CN109763406A - Environment-friendly type asphalt-regenerating material feeding structure - Google Patents
Environment-friendly type asphalt-regenerating material feeding structure Download PDFInfo
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- CN109763406A CN109763406A CN201910033404.3A CN201910033404A CN109763406A CN 109763406 A CN109763406 A CN 109763406A CN 201910033404 A CN201910033404 A CN 201910033404A CN 109763406 A CN109763406 A CN 109763406A
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- asphalt
- slideway
- regenerating material
- feeding cylinder
- sleeve
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- 239000000463 material Substances 0.000 title claims abstract description 97
- 239000000428 dust Substances 0.000 claims abstract description 26
- 238000004519 manufacturing process Methods 0.000 claims abstract description 16
- 239000011148 porous material Substances 0.000 claims abstract description 15
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 45
- 238000013019 agitation Methods 0.000 claims description 17
- 239000007921 spray Substances 0.000 claims description 14
- 238000005520 cutting process Methods 0.000 claims description 10
- 238000002156 mixing Methods 0.000 claims description 10
- 238000010438 heat treatment Methods 0.000 claims description 7
- 230000008929 regeneration Effects 0.000 claims description 5
- 238000011069 regeneration method Methods 0.000 claims description 5
- 238000004140 cleaning Methods 0.000 claims description 4
- 230000005484 gravity Effects 0.000 claims description 3
- 239000003595 mist Substances 0.000 claims description 3
- 239000002245 particle Substances 0.000 claims description 3
- 239000013618 particulate matter Substances 0.000 claims description 3
- 239000000843 powder Substances 0.000 claims description 3
- 238000005096 rolling process Methods 0.000 claims description 3
- 238000012216 screening Methods 0.000 claims description 3
- 238000007599 discharging Methods 0.000 claims description 2
- 238000003756 stirring Methods 0.000 claims description 2
- 230000005540 biological transmission Effects 0.000 claims 1
- 230000005611 electricity Effects 0.000 claims 1
- 238000012545 processing Methods 0.000 abstract description 6
- 238000000034 method Methods 0.000 abstract description 5
- 239000002689 soil Substances 0.000 abstract description 5
- 238000005516 engineering process Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 3
- 239000000203 mixture Substances 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 239000002994 raw material Substances 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 239000010426 asphalt Substances 0.000 description 1
- 239000003795 chemical substances by application Substances 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 230000009191 jumping Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000001172 regenerating effect Effects 0.000 description 1
- 210000000515 tooth Anatomy 0.000 description 1
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Abstract
Environment-friendly type asphalt-regenerating material feeding structure, the present invention relates to asphalt-regenerating material production equipment technology, the inner disk of feeding cylinder is equipped with slideway, the bottom of slideway is fixed with several No.1 vibrating motors, No.1 vibrating motor is connect with external power supply, the discharge port of lower end of hopper is set to the upside of slideway upper end, and the two sides of slideway are respectively and fixedly provided with protection wire net, and the bottom of slideway is equipped with several sieve pores；The outer wall of the left and right sides of feeding cylinder is respectively and fixedly provided with No. two vibrating motors, and No. two vibrating motors in left side are set to the downside of No. two vibrating motors on right side；The downside of slideway is equipped with splicing bucket, and knob is fixed on front side of splicing bucket, and splicing bucket is set in feeding cylinder；Slideway enables asphalt-regenerating material to slide down naturally, by vibration charging so that asphalt-regenerating material will not be adhered on feed hopper and slideway, improves the utilization rate of asphalt-regenerating material, accelerates charging rate；Dust soil can be shaken off in fill process, facilitate the subsequent processing of asphalt-regenerating material, improve production efficiency.
Description
Technical field
The present invention relates to asphalt-regenerating material production equipment technologies, and in particular to environment-friendly type asphalt-regenerating material charging knot
Structure.
Background technique
Asphalt-regenerating material production equipment can recycle old asphalt pavement mixture, by it is processed with regenerative agent,
New pitch newly gathers materials etc. and mixes and stirs into new mixture again by a certain percentage, re-lays to road surface, can save a large amount of drip
The raw material such as blueness, sandstone, while being conducive to handle waste material, protection environment.
