CN208604451U - A kind of production equipment of continous way action of forced stirring asphalt - Google Patents
A kind of production equipment of continous way action of forced stirring asphalt Download PDFInfo
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- CN208604451U CN208604451U CN201821227899.0U CN201821227899U CN208604451U CN 208604451 U CN208604451 U CN 208604451U CN 201821227899 U CN201821227899 U CN 201821227899U CN 208604451 U CN208604451 U CN 208604451U
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Abstract
A kind of production equipment of continous way action of forced stirring asphalt, including continuous stirring device, aggregate conveying device, reworked material transportation system, powder delivery system, asphalt delivery system, aggregate drying unit and reworked material drying unit, pass through continuous stirring device, aggregate conveying device, reworked material transportation system, powder delivery system, asphalt delivery system, mutual cooperation between aggregate drying unit and reworked material drying unit, aggregate may be implemented, powder, pitch and high proportion reworked material continuously add, guarantee asphalt finished product material quality, production efficiency is improved simultaneously and reduces equipment failure rate, save production cost.
Description
Technical field
The utility model belongs to asphalt production equipment field, and in particular to a kind of continous way action of forced stirring asphalt
Production equipment.
Background technique
Asphalt mixture heat regeneration technology is a kind of technology for being recycled waste asphalt mixture, waste asphalt
Mixture be sent into drying heating system carry out drying heat treatment after, then with a certain proportion of new pitch mixture carry out mix.
How much hot recycling equipment yield can design according to the requirement of the maximum adding proportion of waste asphalt mixture.Existing band heat
The asphalt mixing plant of regeneration function is generally divided into intermittent and continous way according to stirring technique point.Intermittent pitch is mixed
Close the technical process for expecting production equipment are as follows: each gradation sand material ingredient conveying, drying is heated, promoted, being sieved, hot aggregate is deposited
Storage, metering (aggregate measuring, powder metering, pitch metering), a mixing bowl stirring, finished product material；Intermittent drip with hot recycling function
The technical process of green mixture production equipment is the technical process in above-mentioned intermittent asphalt mixture production equipment
On the basis of according to reworked material adding proportion require increase reworked material ingredient conveying, promoted, drying heating, hot material storage, hot material
Measure, be delivered to a mixing bowl and new sand material, powder, new pitch etc. stir together, finished product material.Intermittent asphalt mixture stirring
The advantage of equipment is to guarantee that the precision of each gradating material is higher in metering process, stir it is more uniform, but there are still
Following disadvantage: 1, intermittent asphalt mixture production equipment due to need it is intermittent measured, blowing, again measure etc. it is cumbersome
Movement, by cycle influences, equipment yield is relatively low, and plant machinery failure rate is higher；2, existing intermittent pitch mixing
Mixture need to will be sieved back original by screening plant again after the rear drying heating admixed together of different gradation material by material production equipment
The various gradating materials having, not only increase equipment cost, and increase the failure rate of equipment, this repeats the mistake for being blended in separation
Journey also results in the waste of the energy；3, the mixture after heating can be led in the process of large volume of screening and the storage of hot storage silo
The temperature loss of pyrogenicity aggregate results in the waste of the energy to a certain extent；4, the batch type with hot recycling function is set
In standby, also need it is intermittent to hot recycling material measured, blowing, the frequent movement measured again, set by cyclic effects
Standby yield is lower, and herein in frequent cycle movement, since hot recycling material has certain adhesiveness, is easy to cause heat again
Raw material putty during storage, frequent metering of long period etc., influences equipment production and application, will lead to regeneration when serious
The problems such as equipment roller failure, shutdown.
In the prior art, continous way reclaimed asphalt mixture mixing plant is that primary material is passed through internal layer by two-layer cylinder
Roller enters outer layer roller after carrying out drying heating, and reworked material is added in outer layer roller simultaneously and carries out premixing together, finally
Former regenerating mixture is subjected to secondary agitation, such mode disadvantage together are as follows: 1, regeneration cold burden mixed with the new aggregate heated
Afterwards, for reworked material in temperature-rise period, reworked material surface asphalt adhesion is strong, causes outer layer roller to block, easily so as to cause rolling
Cylinder failure, eventually leading to equipment can not normally produce；2, when regeneration adding proportion is more demanding, the temperature of reworked material is in short-term
It is interior only final finished product material temperature to be made to reach requirement by mix with primary hot aggregate.
Utility model content
The shortcomings that the purpose of the utility model is to overcome the prior arts, providing one kind can be improved production efficiency, reduces equipment
A kind of production equipment of continous way action of forced stirring asphalt of failure rate.
