CN206934953U - Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper - Google Patents
Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper Download PDFInfo
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- CN206934953U CN206934953U CN201720889570.XU CN201720889570U CN206934953U CN 206934953 U CN206934953 U CN 206934953U CN 201720889570 U CN201720889570 U CN 201720889570U CN 206934953 U CN206934953 U CN 206934953U
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- 239000000428 dust Substances 0.000 title claims abstract description 223
- 238000007664 blowing Methods 0.000 title claims abstract description 53
- 238000005453 pelletization Methods 0.000 title claims abstract description 50
- 241001417527 Pempheridae Species 0.000 title claims abstract description 22
- 239000004744 fabric Substances 0.000 claims description 25
- 238000001914 filtration Methods 0.000 claims description 12
- 239000010865 sewage Substances 0.000 claims description 12
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims description 3
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- 230000000694 effects Effects 0.000 abstract description 13
- 238000005265 energy consumption Methods 0.000 abstract description 11
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- 230000035939 shock Effects 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 150000001875 compounds Chemical class 0.000 description 1
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- 230000036541 health Effects 0.000 description 1
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Abstract
The utility model discloses a kind of numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper, numerical control impulse blowing dust pelletizing system includes sack cleaner, sub-cylinder, airborne dust cover and discharge duct, air draft pipe；Sack cleaner, sub-cylinder, airborne dust cover form the circulatory system by discharge duct and air draft pipe；Sub-cylinder includes cylinder body and several impulse jet nozzles connected with cylinder body；Air inlet of several impulse jet nozzles respectively with airborne dust cover connects；And each impulse jet nozzle is provided with impulse valve；High pressure positive blower is additionally provided with discharge duct；Air exhauster is additionally provided with air draft pipe.Numerical control impulse blowing dust pelletizing system provided by the utility model and urban road vacuum sweeper, have dust removing effects significantly, save all many technical advantages such as energy consumption, performance be reliable and stable.
Description
Technical field
It the utility model is related to technical field of dust removal equipment, more particularly to a kind of numerical control impulse blowing dust pelletizing system and city
Road cleaning vehicle for taking-up undesirable matter.
Background technology
Existing dust collecting and removing device is rotated by Mechanical Driven draught fan impeller mostly, and draught fan impeller rotation makes air at a high speed
Discharge in dust catcher, so cause pressure difference be present between environment inside dust catcher；In the presence of pressure difference, the sky in environment
Gas, dust etc. are sucked in dust catcher by the gap dust shield between dust shield and body surface together, through the filter dirt in dust catcher
After device filtering, the air discharge dust catcher after filtering, dust suction work is so far completed.
Meanwhile research staff is had found when dust catcher works, the pressure difference inside dust catcher between environment is bigger, dust suction effect
Fruit is better, must increase the pressure difference between environment inside dust catcher during work.
Research staff has found that dust catcher of the prior art is primarily present the technological deficiency of following aspect：
First, in order to increase the pressure difference inside dust catcher between environment, it is necessary to increase dust catcher during the work of existing dust catcher
The power of blower fan, but while increase power of fan, also just increase the energy consumption of dust catcher.
Second, prior art is strict to the clearance requirement between dust shield and body surface, if gap is too small, cause to lead to
It is smaller to cross the air quantity of dirt catcher, dust soakage is insufficient, and dust collection efficiency is low；But if, the gap of dust shield and body surface
Too big, pressure difference is small, and wind speed is small, and disturbance kicks up that dust effect is poor, and dust collection efficiency is low.
Third, prior art is that dust shield inside and outside differential pressure is big, dust shield needs pressure-bearing hardware structure, in order to prevent collision from inhaling
Dust hood, it is strict to body surface flatness requirement.
Fourth, prior art is limited by high wind speed flow-disturbing airborne dust efficiency, air quantity is smaller, dust soakage deficiency, work effect
Rate is low.
Fifth, air discharge of the prior art after the dirt catcher filtering in dust catcher, because the hole of filter can not be too
It is small, discharge and contain little particle dust in air, cause secondary pollution to discharge.