The feeding structure of existing asphalt-regenerating material production equipment is too simple, and asphalt-regenerating material, which directly enters from barrel, to be set
Standby interior carry out regeneration treatment, asphalt-regenerating material easily adhere on the inner wall of barrel, cause the waste of asphalt-regenerating material, for a long time with
The conveying that will affect asphalt-regenerating material after excessive toward adherency, greatly reduces production efficiency, and can contain in asphalt-regenerating material
More or less dust is directly entered the subsequent processing that will affect asphalt-regenerating material after production equipment, reduces the drip produced
Green quality, it would be highly desirable to improve.
Summary of the invention
In view of the defects and deficiencies of the prior art, the present invention intends to provide a kind of structure is simple, design rationally, make
With convenient environment-friendly type asphalt-regenerating material feeding structure, slideway enables asphalt-regenerating material to slide down naturally, by vibrate into
Material improves the utilization rate of asphalt-regenerating material, accelerates charging so that asphalt-regenerating material will not be adhered on feed hopper and slideway
Speed；Dust soil can be shaken off in fill process, facilitate the subsequent processing of asphalt-regenerating material, improve production efficiency.
To achieve the above object, the technical solution adopted by the present invention is that: it include feeding cylinder, feed hopper, cutting agency, give
Expect mechanism, plugged on the upside of feeding cylinder and be fixed with feed hopper, cutting agency is equipped in feeding cylinder, and the right side of feeding cylinder is equipped with feeding
Mechanism；
The cutting agency includes slideway, No.1 vibrating motor, No. two vibrating motors, splicing buckets；The inner disk of feeding cylinder is set
There is slideway, the bottom of slideway is fixed with several No.1 vibrating motors, and No.1 vibrating motor is connect with external power supply, lower end of hopper
Discharge port be set to the upside of slideway upper end, the two sides of slideway are respectively and fixedly provided with protection wire net, and the bottom of slideway is equipped with several sieve pores；
The outer wall of the left and right sides of feeding cylinder is respectively and fixedly provided with No. two vibrating motors, and No. two vibrating motors in left side are set to No. two vibrations on right side
The downside of dynamic motor；The downside of slideway is equipped with splicing bucket, and knob is fixed on front side of splicing bucket, and splicing bucket is set in feeding cylinder,
And it is actively located in the opening of feeding cylinder；
The feeding mechanism includes sleeve, No. three vibrating motors, No.1 bearing block, screw agitation shaft, No.1 bevel gear, No. two
Bevel gear, motor, frame plate, No. two bearing blocks, passages；It is plugged on the right side of feeding cylinder and is fixed with sleeve, the left end of sleeve and cunning
The lower end in road connects, and is fixed with No. three vibrating motors on the upside of sleeve, No. three vibrating motors are connect with external power supply；In sleeve
Left side is fixed with No.1 bearing block, and interference is embedded and is screwed with screw agitation shaft, the outside of screw agitation shaft in No.1 bearing block
Equipped with helical mixing blade；After the tail end of screw agitation shaft passes through the right side wall of sleeve, set on the outside of sleeve, and interference is embedded
In in No.1 bevel gear, being engaged No. two bevel gears on the upside of No.1 bevel gear, No. two bevel gear interference are sheathed on motor
The outside of output shaft, motor are fixed on the downside of frame plate, and motor is connect with external power supply；Frame plate is fixed on outside the right side of feeding cylinder
On wall；The outside interference of screw agitation shaft right end is arranged with No. two bearing blocks, and No. two bearing blocks are fixed on the downside of frame plate, and No. two
Bearing block is set to the left side of motor；Bottom on the right side of sleeve is equipped with discharge port, is fixed with No.1 sieve in discharge port, discharge port
Downside is equipped with passage, and passage is fixed on the downside of sleeve, and passage is connect with external asphalt-regenerating material production equipment.
