CN107684816A - A kind of efficient air cleaning unit - Google Patents
A kind of efficient air cleaning unit Download PDFInfo
- Publication number
- CN107684816A CN107684816A CN201710652024.9A CN201710652024A CN107684816A CN 107684816 A CN107684816 A CN 107684816A CN 201710652024 A CN201710652024 A CN 201710652024A CN 107684816 A CN107684816 A CN 107684816A
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- Prior art keywords
- accommodating chamber
- elongation
- base station
- afterbody
- spray
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
- B01D53/34—Chemical or biological purification of waste gases
- B01D53/74—General processes for purification of waste gases; Apparatus or devices specially adapted therefor
- B01D53/77—Liquid phase processes
- B01D53/79—Injecting reactants
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
- B01D53/34—Chemical or biological purification of waste gases
- B01D53/46—Removing components of defined structure
- B01D53/72—Organic compounds not provided for in groups B01D53/48 - B01D53/70, e.g. hydrocarbons
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2258/00—Sources of waste gases
- B01D2258/06—Polluted air
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Environmental & Geological Engineering (AREA)
- Health & Medical Sciences (AREA)
- Biomedical Technology (AREA)
- Analytical Chemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Special Spraying Apparatus (AREA)
Abstract
The invention discloses a kind of efficient air cleaning unit, including spray base station and the spraying box being arranged at the top of spray base station, the first accommodating chamber is provided with spray base station below spraying box, first accommodating chamber inner roof wall turn is connected with the first conical surface wheel, it is fixed with upward extension break-through the first accommodating chamber inner roof wall at the top of first conical surface wheel and what turn was connected stirs evenly axle, the second accommodating chamber that left and right elongation is set is provided with spray base station below first accommodating chamber, the break-through of elongation afterbody phase is provided with the first slid chamber that elongation is set upwards on the left of second accommodating chamber, extension is located at the left side relative position of the first accommodating chamber at the top of first slid chamber, turn is connected with the first swing arm that left and right elongation is set between right side inwall at the top of first accommodating chamber inner left wall and the second accommodating chamber in extension；The present invention is simple in construction, and easy to operate, service life is strong, and automaticity is high, improves the operating efficiency and spray quality of spray.
Description
Technical field
The present invention relates to technical field of air purification, specifically a kind of efficient air cleaning unit.
Background technology
There is the comprehensive waste gas such as toluene, acrylic resin to human body caused by the places such as chemical plant, pharmaceutical factory, Furniture Factory
Evil, it is therefore desirable to carry out purification of air.Vegetation water, which is used for purification of air, good effect, adsorbs in plant purification liquor
The odor molecules on surface contacted with the oxygen in air, odor molecules cause its reactivity to increase, and change and oxygen
The mechanism of reaction, so as to be reacted at normal temperatures with oxygen.Vegetation water is dispersed in atmosphere, in adsorption space
Odor molecules simultaneously are allowed to decompose, and generate the material of nontoxic non-secondary pollution.But existing plant liquid spraying device spray
Not enough uniformly, effect is poor, while causes the waste of vegetation water.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of efficient air cleaning unit, and it can solve the problem that above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of efficient air cleaning unit of the present invention, including
Spray base station and be arranged on the spraying box sprayed at the top of base station, be provided with the spray base station below the spraying box
First accommodating chamber, the first accommodating chamber inner roof wall turn are connected with the first conical surface wheel, and first conical surface wheel top is solid
Surely be provided with that the first accommodating chamber inner roof wall described in upward extension break-through and turn be connected stirs evenly axle, first accommodating chamber
The second accommodating chamber set is extended in the spray base station of lower section provided with left and right, extends afterbody phase on the left of second accommodating chamber
Break-through is provided with the first slid chamber that elongation is set upwards, and extension is located at first accommodating chamber at the top of first slid chamber
Between right side inwall at the top of left side relative position, the first accommodating chamber inner left wall and second accommodating chamber in extension
Turn is connected with the first swing arm that left and right elongation is set, and elongation afterbody reaches first sliding on the left of first swing arm
Intracavitary, the first swing arm right side elongation afterbody are reached in first accommodating chamber, and afterbody is equal at left and right sides of first swing arm
The second conical surface wheel is fixed with, second conical surface wheel is connected with first conical surface wheel left end in the first accommodating chamber, institute
State and the second slid chamber that the break-through of afterbody phase is set provided with downward elongation is extended on the right side of the second accommodating chamber, slided in first slid chamber
Shifting is connected with the first slipping block, and the second slipping block, the second accommodating chamber bosom are provided with second slid chamber
The second swing arm that position is connected with front and rear inwall turn, second swing arm are fixed with what both sides elongation to the left and right was set
Cross bar, cross bar left and right sides afterbody, which is equipped with, leads shifting bar, leads to move to slide on bar being connected with cunning described in the left and right sides
Move axle sleeve, the left and right sides sliding axle sleeve backwards to it is described lead move bar side respectively with the first slipping block front end and with institute
The flexible connection of the second slipping block front end is stated, the cross bar central bottom position is fixed with the hollow sleeve extended downwards, in described
It is provided with empty set and leads shifting slippage slot, the hollow sleeve bottom is connected with converting means, the institute above second slid chamber
State and switching device is provided with spray base station, spray base station bottom surface surrounding is respectively arranged with roller, and each roller is backwards
The spray base station center line side is equipped with damper brake, and the spray base station top surface is provided with column, set on the column
It is equipped with light intensity sensing device.