To sum up, the above-mentioned technological deficiency of the dust catcher in conventional art is overcome if desired, it is necessary to revolutionary change
The construction of conventional cleaners；Therefore, how to overcome the above-mentioned technological deficiency of dust catcher of conventional art is those skilled in the art's urgency
The technical problem that need to be solved.
Utility model content
The purpose of this utility model is to provide a kind of numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper, with solution
Certainly above mentioned problem.
In order to achieve the above object, the technical solution of the utility model is realized in：
The utility model additionally provides a kind of numerical control impulse blowing dust pelletizing system, including sack cleaner, sub-cylinder, airborne dust
Cover and discharge duct, air draft pipe；
The sack cleaner, the sub-cylinder, the airborne dust cover pass through the discharge duct and the air draft pipe structure
Into the circulatory system；
The air outlet of the sack cleaner connects with one end of the discharge duct, the other end of the discharge duct with
The sub-cylinder connection；The sub-cylinder connects with the air inlet of the airborne dust cover；The exhaust outlet of the airborne dust cover is taken out with described
One end connection of wind pipeline, and the other end of the air draft pipe connects with the entering-dust mouth of the sack cleaner；
The sub-cylinder includes cylinder body and several impulse jet nozzles connected with the cylinder body；Several described impulse jet nozzles
The air inlet with the airborne dust cover connects respectively；And each impulse jet nozzle is provided with impulse valve；
High pressure positive blower is additionally provided with the discharge duct；Air exhauster is additionally provided with the air draft pipe.
Preferably, can embodiment as one kind；The numerical control impulse blowing dust pelletizing system also includes numer centre and electricity
Source device；The supply unit electrically connects with the numer centre, and the numer centre is also electric with the impulse valve respectively
Connection.
Preferably, can embodiment as one kind；The sack cleaner includes housing, cloth bag, laying dust room and sewage draining exit；
The cloth bag, the laying dust room and the sewage draining exit are arranged in order are arranged in the housing from top to bottom；
The entering-dust mouth of the sack cleaner is located in the housing sidewall and corresponding with the cloth bag position；The cloth
The air outlet of bag dust collector is located at the top of the housing, and the sewage draining exit is located at the bottom of the housing.
Preferably, can embodiment as one kind；The middle part cylinder-like structure of the housing, and the top of the housing and
Bottom is cone shape.
Preferably, can embodiment as one kind；The cloth bag is folded into S-shaped shape, and in the housing
Between opening position.
Preferably, can embodiment as one kind；The top of the airborne dust cover connects with impulse jet nozzle several described respectively
Logical, the bottom of the airborne dust cover is towards cleaned object body surface face；Transverse direction of several described impulse jet nozzles along the airborne dust cover
Direction sequentially arranges successively from one end to the other end.
Preferably, can embodiment as one kind；The numer centre is used for the transverse direction side for controlling the airborne dust cover successively
To several the described impulse valves set from one end to the other end, in from left to right or from right-to-left ripple time release pulse air
Body.
Preferably, can embodiment as one kind；The impulse jet nozzle on the sub-cylinder is specially three groups, and described
Impulse valve corresponds to three；Each impulse valve and impulse jet nozzle one-to-one corresponding described in one group.
Preferably, can embodiment as one kind；Dedusting component is additionally provided with the housing, and the dedusting component is
The airstrainer that multilayer is layered on top of each other；The airstrainer is specially active carbon air filtration members, nanometer airstrainer
Or HEPA efficient filters.
Correspondingly, the utility model additionally provides a kind of urban road vacuum sweeper, including vehicle body and is arranged on institute
State the numerical control impulse blowing dust pelletizing system on vehicle body.
Compared with prior art, it is the advantages of the utility model embodiment：
A kind of numerical control impulse blowing dust pelletizing system provided by the utility model and urban road vacuum sweeper, analyze above-mentioned numerical control
The primary structure of impulse blowing dust pelletizing system is understood：
Above-mentioned numerical control impulse blowing dust pelletizing system, its mainly by sack cleaner, sub-cylinder, airborne dust cover and discharge duct,
The structure composition such as air draft pipe and impulse jet nozzle, impulse valve, high pressure positive blower, air exhauster；
Wherein, sack cleaner, sub-cylinder, airborne dust cover form the circulatory system by discharge duct and air draft pipe.Cloth bag
The air outlet of deduster connects with one end of discharge duct, and the other end of discharge duct connects with sub-cylinder；Sub-cylinder and airborne dust
The air inlet connection of cover；The exhaust outlet of airborne dust cover connects with one end of air draft pipe, and the other end of air draft pipe removes with cloth bag
The entering-dust mouth connection of dirt device；Sub-cylinder includes cylinder body and several impulse jet nozzles connected with cylinder body；Several impulse jet nozzles point
Air inlet not with airborne dust cover connects；And each impulse jet nozzle is provided with impulse valve；High pressure is additionally provided with discharge duct
Blower fan；Air exhauster is additionally provided with air draft pipe.