Further, it is respectively and fixedly provided with snap-gauge on four side inner walls of the splicing bucket, No. two sieves is provided on snap-gauge, it is right
The dust fallen is filtered screening, and particulate matter can be intercepted on No. two sieves by No. two sieves, and powder object can be from No. two sieves
Sieve pore in fall into splicing bucket.
Further, it is fixed with scraper plate on the helical mixing blade, the asphalt-regenerating material in sleeve can be swept, made
Asphalt-regenerating material is obtained to transmit along helical mixing blade.
Further, number row's pawl is fixed on the slideway, the pawl of adjacent two rows is dislocated setting, and sieve pore is set
Between two neighboring pawl, after asphalt-regenerating material is collided with by pawl during the fall, small bounce will do it,
So that the dust of asphalt-regenerating material surface adhesion is shaken off as early as possible.
Further, heating chamber is equipped in the shell of the feeding cylinder, is arranged with heater strip in heating chamber, heater strip with
External power supply connection preheats asphalt-regenerating material during asphalt-regenerating material slides.
Further, the outside of the feeding cylinder is equipped with water tank, is screwed with tank lid on the upside of water tank, is equipped in water tank
Water pump, water pump are connect with external power supply, and the water outlet of water pump is connected with water pipe, after water pipe passes through water tank, set on the outside of water tank,
And several jet pipes are divided into, jet pipe is inserted in the shell of feeding cylinder, and the end of jet pipe is connected with spray head, and spray head is set to feeding cylinder
It is interior, after dust is shaken off from asphalt-regenerating material, there is part that can swim in feeding cylinder, water can spray water mist after spray head, to dirt
Soil carries out atomized dust settling.
Further, air blower is fixed on the upside of the feeding cylinder, the air outlet of air blower is connected with air hose, air hose
It after the roof of feeding cylinder, is set in feeding cylinder, air hose is set to the upside of slideway upper end, the inclined direction and cunning of air hose lower end
The inclined direction in road is the same.
The working principle of the invention: external power supply is connected, asphalt-regenerating material is fallen on slideway from feed hopper, because of gravity and cunning
The reason of road tilts, so that asphalt-regenerating material actively slides down, feeding cylinder is vibrated by No. two vibrating motor drives, sliding
Road is vibrated by the drive of No.1 vibrating motor, so that asphalt-regenerating material is accelerated to slide；It slides during rolling, pitch is again
The small particles such as the dust that raw material carry can be fallen in splicing bucket out of sieve pore, and splicing bucket passes through knob from feeding cylinder after filling
Opening pulls out, and is re-injected into splicing bucket after cleaning；After asphalt-regenerating material landing is rolled to the tail end of slideway, into sleeve
Interior, motor drives No. two bevel gear rotations, and No. two bevel gears drive the rotation of No.1 bevel gear, and No.1 bevel gear drives auger
Axis rotation, asphalt-regenerating material is transmitted to the right end of sleeve by helical mixing blade from the left end of sleeve, then falls into from discharge port
In passage, external asphalt-regenerating material production equipment is finally entered from passage, carries out regeneration treatment.
After adopting the above structure, the invention has the following beneficial effects:
1, slideway enables asphalt-regenerating material to slide down naturally, by vibration charging so that asphalt-regenerating material will not be adhered into
On hopper and slideway, the utilization rate of asphalt-regenerating material is improved, charging rate is accelerated；
2, dust soil can be shaken off in fill process, facilitate the subsequent processing of asphalt-regenerating material, improve production efficiency.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is the cross-sectional view of Fig. 1.
Fig. 4 is the schematic diagram of middle slideway of the present invention.
Fig. 5 is the cross-sectional view of screw agitation shaft in the present invention.
Fig. 6 is the structural schematic diagram of embodiment two.