Preferably technical scheme, spray is provided with the top of the spray base station on the left of the spraying box and implements device,
Booster pump is provided with the top of the spray base station on the right side of the spraying box, the spray, which implements device, includes bottom and the spray
The first woven hose that base station top end face is fixedly connected, the first woven hose left side are provided with the spray head equidistantly distributed,
The first woven hose right-hand member is provided with first outlet, is provided with second outlet at the top of the booster pump, the second outlet with it is described
The second woven hose is provided between first outlet.
Preferably technical scheme, it is described to stir evenly extension at the top of axle and reach in the spraying box and afterbody and the spray
Drench the turn of case inner roof wall to be connected, the axle outer surface that stirs evenly in the spraying box stirs evenly provided with what is equidistantly distributed
Leaf.
Preferably technical scheme, the second accommodating chamber left side inner roof wall are provided with the first squint face, and described second holds
Chamber right side inner bottom wall of receiving is provided with the second squint face.
Preferably technical scheme, interior be provided with of the first slipping block top end face stir evenly electric favourable turn, and the electricity that stirs evenly turns
Machine top end face be connected with reach the first slipping block top end face it is outer and to described the in first slid chamber
The having three pyramidal faces wheel that two conical surface wheels are connected.
Preferably technical scheme, the converting means include being arranged on second appearance below second swing arm
The slippage slot received in intracavitary bottom wall, the interior left and right of the slippage slot, which extends, sets screw rod, and spiral lamination coordinates company on the screw rod
It is connected to and leads shifting passage block, elongation afterbody is connected with the slippage slot inner left wall turn on the left of the screw rod, the spiral shell
Elongation afterbody is connected with conversion electricity favourable turn on the right side of swing arm, and the conversion electricity favourable turn outer surface is arranged on the right side of the slippage slot
In inwall and it is fixedly connected, it is described to lead the pusher rod for moving and elapsing and being fixed with that elongation is set upwards at the top of block, the pusher rod top
Portion's extension is reached in second accommodating chamber and top nose is fixed with and reaches described lead and move in slippage slot and sliding coordinates
The sliding head of connection.
Preferably technical scheme, the switching device includes being arranged at the top of second slid chamber and elongation upwards
The first slippage slot set, the first slippage slot inner bottom part sets with the second slid chamber inner top phase break-through, and described the
Sliding, which is connected, in one slippage slot switchs slipping block, the switch slipping block bottom afterbody and the second slipping block top end face
It is fixedly connected, the first fluid drain that elongation is set up and down is provided with the spray base station on the left of first slippage slot, it is described
Elongation afterbody is set with the spraying box inner bottom part phase break-through at the top of first fluid drain, the spray on the right side of first slippage slot
Drench and the second fluid drain that elongation is set up and down is provided with base station, elongation afterbody and the booster pump bottom at the top of second fluid drain
Portion's phase break-through is set, and is connected between the first fluid drain bottom extended afterbody and the second fluid drain bottom extended afterbody
The 3rd fluid drain that first slippage slot described in break-through and phase break-through are set, described switch at the top of slipping block are provided with via.
Preferably technical scheme, the light intensity sensing device include the light for being fixedly installed on the column top right side
Strong sensor and the major light being fixedly installed at the top of the column left surface, the light intensity sensor and the major light are electrical
Connection, when ambient brightness is bad, signal is transmitted to the major light after perceiving and controlled described strong by the light intensity sensor
Light lamp lights.