Because pressure-air is sent into sub-cylinder by high pressure positive blower, impulse valve can receive the action command of numer centre,
Open and close successively, pressure-air is ejected into cleaned object body surface face through impulse valve and impulse jet nozzle, dust granules are kicked up, dust
Particle is in the presence of air exhauster, the exhaust outlet through airborne dust cover, enters sack cleaner by air draft pipe, by bag-type dust
After device processing filtering, then inner chamber of the net air through sack cleaner after dedusting re-enters into discharge duct, discharge duct
It is connected with high pressure positive blower and realizes the pulse dust removal processing of a new ripple time again.
So, in the process, the dust granules on above-mentioned cleaned object body are blown afloat by pulse gas in airborne dust cover
Come (this is different from conventional high-tension and absorbs dust suction mode), then enter sack cleaner by the exhaust outlet of airborne dust cover, by except
After dirt processing, then clean gas successively realizes pulse blowing action again by discharge duct, sub-cylinder again, this process can have
The carry out dust removal process of effect, while the numerical control impulse blowing dust pelletizing system, the structure construction of traditional dust arrester is changed, it is not
Only save energy consumption, recycle the energy of gas motion, at the same need not be very big pressure difference and air quantity, power of fan is smaller, energy
Consumption is greatly reduced.
Meanwhile above-mentioned the utility model embodiment does not utilize pressure difference formation high velocity air to kick up dust to disturb, so right
Clearance requirement between airborne dust cover and body surface is not strict, will not be too small because of gap, cause by the air quantity of dirt catcher compared with
Small, dust soakage is insufficient, and dust collection efficiency is low；
Meanwhile the utility model embodiment airborne dust cover inside and outside differential pressure very little, airborne dust cover do not need pressure-bearing hardware structure, airborne dust
Cover can be soft body structure, be not afraid of collision, body surface flatness is not limited strictly.
Meanwhile the pulse of the utility model embodiment technology cleans airborne dust efficiency high, operating efficiency is high.
Meanwhile the utility model embodiment system interior air-flow sealing and circulating, vent the air overboard, is not arranged without secondary pollution
Put.
Correspondingly, the utility model embodiment have also been devised a kind of urban road vacuum sweeper, can be blown using numerical control pulse
The function of dust pelletizing system is swept, is applied it on Road cleaning vehicle for taking-up undesirable matter, forms the urban road vacuum sweeper for realizing brand-new function.It is above-mentioned
Urban road vacuum sweeper, equally notable with pick-up performance, cost is cheap, and energy consumption is low, the technical advantage such as energy-conserving and environment-protective.
Brief description of the drawings
, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below
In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the primary structure schematic diagram for the numerical control impulse blowing dust pelletizing system that the utility model embodiment one provides；
Fig. 2 is a partial enlargement knot of the numerical control impulse blowing dust pelletizing system that the utility model embodiment one provides in Fig. 1
Structure schematic diagram；
Fig. 3 is another partial enlargement of the numerical control impulse blowing dust pelletizing system that the utility model embodiment one provides in Fig. 1
Structural representation.
Label：
Sack cleaner 1；Sub-cylinder 2；Airborne dust cover 3；Discharge duct 4；Air draft pipe 5；Impulse jet nozzle 6；Impulse valve 7；
High pressure positive blower 8；Air exhauster 9；Numer centre 10；Supply unit 11；Housing 12；Cloth bag 13；Laying dust room 14；Sewage draining exit 15；
Cleaned object body A；
Dust granules B.
Embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described
Embodiment is the utility model part of the embodiment, rather than whole embodiments.Based on the embodiment in the utility model, sheet
The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality
Novel protected scope.
, it is necessary to which explanation, the orientation of some instructions or the word of position relationship, it is only in description of the present utility model
It is to be described for the ease of description the utility model with simplified, rather than indicates or imply that the device of meaning or element must be with spies
Fixed orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.
, it is necessary to which explanation, " connection " should be interpreted broadly in description of the present utility model, for example, it may be fixed
Connect or be detachably connected, or be integrally connected；Can be mechanical connection or electrical connection；Can be direct
It is connected, can also be indirectly connected by intermediary, can be the connection of two element internals.For the ordinary skill of this area
For personnel, concrete meaning of the above-mentioned term in the utility model can be understood with concrete condition.
The utility model is described in further detail below by specific examples of the implementation and with reference to accompanying drawing.
Embodiment one
Referring to Fig. 1, Fig. 2, Fig. 3, the utility model embodiment one provides a kind of numerical control impulse blowing dust pelletizing system, including
Sack cleaner 1, sub-cylinder 2, airborne dust cover 3 and discharge duct 4, air draft pipe 5；Wherein, Fig. 2 and Fig. 3 is Fig. 1 partial enlargement
Structural representation；
The sack cleaner 1, the sub-cylinder 2, the airborne dust cover 3 pass through the discharge duct 4 and the exhaust column
Road 5 forms the circulatory system；
The air outlet of the sack cleaner 1 connects with one end of the discharge duct 4, the discharge duct 4 it is another
End connects with the sub-cylinder 2；The sub-cylinder 2 connects with the air inlet of the airborne dust cover 3；The exhaust outlet of the airborne dust cover 3
Connected with one end of the air draft pipe 5, and the entering-dust mouth of the other end of the air draft pipe 5 and the sack cleaner 1 connects
It is logical；
The sub-cylinder 2 includes cylinder body and several impulse jet nozzles 6 connected with the cylinder body；Several described pulse sprays
Air inlet of the mouth 6 respectively with the airborne dust cover 3 connects；And each impulse jet nozzle 6 is provided with impulse valve 7；
High pressure positive blower 8 is additionally provided with the discharge duct 4；Air exhauster 9 is additionally provided with the air draft pipe 5.
It should be noted that it will be apparent that the utility model embodiment uses impulse blowing technology, by the dust of body surface
Particle makes dust granules depart from body surface by high voltage pulse wind rapid purging；Because pulse gas is in ripple Secondary Shocks, make
Grain is kicked up, and is distributed in airborne dust cover space, it is easy to extracted out by blower fan.Pulse needs high-pressure blast, and air quantity is smaller, blower fan effect compared with
It is small；Induced draft fans suction out airborne dust cover endoparticle thing, it is not necessary to which very big pressure difference and air quantity, power of fan are smaller.According to the above
Two point analysis understand that the utility model embodiment Fan Equipment power is smaller, and energy consumption is greatly reduced.
The primary structure for analyzing above-mentioned numerical control impulse blowing dust pelletizing system is understood：Above-mentioned numerical control impulse blowing dust pelletizing system,
Mainly by sack cleaner 1, sub-cylinder 2, airborne dust cover 3, (the airborne dust cover 3 is soft body structure or hardware structure, soft or hard material for it
Matter can use) and discharge duct 4, air draft pipe 5 and impulse jet nozzle 6, impulse valve 7, high pressure positive blower 8, air exhauster 9 etc.
Structure composition；
Wherein, sack cleaner 1, sub-cylinder 2, airborne dust cover 3 form the circulatory system by discharge duct 4 and air draft pipe 5.
The air outlet of sack cleaner 1 connects with one end of discharge duct 4, and the other end of discharge duct 4 connects with sub-cylinder 2；Divide gas
Cylinder 2 connects with the air inlet of airborne dust cover 3；The exhaust outlet of airborne dust cover 3 connects with one end of air draft pipe 5, and air draft pipe 5 is another
One end connects with the entering-dust mouth of sack cleaner 1；Sub-cylinder 2 includes cylinder body and several impulse jet nozzles 6 connected with cylinder body；If
A dry air inlet of the impulse jet nozzle 6 respectively with airborne dust cover 3 connects；And each impulse jet nozzle 6 is provided with impulse valve 7；Exhaust
High pressure positive blower 8 is additionally provided with pipeline 4；Air exhauster 9 is additionally provided with air draft pipe 5.