Description of symbols:
Feeding cylinder 1, opening 1-1, feed hopper 2, cutting agency 3, slideway 3-1, sieve pore 3-1-1, protection wire net 3-1-2, No.1 vibration
Dynamic motor 3-2, No. two vibrating motor 3-3, splicing bucket 3-4, knob 3-4-1, feeding mechanism 4, sleeve 4-1, discharge port 4-1-1,
No. three vibrating motor 4-2, No.1 bearing block 4-3, screw agitation shaft 4-4, helical mixing blade 4-4-1, No.1 bevel gear 4-5,
No. two bevel gear 4-6, motor 4-7, frame plate 4-8, No. two bearing block 4-9, No.1 sieve 4-10, passage 4-11, snap-gauge 5, two
Number sieve 6, scraper plate 7, pawl 8, heating chamber 9, heater strip 10, water tank 11, tank lid 11-1, water pump 12, water pipe 13, jet pipe 13-
1, spray head 14, air blower 15, air hose 16.
Specific embodiment
The present invention will be further described below with reference to the drawings.
Referring to as shown in Figures 1 to 6, present embodiment the technical solution adopted is that: it includes feeding cylinder 1(length
For 400mm, width 400mm, be highly 800mm), feed hopper 2, cutting agency 3, feeding mechanism 4, the upside of feeding cylinder 1 is inserted
And if be welded with feed hopper 2, cutting agency 3 is equipped in feeding cylinder 1, the right side of feeding cylinder 1 is equipped with feeding mechanism 4；
The cutting agency 3 includes slideway 3-1, No.1 vibrating motor 3-2, No. two vibrating motor 3-3, splicing bucket 3-4(length
For 320mm, width 320mm, be highly 200mm), No.1 vibrating motor 3-2, No. two vibrating motor 3-3 are MVE500/3
Type vibrating motor；The inner disk of feeding cylinder 1 sets and is welded with slideway 3-1, and the bottom of slideway 3-1 has been screwed three
A No.1 vibrating motor 3-2, No.1 vibrating motor 3-2 are connect with external power supply, and the discharge port of 2 lower end of feed hopper is set to slideway 3-
The upside of 1 upper end, the two sides of slideway 3-1 are welded with protection wire net 3-1-2, prevent asphalt-regenerating material from jumping out slideway 3-1,
The bottom of slideway 3-1 facilitates dust to fall from sieve pore 3-13-1 integrally formed with several sieve pore 3-1-1；The left and right two of feeding cylinder 1
The outer wall of side has been screwed No. two vibrating motor 3-3, and No. two vibrating motor 3-3 in left side are set to No. two vibrations on right side
The downside of dynamic motor 3-3, so that entire feeding cylinder 1 can realize vibration；The downside of slideway 3-1 is equipped with splicing bucket 3-4, splicing bucket
Knob 3-4-1 is welded on front side of 3-4, splicing bucket 3-4 is set in feeding cylinder 1, and is actively located in the opening of feeding cylinder 1
Dust in 1-1, in easy cleaning splicing bucket 3-4；
The feeding mechanism 4 is 200mm, length 300mm), No. three vibrating motor 4-2, No.1s comprising sleeve 4-1(diameter
Bearing block 4-3, screw agitation shaft 4-4, No.1 bevel gear 4-5, No. two bevel gear 4-6, motor 4-7, frame plate 4-8(length are
400mm, width 250mm, be highly 20mm), No. two bearing block 4-9, passage 4-11, No. three vibrating motor 4-2 be
MVE500/3 type vibrating motor, motor 4-7 are YS-70KTYZ type rotating electric machine；The right side of feeding cylinder 1 plugs and is welded with
The left end of sleeve 4-1, sleeve 4-1 and the lower end of slideway 3-1 have been screwed on the upside of sleeve 4-1 by being welded to connect
No. three vibrating motor 4-2, No. three vibrating motor 4-2 are connect with external power supply, and band moving sleeve 4-1 vibrates, and facilitate asphalt-regenerating material
It is fallen into passage 4-11 from discharge port 4-1-1；Left side in sleeve 4-1 has been screwed No.1 bearing block 4-3, No.1
Interference is embedded and is screwed with screw agitation shaft 4-4 in bearing block 4-3, and the outside of screw agitation shaft 4-4 is stirred integrally formed with spiral
Mix blade 4-4-1；The tail end of screw agitation shaft 4-4 is after the right side wall of sleeve 4-1, set on the outside of sleeve 4-1, and interference
It is embedded in No.1 bevel gear 4-5, No. two bevel gears 4-6, No. two bevel gear 4- has been engaged on the upside of No.1 bevel gear 4-5
6 interference are sheathed on the outside of motor 4-7 output shaft, and motor 4-7 is screwed in the downside of frame plate 4-8, motor 4-7 and outer
The connection of portion's power supply；Frame plate 4-8 is fixedly welded in the outer right wall of feeding cylinder 1；The outside interference set of screw agitation shaft 4-4 right end
Equipped with No. two bearing block 4-9, No. two bearing block 4-9 are screwed in the downside of frame plate 4-8, and No. two bearing block 4-9 are set to
The left side of motor 4-7；Bottom on the right side of sleeve 4-1 is welded with integrally formed with discharge port 4-1-1 in discharge port 4-1-1
The downside of No.1 sieve 4-10, discharge port 4-1-1 are equipped with passage 4-11, and passage 4-11 is fixedly welded under sleeve 4-1
Side, passage 4-11 are connect with external asphalt-regenerating material production equipment.