The beneficial effects of the invention are as follows：
1. by sliding first slipping block that is connected in the first slid chamber, the second slipping block is set in the second slid chamber, second holds
Receive the second swing arm that intracavitary portion centre position and front and rear inwall turn are connected, the second swing arm, which is fixed, sets both sides elongation to the left and right
The cross bar of setting, cross bar left and right sides afterbody are all provided with leading shifting bar, and the left and right sides, which leads to move, slides the sliding axle sleeve that is connected on bar,
It is respectively with the first slipping block front end and flexible even with the second slipping block front end that left and right sides sliding axle sleeve leads shifting bar side backwards
Connect, the hollow sleeve for setting and extending downwards is fixed in cross bar central bottom position, is set in hollow sleeve and leads shifting slippage slot, and hollow sleeve bottom coordinates
Converting means is connected, switching device is set in the spray base station above the second slid chamber, work is stirred evenly so as to realize to automatically control
It is driven work and switching device opens and closes work, improves Automated condtrol rate, reduce manual operation, improve overall work
Make efficiency.
2. the slippage slot in the second accommodating chamber inner bottom wall for being arranged on below the second swing arm, sliding are included by converting means
Left and right elongation sets screw rod in groove, and spiral lamination, which is connected, on screw rod leads shifting passage block, on the left of screw rod elongation afterbody with
The turn of slippage slot inner left wall is connected, and elongation afterbody is connected with conversion electricity favourable turn on the right side of screw rod, converts electricity favourable turn
Outer surface is arranged on the right side of slippage slot in inwall and is fixedly connected, and leads to move elapsing the fixed passage for setting elongation setting upwards at the top of block
Bar, pusher rod top extension is reached in the second accommodating chamber and top nose is fixed to set to reach to lead to move in slippage slot and slide and coordinated
The sliding head of connection, so as to realize the unlatching for automatically controlling having three pyramidal faces wheel and the second conical surface wheel clutch for clutch control and switching device
And Operating In Persistent Current Mode, the rate of automatically controlling is improved, manual operation is reduced, improves service efficiency.
3. include being arranged at the top of the second slid chamber by switching device and extend the first slippage slot set upwards, first
Slippage slot inner bottom part is set with the second slid chamber inner top phase break-through, and sliding, which is connected, in the first slippage slot switchs slipping block,
Switch slipping block bottom afterbody is fixedly connected with the second slipping block top end face, is set in the spray base station on the left of the first slippage slot up and down
The first fluid drain set is extended, elongation afterbody is set with the break-through of spraying box inner bottom part phase at the top of the first fluid drain, the first sliding
The second fluid drain that elongation is set up and down is set in spray base station on the right side of groove, extends afterbody and booster pump bottom at the top of the second fluid drain
Portion's phase break-through is set, and break-through first is connected between the first fluid drain bottom extended afterbody and the second fluid drain bottom extended afterbody and is slided
Move the 3rd fluid drain that groove and phase break-through are set, at the top of switch slipping block in set via, so as to realize turn supply on vegetation water with
And closure stops supply vegetation water work, spray manipulation efficiency is improved.
4. the present invention is simple in construction, easy to operate, it can realize that automatically controlling the clutch connection for stirring evenly work and supply plants
The unlatching of thing liquid and Operating In Persistent Current Mode, loss is reduced, improve service life, meanwhile, it can realize that lasting control stirs evenly work, automate
Degree is high, improves the operating efficiency and spray quality of spray.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram outside a kind of efficient air cleaning unit of the present invention；
Fig. 2 is overall structure diagram inside a kind of efficient air cleaning unit of the present invention；
Structural representation when Fig. 3 is a kind of efficient air cleaning unit spray of the present invention；
Fig. 4 is the spray base station bottom surface structure schematic diagram of the present invention.