Because pressure-air is sent into sub-cylinder 2 by high pressure positive blower 8, impulse valve 7 can receive the action of numer centre 10
Instruction, opens and closes, pressure-air is ejected into cleaned object body A surfaces, dust granules through impulse valve 7 and impulse jet nozzle 6 successively
To kick up, dust granules are in the presence of air exhauster, the exhaust outlet through airborne dust cover 3, enter sack cleaner 1 by air draft pipe 5,
After the processing filtering of sack cleaner 1, then inner chamber of the net air through sack cleaner 1 after dedusting re-enters into exhaust
Pipeline 4, discharge duct 4 is connected with high pressure positive blower 8 realizes the pulse dust removal processing of a new ripple time again.
So, in the process, the dust granules B on above-mentioned cleaned object body A is blown by pulse gas in airborne dust cover 3
Get up (this is different from conventional high-tension and absorbs dust suction mode), then carry out sack cleaner by the exhaust outlet of airborne dust cover 3, pass through
After dust removal process, then clean gas successively realizes pulse blowing action again by discharge duct 4, sub-cylinder 2 again, this process
Dust removal process, while the numerical control impulse blowing dust pelletizing system can be effectively carried out, changes the structure construction of traditional dust arrester,
It not only saves energy consumption, recycles the energy of gas motion, at the same need not be very big pressure difference and air quantity, power of fan compared with
Small, energy consumption is greatly reduced.
The concrete structure of the numerical control impulse blowing dust pelletizing system provided below the utility model embodiment and specific skill
Art effect, which is done, to be described in detail：
Preferably, can embodiment as one kind；Referring to Fig. 1, the numerical control impulse blowing dust pelletizing system also includes numerical control
Center 10 and supply unit 11；The supply unit 11 electrically connects with the numer centre 10, and the numer centre 10 also divides
Do not electrically connected with the impulse valve 7.
It should be noted that above-mentioned numerical control impulse blowing dust pelletizing system also includes numer centre 10 and supply unit 11；On
It is to implement effective impulse wave secondary control to each impulse valve 7 to state the main function of numer centre 10；The supply unit 11 simultaneously
It is then the power electrical apparatus use in numerical control impulse blowing dust pelletizing system structure.Above-mentioned numer centre 10 is simultaneously to numerical control pulse
Electrical equipment in purging dust pelletizing system structure sends NC instruction.
Preferably, can embodiment as one kind；Referring to Fig. 1 and Fig. 3, the sack cleaner 1 includes housing 12, cloth bag
13rd, laying dust room 14 and sewage draining exit 15；The cloth bag 13, the laying dust room 14 and the sewage draining exit 15 are arranged in order set from top to bottom
Put in the housing；
The entering-dust mouth of the sack cleaner 1 is located in the side wall of housing 12 and corresponding with the position of cloth bag 13；
The air outlet of the sack cleaner 1 is located at the top of the housing 12, and the sewage draining exit 15 is located at the bottom of the housing 12.
It should be noted that the air that dust granules B after dust removal process, is then cleaned circulates by discharge duct again
It flow at high pressure positive blower；In the process, dust granules B filters by bag-type dust, and dust granules B falls on laying dust room 14
In, then regularly discharged by sewage draining exit 15；The net air after the dedusting of cloth bag 13 enters exhaust through cloth bag inner chamber simultaneously
Pipeline 4, discharge duct 4 are connected with high pressure positive blower 8, finally can also be sent back in airborne dust cover 3.
Preferably, can embodiment as one kind；Referring to Fig. 1 and Fig. 3, the middle part cylinder-like structure of the housing 12, and
The top and bottom of the housing 12 are cone shape.