Further, it is 25mm, width that snap-gauge 5(length is welded on the four side inner walls of the splicing bucket 3-4
For 25mm, be highly 20mm), be provided with No. two sieves 6 on snap-gauge 5, screening be filtered to the dust fallen, particulate matter can quilt
No. two sieves 6 intercept on No. two sieves 6, and powder object can be fallen into splicing bucket 3-4 from the sieve pore of No. two sieves 6.
Further, it is welded with scraper plate 7 on the helical mixing blade 4-4-1, can swept in sleeve 4-1
Asphalt-regenerating material prevents some asphalt-regenerating materials to be adhered to set so that asphalt-regenerating material is transmitted along helical mixing blade 4-4-1
On cylinder 4-1 inner wall.
Further, number row's pawl 8 is welded on the slideway 3-1, the pawl 8 of adjacent two rows, which is dislocated, to be set
Set, sieve pore 3-1-1 is set between two neighboring pawl 8, asphalt-regenerating material during the fall by after the colliding with of pawl 8,
It will do it small bounce, so that the dust of asphalt-regenerating material surface adhesion is shaken off as early as possible.
Further, integrally formed with heating chamber 9 in the shell of the feeding cylinder 1, heater strip is arranged in heating chamber 9
10, heater strip 10 is connect with external power supply, during asphalt-regenerating material slides, is preheated to asphalt-regenerating material, convenient
Subsequent regeneration treatment.
Further, the outside of the feeding cylinder 1 is equipped with water tank 11, and the upside of water tank 11 is screwed with water tank by screw thread
11-1 is covered, water pump 12 is equipped in water tank 11, water pump 12 is iyg32-300 type water pump, and water pump 12 is connect with external power supply, water pump 12
Water outlet water pipe 13 is connected with by connector, after water pipe 13 passes through water tank 11, connect set on the outside of water tank 11, and by multi-pass
Head is divided into two jet pipe 13-1, and jet pipe 13-1 is screwed on by connector and is inserted in the shell of feeding cylinder 1, the end of jet pipe 13-1
Head is connected with spray head 14 by connector, and spray head 14 is set in feeding cylinder 1, after dust is shaken off from asphalt-regenerating material, there is part meeting
It swims in feeding cylinder 1, water can spray water mist after spray head 14, carry out atomized dust settling to dust.
The working principle of this specific embodiment:: external power supply is connected, asphalt-regenerating material falls into slideway 3-1 from feed hopper 2
On, the reason of inclination because of gravity and slideway 3-1, so that asphalt-regenerating material actively slides down, feeding cylinder 1 is electric by No. two vibrations
Machine 3-3 drive is vibrated, and slideway 3-1 is vibrated by No.1 vibrating motor 3-2 drive, so that asphalt-regenerating material is accelerated to slide
It falls；It slides during rolling, the small particles such as dust that asphalt-regenerating material carries can fall on splicing bucket 3- out of sieve pore 3-1-1
In 4, splicing bucket 3-4 is pulled out by knob 3-4-1 from the opening 1-1 of feeding cylinder 1 after filling, and is re-injected into splicing bucket after cleaning
In 3-4；After asphalt-regenerating material landing is rolled to the tail end of slideway 3-1, into sleeve 4-1, motor 4-7 drives No. two umbrella tooths
4-6 rotation is taken turns, No. two bevel gear 4-6 drive No.1 bevel gear 4-5 rotation, and No.1 bevel gear 4-5 drives screw agitation shaft 4-4 rotation
Turn, asphalt-regenerating material is transmitted to the right end of sleeve 4-1 by helical mixing blade 4-4-1 from the left end of sleeve 4-1, then from discharging
Mouth 4-1-1 is fallen into passage 4-11, and external asphalt-regenerating material production equipment is finally entered from passage 4-11, is regenerated
Processing.