The utility model adopts the following technical solution:
A kind of production equipment of continous way action of forced stirring asphalt, including continuous stirring device, aggregate conveying dress
It sets, reworked material transportation system, powder delivery system, asphalt delivery system, aggregate drying unit and reworked material drying unit, aggregate
Aggregate is delivered in aggregate drying unit and heats by conveying device；Reworked material transportation system includes cold renewal material conveying device
With hot recycling material conveying device, cold renewal material is sent into reworked material drying unit and is heated by cold renewal material conveying device, heat
Regeneration material conveying device send the hot recycling material after heating to be stirred into continuous stirring device；Powder delivery system is used for
Powder carry is stirred into continuous stirring device；Asphalt delivery system is used to fill asphalt delivery to continuous mixing
It sets and is stirred；Aggregate drying unit carries out heating and send the hot aggregate after heating to continuous mixing to fill to received aggregate
It is stirred in setting；Continuous stirring device is for receiving hot aggregate, hot recycling material, powder and pitch and being uniformly mixed.
Further, the hot recycling material conveying device includes temporary storing bin, hot recycling material transition scale, Bidirectional conveying device,
Temporary storing bin is used to store the hot recycling material after heating；Hot recycling material transition scale be arranged below temporary storing bin for receive and measure into
The hot recycling material entered；Bidirectional conveying device is arranged below hot recycling material transition scale, receives and convey hot recycling material, including first
Output end and second output terminal, the first output end are connect with continuous stirring device, further include regeneration a mixing bowl and regeneration addition
Agent transportation system, regenerated additive transportation system are connect with regeneration a mixing bowl, convey regenerated additive to continuous stirring device,
Regeneration a mixing bowl stirs hot recycling material with regenerated additive in advance, and the second end of input terminal and Bidirectional conveying device connects
It connects, output end is connect with continuous stirring device.
Further, the continuous stirring device includes the first blender and the second blender being sequentially connected in series, and first
Blender is for receiving hot aggregate, hot recycling material, powder and pitch and being uniformly mixed, and the second blender is for receiving first
Asphalt after blender stirring is stirred, and the finished product bin is connect with the output end of the second blender.
Further, the aggregate conveying device include aggregate bin, aggregate conveying assembly, the first aggregate charging belt machine,
Second aggregate charging belt machine, aggregate screening device, aggregate bin is for storing aggregate；Aggregate conveying assembly is arranged under aggregate bin
Side, measures and conveys aggregate to the first aggregate charging belt machine；First aggregate charging belt machine is arranged under aggregate conveying assembly
Side is for the aggregate after receiving metering；Second aggregate charging belt machine is inclined to set, and input terminal is arranged on the first aggregate
Expect below belt feeder, output end is connect with aggregate drying unit；Aggregate screening device is arranged in the first aggregate charging belt machine
Between output end and the second aggregate charging belt machine input terminal, for being sieved to aggregate.
Further, the cold renewal material conveying device is including in regeneration feed bin, cold renewal material conveying assembly, the first regeneration
Expect belt feeder, second regeneration charging belt machine, regeneration screening separator, regenerative material hoist, regeneration feed bin for store it is cold again
Raw material；The setting of cold renewal material conveying assembly measures below regeneration feed bin and conveys cold renewal material to the first regeneration charging belt
Machine；First regeneration charging belt machine is arranged in again below cold raw material conveyor component for receiving the cold renewal material after measuring；Second
Regeneration charging belt machine is inclined to set, and input terminal setting is below the first regeneration charging belt machine, for receiving cold renewal
Material；The output end of the first regeneration charging belt machine and the input terminal of the second regeneration charging belt machine is arranged in regeneration screening separator
Between, for being sieved to cold renewal material；Regenerative material hoist is connect with the output end of the second regeneration charging belt machine, will be cold
Reworked material is sent into reworked material drying unit and is heated.
Further, the reworked material drying unit includes reworked material drying roller, regenerates gas turbine liquid-fuel burner and feed box, then
The input terminal of drying raw meal roller is connect with the cold renewal material conveying device, is received and is heated reworked material；Regenerate gas turbine liquid-fuel burner
For to reworked material drying roller heat supply；Feed box setting is between reworked material drying roller and regeneration gas turbine liquid-fuel burner, output
End is connect with the hot recycling material conveying device, and the hot recycling material after heating is sent into hot recycling material conveying device.
Further, the aggregate material drying unit includes aggregate drying roller and aggregate burner, aggregate drying roller
Input terminal is connect with aggregate conveying device, receives and hot aggregates, aggregate burner are used for aggregate drying roller heat supply.
It further, further include exhaust gas processing device, the exhaust gas processing device includes exhaust air chamber, the first air return pipeline,
Second air return pipeline, the first air-introduced machine and the second air-introduced machine, exhaust air chamber is connect with reworked material drying unit input terminal, for collecting
Hot gas after reworked material drying unit use；First backwind tube is arranged between reworked material drying unit and exhaust air chamber；First draws
Blower is arranged on the first backwind tube, and the hot gas of exhaust air chamber is reintroduced back in reworked material drying unit；The setting of second backwind tube
Between exhaust air chamber and aggregate drying unit；Second air-introduced machine is arranged on the second backwind tube, and the hot gas of exhaust air chamber is introduced bone
Expect in drying unit.