It should be noted that above-mentioned sack cleaner is a kind of dry type dust filtration device.It is applied to trap it is tiny, dry,
Non-fiber dust.Filter bag is using the filter cloth or nonwoven felt of weaving into using the filtration of fabric to dust-laden
Gas is filtered, and after dusty gas enters sack cleaner, particle is big, heavy dust, because the effect of gravity is sunk
Lower, for the gas containing relatively fine dust when passing through filtrate, dust is purified gas by detention.The bottom of housing 12
Portion is that cone shape is easy to sewage draining exit to carry out sewage treatment, while the top of above-mentioned housing 12 is cone shape, is easy to clean gas
Body is discharged smoothly to inside discharge duct 4.
Preferably, can embodiment as one kind；Referring to Fig. 1 and Fig. 3, the cloth bag 13 is folded into S-shaped shape, and installs
In the middle position of the housing 12.
It should be noted that above-mentioned sack cleaner, the shape and installation site of its cloth bag 13 have original design；
I.e. above-mentioned cloth bag 13 is folded into S-shaped shape, and installed in the middle position of the housing 12；Above-mentioned design can ensure cloth bag
13 after layering, it is possible to achieve maximized dust removing effects.
Preferably, can embodiment as one kind；Referring to Fig. 1 and Fig. 2, the top of the airborne dust cover 3 respectively with several
The impulse jet nozzle 6 connects, and the bottom of the airborne dust cover 3 is towards cleaned object body A surfaces；Several described edges of impulse jet nozzle 6
The horizontal direction for the airborne dust cover 3 sequentially arranges successively from one end to the other end.
It should be noted that the top of airborne dust cover 3 connects with several impulse jet nozzles 6 respectively, meanwhile, above-mentioned airborne dust cover 3
Bottom towards cleaned object body A surfaces；As shown in figure 1, several transverse directions of impulse jet nozzle 6 along the airborne dust cover 3
Direction sequentially arranges successively from one end to the other end；Above-mentioned airborne dust cover 3 needs laterally disposed design, while several impulse jet nozzles
Position relationship between 6 and airborne dust cover 3 also has specific design；That is several described impulse jet nozzles 6 are along the airborne dust cover 3
Horizontal direction sequentially arranges successively from one end to the other end；It can only in this way ensure to be blown by impulse jet nozzle several described 6
The air pulse gone out can sequentially form vortex cyclone, so as to the full extent by the dust particle on cleaned object body A surfaces
Thing is blown, and is discharged, hence into in air draft pipe.
If what the numer centre 10 was set for controlling the horizontal direction of the airborne dust cover 3 successively from one end to the other end
The dry impulse valve 7, in from left to right or from right-to-left ripple time release pulse gas, particle is kicked up, is distributed in institute
State in the space of airborne dust cover 3.
Preferably, can embodiment as one kind；Referring to Fig. 1 and Fig. 2, the impulse jet nozzle 6 on the sub-cylinder 2 has
Body is three groups, and the impulse valve 7 corresponds to three；A pair of impulse jet nozzle 6 one described in each impulse valve 7 and one group
Should.
Preferably, can embodiment as one kind；Dedusting component (not shown) is additionally provided with the housing 12, and
The dedusting component is the airstrainer that multilayer is layered on top of each other；The airstrainer be specially active carbon air filtration members,
Nanometer airstrainer or HEPA efficient filters.
It should be noted that the dust particle on cleaned object body A is drawn into sack cleaner, then it is being discharged to
Exhaust duct recycles；In the process, sack cleaner is arranged to the air with dust by multistage filtration treatment etc.
Shi Hou, then be input in exhaust duct.
It will be apparent that above-mentioned sack cleaner is designed to multistage purification processing unit；Remove and cloth bag progress dedusting be installed,
It can also design and install dedusting component additional；The dedusting component is the airstrainer that multilayer is layered on top of each other；Dedusting component mainly includes
Several classes below：1st, absorbent-type is filtered：Using porous filter material, (adsorption capacity is most at present for such as non-woven fabrics, filter paper, fiber
Strong works as number HEPA high-density airs filter material), adsorb the suspended particulate in air, pernicious gas, so as to purify air.2nd, electrostatic
Dust collection type：Make pollutants in air powered by electrostatic, the dirt in air of charged particle then adsorbed with dust collect plant trapping,
Reach purification air purpose.3rd, it is compound：Simultaneously air is purified using filtering and electrostatic precipitation mode.