Embodiment one:
In the present embodiment, the upside of feeding cylinder 1 has been screwed air blower 15, and air blower 15 is Y5-47 type air blower, drum
The air outlet of blower 15 is connected with air hose 16 by connector, and air hose 16 is corrugated flexible hose, and air hose 16 passes through the roof of feeding cylinder 1
Afterwards, it is set in feeding cylinder 1, air hose 16 is set to the upside of the upper end slideway 3-1, and the inclined direction of 16 lower end of air hose is with slideway 3-1's
Inclined direction is the same, and asphalt-regenerating material after the wind of air blower 15 passes through air hose 16, blows to asphalt-regenerating material during downslide,
So that asphalt-regenerating material accelerates gliding speed.
Embodiment two:
In the present embodiment, the upside of feeding cylinder 1 has been screwed air blower 15, and air blower 15 is Y5-47 type air blower, drum
The air outlet of blower 15 is connected with air hose 16 by connector, and air hose 16 is corrugated flexible hose, and air hose 16 passes through the roof of feeding cylinder 1
Afterwards, it is set in feeding cylinder 1, air hose 16 is set to the upside of the upper end slideway 3-1, splicing bucket 3-4 is taken out, by manually will be under air hose 16
The air outlet at end is oppositely arranged with slideway 3-1, and asphalt-regenerating material is during downslide, after the wind of air blower 15 passes through air hose 16,
Asphalt-regenerating material is blowed to, the dust of asphalt-regenerating material surface adhesion or dust can be blown off.
After adopting the above structure, present embodiment has the beneficial effect that
1, slideway 3-1 enables asphalt-regenerating material to slide down naturally, passes through No.1 vibrating motor 3-2 and No. two vibrating motor 3-
3 be adhered to asphalt-regenerating material will not on feed hopper 2 and slideway 3-1, improve the utilization rate of asphalt-regenerating material, accelerate into
Expect speed；
2, dust soil can be shaken off by No.1 vibrating motor 3-2 and No. two vibrating motor 3-3 in fill process, dust can be from sieve
Hole 3-1-1 is fallen, and is facilitated the subsequent processing of asphalt-regenerating material, is improved production efficiency.
The above is only used to illustrate the technical scheme of the present invention and not to limit it, and those of ordinary skill in the art are to this hair
The other modifications or equivalent replacement that bright technical solution is made, as long as it does not depart from the spirit and scope of the technical scheme of the present invention,
It is intended to be within the scope of the claims of the invention.