Embodiment
As Figure 1-Figure 4, a kind of efficient air cleaning unit of the invention, including spray base station 5 and be arranged on
The spraying box 6 at the top of spray base station 5, the spray base station 5 of the lower section of spraying box 6 is interior to be provided with the first accommodating chamber 54,
The inner roof wall turn of first accommodating chamber 54 is connected with the first conical surface wheel 541, and the top of first conical surface wheel 541 fixation is set
There is what the inner roof wall of the first accommodating chamber 54 described in upward extension break-through and turn be connected to stir evenly axle 61, first accommodating chamber
The second accommodating chamber 52 that left and right elongation is set is provided with the spray base station 5 of 54 lower sections, the left side of the second accommodating chamber 52 is stretched
Long afterbody phase break-through is provided with the first slid chamber 51 that elongation is set upwards, and the top extension of the first slid chamber 51 is positioned at described
The left side relative position of first accommodating chamber 54, the inner left wall of the first accommodating chamber 54 extend with the top of the second accommodating chamber 52
Turn is connected with the first swing arm 543 that left and right elongation is set, the left side of the first swing arm 543 between right side inwall in section
Elongation afterbody is reached in first slid chamber 51, and the right side of the first swing arm 543 elongation afterbody reaches first accommodating chamber
In 54, the left and right sides afterbody of the first swing arm 543 is fixed with the second conical surface wheel 542, described in the first accommodating chamber 54
Two conical surface wheels 542 are connected with the left end of first conical surface wheel 541, the right side of the second accommodating chamber 52 elongation afterbody phase break-through
The second slid chamber 53 set provided with downward elongation, the interior sliding of first slid chamber 51 are connected with the first slipping block 511,
The second slipping block 531 is provided with second slid chamber 53, the bosom position of the second accommodating chamber 52 is revolved with front and rear inwall
Dynamic the second swing arm 523 being connected, second swing arm 523 are fixed with the cross bar 524 that both sides elongation to the left and right is set, institute
State the left and right sides afterbody of cross bar 524 and be equipped with to lead and move bar 5241, lead described in the left and right sides and move on bar 5241 that sliding is connected
Have and slide axle sleeve 525, the left and right sides sliding axle sleeve 525 slides with described first respectively backwards to shifting bar 5241 side of leading
The front end of block 511 and with the front end of the second slipping block 531 be flexibly connected, the central bottom position of cross bar 524 is fixed with
The hollow sleeve 526 extended downwards, interior be provided with of the hollow sleeve 526 lead shifting slippage slot 5261, and the bottom of hollow sleeve 526, which coordinates, to be connected
Converting means is connected to, switching device, the spray base station 5 are provided with the spray base station 5 of the top of the second slid chamber 53
Bottom surface surrounding is respectively arranged with roller 50, and each roller 50 is equipped with system backwards to the spray base station 5 center line side
Dynamic lock 501, the spray top surface of base station 5 are provided with column 91, light intensity sensing device are provided with the column 91.
Wherein, the top of the spray base station 5 in the left side of spraying box 6 is provided with spray and implements device 7, the spraying box 6
The top of the spray base station 5 on right side is provided with booster pump 8, and the spray is implemented device 7 and pushed up including bottom and the spray base station 5
The first woven hose 71 that end face is fixedly connected, the left side of the first woven hose 71 are provided with the spray head 73 equidistantly distributed,
The right-hand member of first woven hose 71 is provided with first outlet 72, and the top of booster pump 8 is provided with second outlet 82, the second outlet
The second woven hose 81 is provided between 82 and the first outlet 72, spray work is automatically controlled so as to realize, improves spray
Efficiency and spray scope.
Wherein, the top extension of axle 61 that stirs evenly is reached in the spraying box 6 and afterbody and the inner roof wall of spraying box 6
Turn is connected, and the outer surface of axle 61 that stirs evenly in the spraying box 6 stirs evenly leaf 62 provided with what is equidistantly distributed, so as to
Realize that quick control stirs evenly work, raising stirs evenly uniformity.
Wherein, the left side inner roof wall of the second accommodating chamber 52 is provided with the first squint face 521, the right side of the second accommodating chamber 52
Inner bottom wall is provided with the second squint face 522.
Wherein, it is provided with the top end face of the first slipping block 511 and stirs evenly electricity favourable turn 512, it is described to stir evenly 512 tops of electricity favourable turn
Face be connected with reach the top end face of the first slipping block 511 it is outer and to described second in first slid chamber 51
The having three pyramidal faces wheel 513 that conical surface wheel 542 is connected, the conical surface wheel 542 of having three pyramidal faces wheel 513 and second is automatically controlled so as to realize
Clutch connection controls, and reduces and rocks caused by during spray base station 5 is carried or transported and cause the loss of the present apparatus, improves this dress
The whole service life put.