It will be apparent that in sack cleaner in the utility model embodiment, above-mentioned HEPA high-density airs can also be used
The structures such as filter material carry out final dusting processing, more particularly suitable, while its dust removing effects is also more significantly and prominent；Ensure user
The health that is obtained in the environment of place, clean air.
Embodiment two
Correspondingly, the utility model additionally provides a kind of urban road vacuum sweeper, including vehicle body and is arranged on institute
(the numerical control impulse blowing being related in the utility model embodiment one removes the numerical control impulse blowing dust pelletizing system for stating on vehicle body
Dirt system).
The numerical control impulse blowing dust pelletizing system that the utility model embodiment two provides, can utilize numerical control impulse blowing dedusting
The function of system, is applied it on Road cleaning vehicle for taking-up undesirable matter, forms the urban road vacuum sweeper for realizing brand-new function.Above-mentioned city road
Road vacuum sweeper, pick-up performance is notable, and cost is cheap, and energy consumption is low, energy-conserving and environment-protective.Above-mentioned urban road vacuum sweeper work gait of march
Greatly improve, be adapted to highway, urban road sharp work.
The numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides have such as lower section
The technical advantage in face：
First, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, its structure
Design is more reasonable；Wherein, numerical control impulse blowing dust pelletizing system mainly includes sack cleaner, sub-cylinder, airborne dust cover, blast pipe
Road, air draft pipe, impulse jet nozzle, impulse valve, high pressure positive blower, air exhauster, numer centre etc.；The specific knot of said apparatus simultaneously
Structure also all has an original design, and annexation between concrete structure and position relationship have rational layout designs；
Therefore the numerical control impulse blowing dust pelletizing system that the utility model embodiment provides, its technical construction is more reasonable, and function more adds
Kind, practicality is also stronger.
2nd, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, use arteries and veins
Purging technology is rushed, by the dust granules of body surface by high voltage pulse wind rapid purging, dust granules is departed from body surface；
Because pulse gas is in ripple Secondary Shocks, particle is kicked up, is distributed in airborne dust cover space, it is easy to extracted out by blower fan.Pulse needs
High-pressure blast is wanted, air quantity is smaller, and blower fan effect is smaller；Induced draft fans suction out airborne dust cover endoparticle thing, it is not necessary to very big pressure difference
And air quantity, power of fan are smaller.Upper 2 the utility model embodiments Fan Equipment power is smaller eventually, and energy consumption is greatly reduced.It is existing
Have in order to increase the pressure difference inside dust catcher between environment, it is necessary to increase the power of blower of cleaner during dust catcher work, but
The energy consumption of dust catcher is also increased while increasing power of fan.
3rd, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, are not utilized
Pressure difference forms high velocity air and kicks up dust to disturb, thus it is not strict to the clearance requirement between airborne dust cover and body surface, no
It can cause smaller by the air quantity of dirt catcher because gap is too small, dust soakage deficiency, dust collection efficiency is low；Also will not gap
Too big, pressure difference is small, and wind speed is small, and disturbance kicks up that dust effect is poor, and dust collection efficiency is low.
4th, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, its airborne dust
Cover inside and outside differential pressure very little, airborne dust cover do not need pressure-bearing hardware structure, and airborne dust cover can be soft body structure, collision is not afraid of, to object table
Surface evenness does not limit strictly.
5th, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, its pulse
Airborne dust efficiency high is cleaned, operating efficiency is high, and gait of march is fast, purifies air significant effect.
6th, the numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper that the utility model embodiment provides, its system
Interior air-flow sealing and circulating, vent the air overboard, does not discharge without secondary pollution, has been truly realized energy-conserving and environment-protective.
Many significant technical advantages, numerical control impulse blowing dust pelletizing system provided by the utility model and city based on more than
Road cleaning vehicle for taking-up undesirable matter, good market prospects and economic benefit will be brought.
Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should
Understand：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole
Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly
The scope of each embodiment technical scheme of type.