Claims (8)
1. environment-friendly type asphalt-regenerating material feeding structure, it is characterised in that: it includes feeding cylinder (1), feed hopper (2), cutting agency
(3), feeding mechanism (4) plug on the upside of feeding cylinder (1) and are fixed with feed hopper (2), and cutting agency is equipped in feeding cylinder (1)
(3), the right side of feeding cylinder (1) is equipped with feeding mechanism (4)；
The cutting agency (3) includes slideway (3-1), No.1 vibrating motor (3-2), No. two vibrating motors (3-3), splicing buckets
(3-4)；The inner disk of feeding cylinder (1) is equipped with slideway (3-1), and the bottom of slideway (3-1) is fixed with several No.1 vibrating motor (3-
2), No.1 vibrating motor (3-2) is connect with external power supply, and the discharge port of feed hopper (2) lower end is set to the upper of the upper end slideway (3-1)
Side, the two sides of slideway (3-1) are respectively and fixedly provided with protection wire net (3-1-2), and the bottom of slideway (3-1) is equipped with several sieve pores (3-1-1)；
The outer wall of the left and right sides of feeding cylinder (1) is respectively and fixedly provided with No. two vibrating motors (3-3), and No. two vibrating motors (3-3) in left side set
In the downside of No. two vibrating motors (3-3) on right side；The downside of slideway (3-1) is equipped with splicing bucket (3-4), splicing bucket (3-4)
Front side is fixed with knob (3-4-1), and splicing bucket (3-4) is set in feeding cylinder (1), and is actively located in the opening of feeding cylinder (1)
In (1-1)；
The feeding mechanism (4) includes sleeve (4-1), No. three vibrating motors (4-2), No.1 bearing block (4-3), auger
Axis (4-4), No.1 bevel gear (4-5), No. two bevel gears (4-6), motor (4-7), frame plate (4-8), No. two bearing blocks (4-9),
Passage (4-11)；It plugs and is fixed with sleeve (4-1) on the right side of feeding cylinder (1), left end and slideway (3-1) of sleeve (4-1)
Lower end connects, and No. three vibrating motors (4-2) are fixed on the upside of sleeve (4-1), and No. three vibrating motors (4-2) and external power supply connect
It connects；Left side in sleeve (4-1) is fixed with No.1 bearing block (4-3), and No.1 bearing block (4-3) interior interference is embedded and is screwed with spiral shell
It revolves agitating shaft (4-4), the outside of screw agitation shaft (4-4) is equipped with helical mixing blade (4-4-1)；Screw agitation shaft (4-4)
Tail end is set to the outside of sleeve (4-1) after the right side wall of sleeve (4-1), and interference is embedded at No.1 bevel gear (4-5)
It is interior, No. two bevel gears (4-6) are engaged on the upside of No.1 bevel gear (4-5), No. two bevel gear (4-6) interference are sheathed on electricity
The outside of machine (4-7) output shaft, motor (4-7) are fixed on the downside of frame plate (4-8), and motor (4-7) is connect with external power supply；Frame
Plate (4-8) is fixed in the outer right wall of feeding cylinder (1)；The outside interference of screw agitation shaft (4-4) right end is arranged with No. two axis
It holds seat (4-9), No. two bearing blocks (4-9) are fixed on the downside of frame plate (4-8), and No. two bearing blocks (4-9) are set on motor (4-7)
Left side；Bottom on the right side of sleeve (4-1) is equipped with discharge port (4-1-1), is fixed with No.1 sieve (4- in discharge port (4-1-1)
10), the downside of discharge port (4-1-1) is equipped with passage (4-11), and passage (4-11) is fixed on the downside of sleeve (4-1), leads
Expects pipe (4-11) is connect with external asphalt-regenerating material production equipment.
2. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the splicing bucket (3-
4) it is respectively and fixedly provided with snap-gauge (5) on four side inner walls, No. two sieves (6) is provided on snap-gauge (5), the dust fallen is filtered
Screening, particulate matter can be intercepted on No. two sieves (6) by No. two sieves (6), and powder object can fall from the sieve pore of No. two sieves (6)
Enter in splicing bucket (3-4).
3. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the auger leaf
It is fixed with scraper plate (7) on piece (4-4-1), the asphalt-regenerating material in sleeve (4-1) can be swept, so that asphalt-regenerating material is along spiral shell
Revolve stirring blade (4-4-1) transmission.
4. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the slideway (3-1)
On be fixed with number row pawl (8), the pawl (8) of adjacent two rows is dislocated setting, sieve pore (3-1-1) set on it is two neighboring
Between tooth (8), after asphalt-regenerating material is collided with by pawl (8) during the fall, small bounce will do it, so that pitch
The dust of reworked material surface adhesion is shaken off as early as possible.
5. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the feeding cylinder (1)
Shell in be equipped with heating chamber (9), is arranged with heater strip (10) in heating chamber (9), heater strip (10) is connect with external power supply,
During asphalt-regenerating material slides, asphalt-regenerating material is preheated.
6. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the feeding cylinder (1)
Outside be equipped with water tank (11), be screwed with tank lid (11-1) on the upside of water tank (11), be equipped with water pump (12) in water tank (11), water
Pump (12) is connect with external power supply, and the water outlet of water pump (12) is connected with water pipe (13), after water pipe (13) passes through water tank (11), if
In the outside of water tank (11), and it is divided into several jet pipes (13-1), jet pipe (13-1) is inserted in the shell of feeding cylinder (1), spray
The end of pipe (13-1) is connected with spray head (14), and spray head (14) is set in feeding cylinder (1), and dust is shaken off from asphalt-regenerating material
Afterwards, there is part that can swim in feeding cylinder (1), water can spray water mist after spray head (14), carry out atomized dust settling to dust.
7. environment-friendly type asphalt-regenerating material feeding structure according to claim 1, it is characterised in that: the feeding cylinder (1)
Upside be fixed with air blower (15), the air outlet of air blower (15) is connected with air hose (16), air hose (16) pass through feeding cylinder (1)
Roof after, be set to feeding cylinder (1) in, air hose (16) be set to the upper end slideway (3-1) upside, the inclination side of air hose (16) lower end
To as the inclined direction of slideway (3-1), for asphalt-regenerating material during downslide, the wind of air blower (15) passes through air hose (16)
Afterwards, asphalt-regenerating material is blowed to, so that asphalt-regenerating material accelerates gliding speed.
8. environment-friendly type asphalt-regenerating material feeding structure, it is characterised in that: its working principle: connecting external power supply, pitch regeneration
The reason of material is fallen on slideway (3-1) from feed hopper (2), is tilted because of gravity and slideway (3-1), so that asphalt-regenerating material is actively past
Lower landing, feeding cylinder (1) is driven by No. two vibrating motors (3-3) to be vibrated, and slideway (3-1) passes through No.1 vibrating motor
(3-2) drive is vibrated, so that asphalt-regenerating material is accelerated to slide；It slides during rolling, the ash that asphalt-regenerating material carries
The small particles such as dirt can be fallen in splicing bucket (3-4) out of sieve pore (3-1-1), and splicing bucket (3-4) passes through knob (3-4- after filling
1) it pulls out, is re-injected into after cleaning in splicing bucket (3-4) from the opening (1-1) of feeding cylinder (1)；It slides and rolls to asphalt-regenerating material
Interior into sleeve (4-1) after the tail end for moving slideway (3-1), motor (4-7) drives No. two bevel gears (4-6) rotations, No. two umbrellas
Gear (4-6) drives No.1 bevel gear (4-5) rotation, and No.1 bevel gear (4-5) drives screw agitation shaft (4-4) rotation, pitch
Reworked material is transmitted to the right end of sleeve (4-1) by helical mixing blade (4-4-1) from the left end of sleeve (4-1), then from discharging
Mouth (4-1-1) is fallen into passage (4-11), finally the asphalt-regenerating material production equipment from passage (4-11) outside, into
Row regeneration treatment.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910033404.3A CN109763406B (en) | 2019-01-14 | 2019-01-14 | Environment-friendly asphalt reclaimed material feeding structure |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910033404.3A CN109763406B (en) | 2019-01-14 | 2019-01-14 | Environment-friendly asphalt reclaimed material feeding structure |
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| CN109763406B CN109763406B (en) | 2020-11-24 |
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| CN111074728A (en) * | 2019-12-13 | 2020-04-28 | 陈嘉宇 | Road asphalt laying device for municipal administration |
| CN112458830A (en) * | 2020-12-01 | 2021-03-09 | 浙江春天建设有限公司 | Grading method of cold-recycling mixture |
| CN114367519A (en) * | 2021-12-28 | 2022-04-19 | 江苏港顺新材料有限公司 | Device and method for recycling asphalt concrete from waste asphalt |
| CN114592442A (en) * | 2022-03-15 | 2022-06-07 | 黄河水利职业技术学院 | Quantitative filling device and method for repairing glue for road and bridge maintenance |
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| CN109763406B (en) | 2020-11-24 |
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