Wherein, the converting means includes being arranged on bottom in second accommodating chamber 52 of the lower section of the second swing arm 523
Slippage slot 56 in wall, the interior left and right of the slippage slot 56, which extends, sets screw rod 561, and spiral lamination coordinates on the screw rod 561
It is connected with and leads shifting passage block 562, the left side of screw rod 561 elongation afterbody coordinates with the inner left wall turn of slippage slot 56 is connected
Connect, the right side of screw rod 561 elongation afterbody is connected with conversion electricity favourable turn 563, and 563 outer surfaces of the conversion electricity favourable turn are set
Be placed in the right side inwall of slippage slot 56 and be fixedly connected, it is described lead the top of shifting passage block 562 and be fixed with elongation upwards set
The pusher rod 564 put, the top extension of pusher rod 564 reaches in second accommodating chamber 52 and top nose is fixed with
Reach described lead and move in slippage slot 5261 and slide the sliding first 5641 being connected, having three pyramidal faces wheel is automatically controlled so as to realize
513 and unlatching and the Operating In Persistent Current Mode of the clutch for clutch control of the second conical surface wheel 542 and switching device, the rate of automatically controlling is improved, is reduced
Manual operation, improve service efficiency.
Wherein, the switching device includes being arranged on the top of the second slid chamber 53 and the first of elongation setting is slided upwards
Groove 55 is moved, the inner bottom part of the first slippage slot 55 is set with the inner top phase break-through of the second slid chamber 53, first sliding
Sliding, which is connected, in groove 55 switchs slipping block 551, the switch bottom afterbody of slipping block 551 and second slipping block 531
Top end face is fixedly connected, and the first row that elongation is set up and down is provided with the spray base station 5 in the left side of the first slippage slot 55
Fluid passage 552, the top of the first fluid drain 552 elongation afterbody are set with the inner bottom part phase break-through of spraying box 6, and described first slides
Move and the second fluid drain 554 that elongation is set up and down, second fluid drain 554 are provided with the spray base station 5 on the right side of groove 55
Top extends afterbody and set with the bottom phase break-through of the booster pump 8, the bottom extended afterbody of the first fluid drain 552 and described the
The first slippage slot 55 described in break-through and the 3rd fluid drain of phase break-through setting are connected between the bottom extended afterbody of two fluid drain 554
553, described switch in the top of slipping block 551 is provided with via 5510, so as to realize that turning supply on vegetation water and closure stops supplying
Answer vegetation water to work, improve spray manipulation efficiency.
Wherein, the light intensity sensing device includes being fixedly installed on the He of light intensity sensor 93 of the top right side of column 91
The major light 92 being fixedly installed at the top of the left surface of column 91, the light intensity sensor 93 and the major light 92 electrically connect
Connect, when ambient brightness is bad, signal is transmitted to described in the major light 92 and control by the light intensity sensor 93 after perceiving
Major light 92 lights.
During original state, lead and move the right-most position that passage block 562 is located in slippage slot 56, now, passage block is moved by leading
The sliding first 5641 of the 562 drive front end faces of pusher rod 564 is at utmost located at the top position led and moved in slippage slot 5261, this
When, hollow sleeve 526 is vertical state, meanwhile, it is horizontal linear state to make the cross bar 524 on the second swing arm 523, now, by horizontal stroke
Leading for the left side of bar 524 moves the lowest position that the first slipping block 511 of drive of bar 5241 is located in the first slid chamber 51, meanwhile, by
Leading for the right side of cross bar 524 moves the top position that the second slipping block 531 of drive of bar 5241 is located in the second slid chamber 53, now,
Make the having three pyramidal faces wheel 513 at the top of the first slipping block 511 at utmost the second conical surface wheel 542 in the first slid chamber 51,
Meanwhile make the second slipping block 531 drive switch slipping block 551 to be fully located in the first slippage slot 55, now, make switch slipping block
Via 5510 in 551 is located in the first slippage slot 55 of the top of the first fluid drain 552.