Claims (10)
1. a kind of numerical control impulse blowing dust pelletizing system, it is characterised in that including sack cleaner, sub-cylinder, airborne dust cover and exhaust
Pipeline, air draft pipe；
The sack cleaner, the sub-cylinder, the airborne dust cover are made up of the discharge duct and the air draft pipe and followed
Loop system；
The air outlet of the sack cleaner connects with one end of the discharge duct, the other end of the discharge duct with it is described
Sub-cylinder connects；The sub-cylinder connects with the air inlet of the airborne dust cover；The exhaust outlet of the airborne dust cover and the exhaust column
One end connection in road, and the other end of the air draft pipe connects with the entering-dust mouth of the sack cleaner；
The sub-cylinder includes cylinder body and several impulse jet nozzles connected with the cylinder body；Several described impulse jet nozzle difference
Connected with the air inlet of the airborne dust cover；And each impulse jet nozzle is provided with impulse valve；
High pressure positive blower is additionally provided with the discharge duct；Air exhauster is additionally provided with the air draft pipe.
2. numerical control impulse blowing dust pelletizing system as claimed in claim 1, it is characterised in that
The numerical control impulse blowing dust pelletizing system also includes numer centre and supply unit；In the supply unit and the numerical control
Electrocardio connects, and the numer centre also electrically connects with the impulse valve respectively.
3. numerical control impulse blowing dust pelletizing system as claimed in claim 1, it is characterised in that
The sack cleaner includes housing, cloth bag, laying dust room and sewage draining exit；The cloth bag, the laying dust room and the blowdown
Mouth is arranged in order from top to bottom to be arranged in the housing；
The entering-dust mouth of the sack cleaner is located in the housing sidewall and corresponding with the cloth bag position；The cloth bag removes
The air outlet of dirt device is located at the top of the housing, and the sewage draining exit is located at the bottom of the housing.
4. numerical control impulse blowing dust pelletizing system as claimed in claim 3, it is characterised in that
The middle part cylinder-like structure of the housing, and be cone shape at the top and bottom of the housing.
5. numerical control impulse blowing dust pelletizing system as claimed in claim 3, it is characterised in that
The cloth bag is folded into S-shaped shape, and installed in the middle position of the housing.
6. numerical control impulse blowing dust pelletizing system as claimed in claim 1, it is characterised in that
The top of the airborne dust cover connects with impulse jet nozzle several described respectively, and the bottom of the airborne dust cover is towards cleaned object
Body surface face；Horizontal direction of several described impulse jet nozzles along the airborne dust cover sequentially arranges successively from one end to the other end.
7. numerical control impulse blowing dust pelletizing system as claimed in claim 2, it is characterised in that
The numer centre is used to control several institutes that the horizontal direction of the airborne dust cover is set from one end to the other end successively
Impulse valve is stated, in from left to right or from right-to-left ripple time release pulse gas.
8. numerical control impulse blowing dust pelletizing system as claimed in claim 1, it is characterised in that
The impulse jet nozzle on the sub-cylinder is specially three groups, and the impulse valve corresponds to three；Each arteries and veins
Impulse jet nozzle described in valve and one group is rushed to correspond.
9. numerical control impulse blowing dust pelletizing system as claimed in claim 3, it is characterised in that
Dedusting component is additionally provided with the housing, and the dedusting component is the airstrainer that multilayer is layered on top of each other；It is described
Airstrainer is specially active carbon air filtration members, nanometer airstrainer or HEPA efficient filters.
A kind of 10. urban road vacuum sweeper, it is characterised in that including vehicle body and be arranged on the vehicle body as
Numerical control impulse blowing dust pelletizing system described in claim any one of 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720889570.XU CN206934953U (en) | 2017-07-21 | 2017-07-21 | Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720889570.XU CN206934953U (en) | 2017-07-21 | 2017-07-21 | Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper |
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| Publication Number | Publication Date |
|---|---|
| CN206934953U true CN206934953U (en) | 2018-01-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720889570.XU Expired - Fee Related CN206934953U (en) | 2017-07-21 | 2017-07-21 | Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107190690A (en) * | 2017-07-21 | 2017-09-22 | 内蒙古圣燚环保科技有限公司 | Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper |
-
2017
- 2017-07-21 CN CN201720889570.XU patent/CN206934953U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107190690A (en) * | 2017-07-21 | 2017-09-22 | 内蒙古圣燚环保科技有限公司 | Numerical control impulse blowing dust pelletizing system and urban road vacuum sweeper |
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