 always above water receiving case 25；Connect waste tank 24 and filtered water tank 7
Hose 36 be in relaxed state, the hose 36 for connecting water receiving case 25 and foul water tank 8 is in relaxed state.
When needing using air purifier, the power supply of electric driving module A16 is first connected, gear A 15 and two are made it through
Gear B 14 drives two rack gear A12 to move synchronously straight down along corresponding trapezoidal guide groove 5；Two rack gear A12 pass through hinged simultaneously
Several expansion plates 11 thereon drive several flase floors 9 that synchronous hunting in the same direction, expansion plate 11 occurs around corresponding pendulum pin 10 simultaneously
It extends, generates gap between several flase floors 9, air inlet 2 starts to open；Electric drive is determined according to 2 air inflow size of air inlet
The runing time of modules A 16 stops electric driving module A16 when the gap between several flase floors 9 of air inlet 2 reaches requirement
Operation；Then air purifier purification function power supply is opened again, so that air purifier works；When air purifier makes
After, electric driving module A16 power supply is connected, so that electricity driving module A16 is inverted, electric driving module A16 passes through gear A 15 and two
Gear B 14 drives two rack gear A12 to be moved synchronously straight up along corresponding trapezoidal guide groove 5 to initial position, and two rack gear A12 points
Hinged several expansion plates 11 thereon are not driven to swing around corresponding pendulum pin 10 not simultaneously；Expansion plate 11 is driven several by pendulum pin 10
Flase floor 9 synchronizes backswing to initial position in the same direction.
When needing to clear up or clean the dust of several 9 medial surfaces of flase floor, guarantee that several flase floors 9 are in initial first
Position when state, several flase floors 9 are all in vertical state and end to end, then the injected clear water into filtered water tank 7；Then first
Flow into the clear water in filtered water tank 7 in waste tank 24 through hose 36, the capillary leakage hole of clear water from 24 bottom of waste tank slowly seeps
In the sponges cover 23 for entering lower section；Meanwhile electric driving module B33 is started, electric driving module B33 passes through gear E32, gear D 31 and axis B28
It drives two rotations of winding wheel 29 and the cord 35 of winding thereon is broadcasted, while being located at the scroll spring at the end axis B28
34 are further compressed simultaneously energy storage under the drive of axis B28；Two sliding blocks 21, axis C, gear C 27, axle sleeve 22, waste tank 24,
Under the common gravity of water receiving case 25 and scraper plate 26, two sliding blocks 21, axis C, gear C 27, axle sleeve 22, waste tanks 24, water receiving
Case 25 and 26 pairs of the scraper plate cords 35 broadcasted are tightened and are moved synchronously straight down along two guide rails 18 simultaneously, are located on axis C
Gear C 27 under the action of rack gear A12 band moving axis C rotate, axis C by axle sleeve 22 drive sponges cover 23 rotate.
When sponges cover 23 starts to meet with the flase floor 9 of the top in several flase floors 9,23 dative of sponges cover of rotation
Screen 9 interacts, and the rotation of sponges cover 23 is to two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26
A degree of obstruction is formed along moving straight down for guide rail 18, so that speckling with the sponge of the water to leak down from 24 bottom of waste tank
The spot dust covered on 23 pairs of 9 medial surfaces of flase floor is effectively cleared up or is cleaned；If sponges cover 23 from top to down pair
During dry flase floor 9 is cleaned, the sponges cover 23 of rotation adsorbs clean clear water and carries out rotary-cleaning to flase floor 9,
Cleaning flase floor 9 is formed by sewage and is then adsorbed by sponge and move immediately to 26 direction of scraper plate；It is dirty when being carried on sponges cover 23
When the part of water is rotated to scraper plate 26, the scraper plate 26 squeezed sponges cover 23 squeezes out the sewage carried in sponges cover 23,
For sewage immediately along the water receiving case 25 that scraper plate 26 flows into lower section, sewage passes through the apopore of 25 side bottom of water receiving case through hose again
36 flow into the foul water tank 8 of the outer side-lower of body 1；When two sliding blocks 21, axis C, gear C 27, axle sleeve 22, waste tank 24, water receiving
When case 25 and scraper plate 26 move to extreme position along guide rail 18 straight down, sponges cover 23 reaches several 9 bottom lattice of flase floor
The lower section of screen 9 has simultaneously been sequentially completed to the cleaning of first times of several flase floors 9；At this point, stop the operation of electric driving module B33,
Under the reset response that deformation quantity reaches maximum scroll spring 34, axis B28 is reversely rotated and is driven two winding wheels 29 to two
Root cord 35 is wound, and is reversely rotated gear D 31 with axis B28 and is reversely rotated with moving gear E32；Two sliding blocks 21, axis C, tooth
It is same straight up along guide rail 18 under the pulling of two cords 35 to take turns C27, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26
Step movement drives the sponges cover 23 being mounted on axle sleeve 22 to reversely rotate with hour rack B19 by gear C 27 and axis C；Work as sponge