When stirring evenly spray in use, be moved to the present apparatus needs the position that sprays first, then by blended completion
Vegetation water add spraying box 6 in, then by convert electricity favourable turn 563 drive the turns of screw rod 561, by screw rod 56 drive lead
Passage block 562 is moved gradually along the left lateral sliding in slippage slot 56, now, the front end of pusher rod 564 is driven by leading shifting passage block 562
The sliding first 5641 in face is gradually moved to the left, meanwhile, lead the bottom direction moved in slippage slot 5261 by sliding first 5641 elongation
Sliding, now, sliding first 5641 is set to drive hollow sleeve 526 gradually along the center line clockwise direction turn of the second swing arm 523, together
When, center line clockwise direction turn of the cross bar 524 gradually along the second swing arm 523 is driven by the second swing arm 523, now, by a left side
Leading for side moves on the drive of bar 5241 left side sliding axle sleeve 525 the first slipping block 511 being flexibly connected gradually along the first slid chamber 51
Interior top-direction sliding, meanwhile, drive be flexibly connected on right side sliding axle sleeve 525 second to slide by the shifting bar 5241 of leading on right side
Move block 531 gradually to slide along the bottom direction in the second slid chamber 53, now, the first slipping block 511 drives the third hand tap at top
Face wheel 513 moves closer to the second conical surface wheel 542 in the first slid chamber 51, meanwhile, the second slipping block 531 drives switch slipping block
551 bottom stages are gradually slipped into the second slid chamber 53, the via 5510 on switch slipping block 551 is moved closer to the first fluid drain
552, now sliding axle sleeve 525 flexible sliding of the shifting bar 5241 respectively with the left and right sides of leading of the left and right sides is connected, until
Shifting passage block 562 is led as shown in Figure 3 when being moved to the left-most position in slippage slot 56, and now control conversion electricity favourable turn 563 stops
It is spin-ended dynamic, make the having three pyramidal faces wheel 513 at the top of the first slipping block 511 and the second conical surface wheel 542 in the first slid chamber 51 complete
It is connected, meanwhile, the second slipping block 531 is slid onto the lowest position in the second slid chamber 53, while make the second sliding
Block 531 drives the switch bottom stage of slipping block 551 at utmost to reach in the second slid chamber 53, now, makes in switch slipping block 551
Via 5510 coincided completely with the first fluid drain 552, meanwhile, the top end face of sliding axle sleeve 525 in left side and the first squint face
Squint, which is faced the wall and meditated, in 521 is abutted against, and the bottom face of sliding axle sleeve 525 on right side is faced the wall and meditated with squint in the second squint face 522 and abutted against, so
Afterwards by stirring evenly the turn of 512 control having three pyramidal faces wheel of electricity favourable turn 513, and then the first slid chamber 51 is driven by having three pyramidal faces wheel 513
The interior turn of the second conical surface wheel 542, and the first swing arm 543 and are driven by the second conical surface wheel 542 in the first slid chamber 51
The turn of the second conical surface wheel 542 in one accommodating chamber 54, and then the first cone is driven by the second conical surface wheel 542 in the first accommodating chamber 54
The turn of axle 61 realization that stirs evenly at face wheel 541 and the top of the first conical surface wheel 541 stirs evenly work, while controls booster pump 8 to open, and makes
Vegetation water in spraying box 6 is successively through the first fluid drain 552, the 3rd fluid drain 553 and the second fluid drain 554 and then booster pump 8
Transport to the first woven hose 71 through the second woven hose 81 after pressurization, sprayed finally by the spray head 73 on the first woven hose 71
Go out.
The beneficial effects of the invention are as follows：
1. by sliding first slipping block that is connected in the first slid chamber, the second slipping block is set in the second slid chamber, second holds
Receive the second swing arm that intracavitary portion centre position and front and rear inwall turn are connected, the second swing arm, which is fixed, sets both sides elongation to the left and right
The cross bar of setting, cross bar left and right sides afterbody are all provided with leading shifting bar, and the left and right sides, which leads to move, slides the sliding axle sleeve that is connected on bar,
It is respectively with the first slipping block front end and flexible even with the second slipping block front end that left and right sides sliding axle sleeve leads shifting bar side backwards
Connect, the hollow sleeve for setting and extending downwards is fixed in cross bar central bottom position, is set in hollow sleeve and leads shifting slippage slot, and hollow sleeve bottom coordinates
Converting means is connected, switching device is set in the spray base station above the second slid chamber, work is stirred evenly so as to realize to automatically control
It is driven work and switching device opens and closes work, improves Automated condtrol rate, reduce manual operation, improve overall work
Make efficiency.
2. the slippage slot in the second accommodating chamber inner bottom wall for being arranged on below the second swing arm, sliding are included by converting means
Left and right elongation sets screw rod in groove, and spiral lamination, which is connected, on screw rod leads shifting passage block, on the left of screw rod elongation afterbody with
The turn of slippage slot inner left wall is connected, and elongation afterbody is connected with conversion electricity favourable turn on the right side of screw rod, converts electricity favourable turn
Outer surface is arranged on the right side of slippage slot in inwall and is fixedly connected, and leads to move elapsing the fixed passage for setting elongation setting upwards at the top of block
Bar, pusher rod top extension is reached in the second accommodating chamber and top nose is fixed to set to reach to lead to move in slippage slot and slide and coordinated
The sliding head of connection, so as to realize the unlatching for automatically controlling having three pyramidal faces wheel and the second conical surface wheel clutch for clutch control and switching device
And Operating In Persistent Current Mode, the rate of automatically controlling is improved, manual operation is reduced, improves service efficiency.
3. include being arranged at the top of the second slid chamber by switching device and extend the first slippage slot set upwards, first
Slippage slot inner bottom part is set with the second slid chamber inner top phase break-through, and sliding, which is connected, in the first slippage slot switchs slipping block,
Switch slipping block bottom afterbody is fixedly connected with the second slipping block top end face, is set in the spray base station on the left of the first slippage slot up and down
The first fluid drain set is extended, elongation afterbody is set with the break-through of spraying box inner bottom part phase at the top of the first fluid drain, the first sliding
The second fluid drain that elongation is set up and down is set in spray base station on the right side of groove, extends afterbody and booster pump bottom at the top of the second fluid drain
Portion's phase break-through is set, and break-through first is connected between the first fluid drain bottom extended afterbody and the second fluid drain bottom extended afterbody and is slided
Move the 3rd fluid drain that groove and phase break-through are set, at the top of switch slipping block in set via, so as to realize turn supply on vegetation water with
And closure stops supply vegetation water work, spray manipulation efficiency is improved.
4. the present invention is simple in construction, easy to operate, it can realize that automatically controlling the clutch connection for stirring evenly work and supply plants
The unlatching of thing liquid and Operating In Persistent Current Mode, loss is reduced, improve service life, meanwhile, it can realize that lasting control stirs evenly work, automate
Degree is high, improves the operating efficiency and spray quality of spray.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (8)
1. a kind of efficient air cleaning unit, including the spraying box for spraying base station and being arranged at the top of spray base station, it is special
Sign is：It is provided with the first accommodating chamber in spray base station below spraying box, the first accommodating chamber inner roof wall turn is connected with the
One conical surface wheel, is fixed with upward extension break-through the first accommodating chamber inner roof wall at the top of the first conical surface wheel and turn is connected
Stir evenly axle, be provided with the second accommodating chamber that left and right elongation is set in the spray base station below the first accommodating chamber, on the left of the second accommodating chamber
Extend the break-through of afterbody phase and be provided with the first slid chamber that elongation is set upwards, extension is located at the first accommodating chamber at the top of the first slid chamber
Left side relative position, between the right side inwall at the top of the first accommodating chamber inner left wall and the second accommodating chamber in extension turn match somebody with somebody
Close and be connected with the first swing arm that left and right elongation is set, elongation afterbody is reached in the first slid chamber on the left of the first swing arm, the first swing arm
Right side elongation afterbody is reached in the first accommodating chamber, and afterbody is fixed with the second conical surface wheel at left and right sides of the first swing arm, and first holds
Intracavitary second conical surface wheel of receiving is connected with the first conical surface wheel left end, and the break-through of elongation afterbody phase is provided with downward on the right side of the second accommodating chamber
Extend the second slid chamber set, in the first slid chamber sliding be connected with the first slipping block, the is provided with the second slid chamber
Two slipping blocks, the second swing arm that the second accommodating chamber bosom position is connected with front and rear inwall turn, the second swing arm are fixed
The cross bar set provided with the elongation of both sides to the left and right, cross bar left and right sides afterbody, which is equipped with, leads shifting bar, and the left and right sides, which is led, to be moved on bar
Sliding is connected with sliding axle sleeve, left and right sides sliding axle sleeve lead backwards move bar side respectively with the first slipping block front end and
It is flexibly connected with the second slipping block front end, cross bar central bottom position is fixed with the hollow sleeve extended downwards, set in hollow sleeve
Lead shifting slippage slot, hollow sleeve bottom is connected with converting means, and switch is provided with the spray base station above the second slid chamber
Device, spray base station bottom surface surrounding are respectively arranged with roller, and each roller is equipped with system backwards to base station center line side is sprayed
Dynamic lock, spray base station top surface are provided with column, light intensity sensing device are provided with column.
A kind of 2. efficient air cleaning unit according to claim 1, it is characterised in that：Institute on the left of the spraying box
State and spray execution device is provided with the top of spray base station, booster pump, institute are provided with the top of the spray base station on the right side of the spraying box
State spray and implement the first woven hose that device is fixedly connected including bottom and the spray base station top end face, first woven hose
Left side is provided with the spray head equidistantly distributed, and the first woven hose right-hand member is provided with first outlet, the booster pump top
Provided with second outlet, the second woven hose is provided between the second outlet and the first outlet.