When set 23 starts to meet with the lowermost flase floor 9 in several flase floors 9, the sponges cover 23 and flase floor 9 of rotation interact,
The reversion of sponges cover 23 is to two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 along the vertical of guide rail 18
It moves upwards to form a degree of obstruction, so that speckling with the sponges cover 23 of the water to leak down from 24 bottom of waste tank to flase floor 9
The dust that sewage residual and part on medial surface are not cleaned carries out absorption and further cleaning, so that in flase floor 9
It more cleans side；During sponges cover 23 from bottom to up cleans several flase floors 9, the sponges cover 23 of reversion
It while cleaning flase floor 9 and adsorbs and remains in sewage on flase floor 9, the part of sewage is adsorbed on sponges cover 23 to leak
24 direction of case rotates；When the part for being adsorbed with sewage on sponges cover 23 reaches 24 lower end of waste tank, leaked out from waste tank 24
Clear water the sewage being adsorbed on sponges cover 23 is diluted, and continue to scraper plate 26 rotate；It is carried when on sponges cover 23
When the part for the sewage being diluted is rotated to scraper plate 26, scraper plate 26 scrapes the sewage being diluted adsorbed on sponges cover 23
It removes, the sewage being diluted is flowing into dirt through 25 apopore of water receiving case and hose 36 from the water receiving case 25 that scraper plate 26 flows into lower section
In water tank 8, then sewage be extruded clean sponges cover 23 continue rotation and on flase floor 9 be cleaned after sewage it is water stain into
Row is adsorbed and is cleared up again；When two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 are transported along guide rail 18
It moves to initial position, scroll spring 34 restores to original state；Then electric driving module B33 is started again, so that electric driving module B33
Two winding wheel rotations are driven to carry out unwrapping wire again by gear E32, gear D 31 and axis B28；According to several 9 insides of flase floor
The dust accumulation in face and cleaning are difficult to degree, to determine number and so on；And so on for several times after, two sliding blocks
21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 return to initial position, the inside of several flase floors 9 along guide rail 18
Face is cleaned；Entire cleaning process is without dismantling flase floor 9, and work efficiency is high, and cleaning effect is good.
In conclusion beneficial effects of the present invention: the air purifier in the present invention first passes through electric driving module B33 band movable tooth
Take turns E32 rotation, gear E32 by gear D 31 and axis B28 drive two rotations of winding wheels 29 to winding cord 35 thereon into
Row is broadcasted, under the common gravity of two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26, two
Sliding block 21, axis C, gear C 27, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 are transported straight down along two guide rails 18 are synchronous
It is dynamic；Meanwhile rack gear B19 drives gear C 27 to rotate, gear C 27 drives 23 synchronous rotary of sponges cover by axis C and axle sleeve 22；When
When sponges cover 23 starts to meet with flase floor 9, the sponges cover 23 and flase floor 9 of rotation interact, the rotation pair of sponges cover 23
Two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 to be formed centainly along moving straight down for guide rail 18
The obstruction of degree, so that speckling with the sponges cover 23 from the water that 24 bottom of waste tank is leaked down to the spot ash on 9 medial surface of flase floor
Dirt is effectively cleared up；When two sliding blocks 21, axis C, gear C 27, axle sleeve 22,26 edge of waste tank 24, water receiving case 25 and scraper plate
When guide rail 18 moves to extreme position straight down, sponges cover 23 is located at the lower section of several 9 bottom flase floors 9 of flase floor and complete
The first time cleaning of pairs of several flase floors 9；At this point, stopping the operation of electric driving module B33, reach maximum scrollwork in deformation quantity
Under the action of spring 34, axis B28 is reversely rotated and two winding wheels 29 is driven to be wound two cords 35, two sliding blocks
21, axis C, gear C 27, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 are perpendicular along guide rail 18 under the pulling of two cords 35
It directly moves upwards, drives the sponges cover 23 being mounted on axle sleeve 22 to reversely rotate by gear C 27 and axis C with hour rack B19；When
When sponges cover 23 starts to meet with the lowermost flase floor 9 in several flase floors 9, the sponges cover 23 and flase floor 9 of rotation are mutual
Effect, the reversion of sponges cover 23 is to two sliding blocks 21, axis C, axle sleeve 22, waste tank 24, water receiving case 25 and scraper plate 26 along guide rail 18
Movement straight up form a degree of obstruction so that speckling with 23 plaid matching of sponges cover of the water to leak down from 24 bottom of waste tank
The dust that sewage residual and part on 9 medial surface of screen are not cleaned carries out absorption and further cleaning, so that grid
9 medial surface of plate more cleans, and so on for several times after, the medial surface of several flase floors 9 is cleaned；Entire cleaning process without
Flase floor 9 need to be dismantled, work efficiency is high, and cleaning effect is good.
Claims (10)
1. a kind of grating type air purifier, it is characterised in that: it include body, flase floor, guide rail, rack gear B, sliding block, axis C,
Axle sleeve, sponges cover, waste tank, water receiving case, scraper plate, gear C, axis B, winding wheel, gear D, gear E, electric driving module B, scrollwork bullet
The flase floor of several head and the tail cooperations is wherein distributed with, if having control in body in spring vertically in the air inlet of body lower end side
The mechanism of dry flase floor synchronous hunting；Two guide rails are symmetrically mounted in air inlet two sides in body, are matched with axis C bearings at both ends
The two sliding blocks difference vertical sliding closed is on two guide rails；Axle sleeve and gear C are installed on axis C；On the external cylindrical surface of axle sleeve
Sponges cover is installed；Gear C is engaged with the rack gear B being mounted on guide rail side, and gear C is between rack gear B and flase floor；
Waste tank and water receiving case be installed, and waste tank and water receiving case are located at right above sponges cover and just between two sliding blocks
Lower section；Waste tank bottom has several capillary through holes；Isometric scraper plate with sponges cover cooperation is installed in water receiving case top slot；
Inlet opening on waste tank is connect by hose with the filtered water tank apopore being mounted on the outside of body, and the apopore of water receiving case passes through
Hose is connect with the foul water tank inlet opening being mounted on the outside of body；Two winding wheels are mounted in body by axis B, and two twine
Line wheel passes through two sliding blocks connection of cord and lower section wound on it respectively；Electric driving module B is fixed on body inner wall, defeated
Gear E is installed, gear E is engaged with the gear D being mounted on axis B on shaft；Scroll spring is mounted on the rotation on axis B to axis B
Rotate into capable reset；Sponges cover and waste tank and several flase floors cooperate.
2. a kind of grating type air purifier according to claim 1, it is characterised in that: above-mentioned waste tank bottom surface is indent
Cambered surface；The upper surface of scraper plate is outer convex globoidal.
3. a kind of grating type air purifier according to claim 1, it is characterised in that: each in above-mentioned several flase floors
The two sides of flase floor are all symmetrically installed there are two the pendulum pin with air inlet side wall bearing fit, are symmetrically distributed in two guide rails
Two rack gear A difference vertical sliding of two sides is on body inner wall；Be distributed with vertically on the side of each rack gear A it is several therewith
Hinged expansion plate, and several expansion plates on each rack gear A respectively with several flase floors are vertical with the pendulum pin of side is connected；Two
A gear B is mounted in body by axis A, two gear B is engaged with two rack gear A respectively；Electric driving module A is packed in body
It is interior, gear A is installed, gear A is engaged with one of gear B on output shaft.
4. a kind of grating type air purifier according to claim 1, it is characterised in that: on the inside of above-mentioned body air inlet
Above and below be separately installed with sealing strip, two sealing strips respectively in several flase floors topmost and the lowermost flase floor
Cooperation.
5. a kind of grating type air purifier according to claim 1, it is characterised in that: the both ends of above-mentioned axis B and body
Inner wall bearing fit.
6. a kind of grating type air purifier according to claim 1, it is characterised in that: be provided with circle on above-mentioned body inner wall
Slot；The rounded face bearing fit of the one end axis B and circular groove；Scroll spring is located in circular groove, and scroll spring is in compressive state always,
One end is connect with axis B, and the other end is connect with circular groove inner wall.
7. a kind of grating type air purifier according to claim 1, it is characterised in that: the height of above-mentioned filtered water tank is greater than
The height of waste tank；The height of water receiving case is greater than the height of foul water tank.
8. a kind of grating type air purifier according to claim 1 or 3, it is characterised in that: the side of above-mentioned two rack gear A
Trapezoidal conducting bar is separately installed on face, two trapezoidal conducting bar difference vertical slidings are in two trapezoidal guide grooves on body inner wall.
9. a kind of grating type air purifier according to claim 1, it is characterised in that: above-mentioned waste tank is to sponges cover
Amount of compression is less than scraper plate to the amount of compression of sponges cover.
10. a kind of grating type air purifier according to claim 1, it is characterised in that: above-mentioned two in original state
Winding wheel is respectively wound with several circle cords.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910346897.6A CN109945350A (en) | 2019-04-27 | 2019-04-27 | A kind of grating type air purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910346897.6A CN109945350A (en) | 2019-04-27 | 2019-04-27 | A kind of grating type air purifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109945350A true CN109945350A (en) | 2019-06-28 |
Family
ID=67016482
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910346897.6A Withdrawn CN109945350A (en) | 2019-04-27 | 2019-04-27 | A kind of grating type air purifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109945350A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110513744A (en) * | 2019-09-25 | 2019-11-29 | 常熟高通智能装备有限公司 | A kind of fan convenient for cleaning of household smoke exhaust ventilator |
| CN114923257A (en) * | 2022-04-18 | 2022-08-19 | 盛杰 | Fresh air handling unit |
-
2019
- 2019-04-27 CN CN201910346897.6A patent/CN109945350A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110513744A (en) * | 2019-09-25 | 2019-11-29 | 常熟高通智能装备有限公司 | A kind of fan convenient for cleaning of household smoke exhaust ventilator |
| CN114923257A (en) * | 2022-04-18 | 2022-08-19 | 盛杰 | Fresh air handling unit |
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| PB01 | Publication | ||
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Application publication date: 20190628 |