A kind of 3. efficient air cleaning unit according to claim 1, it is characterised in that：Described stir evenly extends at the top of axle
Section is reached in the spraying box and afterbody is connected with the spraying box inner roof wall turn, is stirred evenly described in the spraying box
Axle outer surface stirs evenly leaf provided with what is equidistantly distributed.
A kind of 4. efficient air cleaning unit according to claim 1, it is characterised in that：On the left of second accommodating chamber
Inner roof wall is provided with the first squint face, and inner bottom wall is provided with the second squint face on the right side of second accommodating chamber.
A kind of 5. efficient air cleaning unit according to claim 1, it is characterised in that：The first slipping block top
Be provided with face and stir evenly electric favourable turn, it is described stir evenly electricity favourable turn top end face be connected with reach the first slipping block top end face it is outer and
To the having three pyramidal faces wheel being connected with second conical surface wheel in first slid chamber.
A kind of 6. efficient air cleaning unit according to claim 1, it is characterised in that：The converting means includes setting
The slippage slot in the second accommodating chamber inner bottom wall below second swing arm is put, left and right extends setting in the slippage slot
Screw rod, spiral lamination, which is connected with, on the screw rod leads shifting passage block, elongation afterbody and the cunning on the left of the screw rod
Move the turn of groove inner left wall to be connected, elongation afterbody is connected with conversion electricity favourable turn on the right side of the screw rod, the conversion
Electricity favourable turn outer surface is arranged on the right side of the slippage slot in inwall and is fixedly connected, it is described lead be fixed with the top of shifting passage block to
The pusher rod that upper elongation is set, pusher rod top extension reaches in second accommodating chamber and top nose is fixed with
Reach described lead and move in slippage slot and slide the sliding head being connected.
A kind of 7. efficient air cleaning unit according to claim 2, it is characterised in that：The switching device includes setting
Put at the top of second slid chamber and elongation is set upwards the first slippage slot, the first slippage slot inner bottom part and described the
Two slid chamber inner top phase break-through are set, and sliding, which is connected, in first slippage slot switchs slipping block, the switch sliding
Block bottom afterbody is fixedly connected with the second slipping block top end face, is set in the spray base station on the left of first slippage slot
There is the first fluid drain that elongation is set up and down, extend afterbody and the spraying box inner bottom part phase break-through at the top of first fluid drain
Set, the second fluid drain set in the spray base station on the right side of first slippage slot provided with upper and lower elongation, described second
Elongation afterbody is set with the booster pump bottom phase break-through at the top of fluid drain, the first fluid drain bottom extended afterbody with it is described
The first slippage slot described in break-through and the 3rd fluid drain of phase break-through setting, institute are connected between second fluid drain bottom extended afterbody
State at the top of switch slipping block and be provided with via.
A kind of 8. efficient air cleaning unit according to claim 1, it is characterised in that：The light intensity sensing device bag
Include the light intensity sensor for being fixedly installed on the column top right side and the strong light being fixedly installed at the top of the column left surface
Lamp, the light intensity sensor and the major light are electrically connected with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710652024.9A CN107684816A (en) | 2017-08-02 | 2017-08-02 | A kind of efficient air cleaning unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710652024.9A CN107684816A (en) | 2017-08-02 | 2017-08-02 | A kind of efficient air cleaning unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107684816A true CN107684816A (en) | 2018-02-13 |
Family
ID=61152488
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710652024.9A Withdrawn CN107684816A (en) | 2017-08-02 | 2017-08-02 | A kind of efficient air cleaning unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107684816A (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106315033A (en) * | 2016-08-31 | 2017-01-11 | 邹近才 | Chalk conveying device for education |
| CN106857464A (en) * | 2017-02-14 | 2017-06-20 | 严地长 | A kind of agricultural protection pesticide dispersal equipment |
-
2017
- 2017-08-02 CN CN201710652024.9A patent/CN107684816A/en not_active Withdrawn
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106315033A (en) * | 2016-08-31 | 2017-01-11 | 邹近才 | Chalk conveying device for education |
| CN106857464A (en) * | 2017-02-14 | 2017-06-20 | 严地长 | A kind of agricultural protection pesticide dispersal equipment |
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Application publication date: 20180213 |