Further, the powder delivery system includes that filler bin, powder transition scale and metering screw scale, filler bin are used for
Store powder；Powder transition scale is connect with filler bin, measures the powder weight of entrance；Metering screw scale is arranged in powder transition scale
Received down simultaneously measures powder into continuous stirring device.
From the above description of the utility model, it can be seen, compared with prior art, the utility model has the beneficial effects that originally
Device by continuous stirring device, aggregate conveying device, reworked material transportation system, powder delivery system, asphalt delivery system,
Mutual cooperation between aggregate drying unit and reworked material drying unit may be implemented aggregate, powder, pitch and regenerate at high proportion
The continuous addition of material, guarantees asphalt finished product material quality, while improving production efficiency and reducing equipment failure rate, saves production
Cost；Hot gas after exhaust gas processing device Collection utilization, and the hot gas of collection is reintroduced back to aggregate drying unit or reworked material
It is utilized in drying unit, realization maximally utilizes resource, reduces the waste of resource.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the process for using figure of the utility model；
Fig. 3 is the partial structural diagram one of the utility model；
Fig. 4 is the partial structural diagram two of the utility model；
Fig. 5 is the partial structural diagram three of the utility model；
1- aggregate conveying device, 2- aggregate drying unit, 3- reworked material transportation system, 4- reworked material drying unit, 5- connect
Continuous formula agitating device, 6- powder delivery system, 7- asphalt delivery system, 9- regeneration a mixing bowl, 10- regenerated additive storage silo,
20- regenerated additive conveying device, 30- finished bin, 40- dust-extraction unit, 11- aggregate bin, 12- conveying assembly, 121- aggregate collection
Expect belt feeder, 122- aggregate weighing belt, the first weighing sensor of 123-, 13- the first aggregate charging belt machine, the second aggregate of 14-
Charging belt machine, 15- aggregate screening device, the first threeway of 16- switching device, 21- aggregate drying roller, 22- aggregate burner,
23- aggregate elevator, 24- transitional storehouse, the second threeway of 25- switching device, 31- cold renewal material conveying device, 311- regeneration feed bin,
312- cold renewal material conveying assembly, 3121- reworked material gather materials belt feeder, 3122 reworked material weighing belts, 3123- second weighing pass
Sensor, 313- first regenerate charging belt machine, 314- regeneration screening separator, 315- second and regenerate charging belt machine, 316- again
Raw material elevator, 317- third threeway switching device, the 4th threeway switching device of 318-, 319- reworked material belt feeder, 32- heat are again
Raw material conveyor device, 321- temporary storing bin, 322- hot recycling material transition scale, the unidirectional scraping plate conveying device of 323-, the two-way conveying of 324-
Device, the first rotary plow feeder of 325-, 326- third weighing sensor, the 4th weighing sensor of 327-, the weighing of 328- the 5th pass
Sensor, the output of 3241- Bidirectional conveying device first, the output of 3242- Bidirectional conveying device second, 41- reworked material drying roller,
42- regenerates gas turbine liquid-fuel burner, 43- feed box, the first blender of 51-, the second blender of 52-, 61- filler bin, powder 62- transition
Scale, 63- metering screw scale, the second rotary plow feeder of 64-, the 6th weighing sensor of 65-, the 7th weighing sensor of 66-, 71- drip
Green storehouse, 72- bitumen feed pipe, 73- pitch discharge nozzle, the first bitumenpump of 74-, 75- pitch weigher, the second bitumenpump of 76-,
77- asphalt flow meter, 81- exhaust air chamber, the first backwind tube of 82-, the second backwind tube of 83-, the first air-introduced machine of 84-, the second air inducing of 85-
Machine, 201- additive feed pipe road, 202- additive discharge pipe, the first regeneration pump of 203-, the second regeneration pump of 204-, 205- are again
Raw additive transition scale, 206- additive flow meter.
Specific embodiment
Below by way of specific embodiment, the utility model will be further described.
Referring to figs. 1 to shown in Fig. 5, a kind of production equipment of continous way action of forced stirring asphalt, including aggregate are conveyed
Device 1, aggregate drying unit 2, reworked material transportation system 3, reworked material drying unit 4, continuous stirring device 5, finished bin 30,
Asphalt delivery system 7, powder delivery system 6 regenerate a mixing bowl 9, regenerated additive transportation system, exhaust gas processing device 8 and remove
Dirt device 40.
Aggregate conveying device 1 includes multiple aggregate bins 11, multiple aggregate conveying assemblies 12, the first aggregate charging belt machine
13, the second aggregate charging belt machine 14 and aggregate screening device 15, multiple aggregate bins 11 are respectively used to the bone of storage different gradation
Material；Multiple aggregate conveying assemblies 12 are corresponded with multiple aggregate bins 11 respectively, and aggregate conveying assembly 12 is arranged in aggregate bin 11
Lower section measures and conveys aggregate to the first aggregate charging belt machine 13, including the aggregate below 11 output end of aggregate bin is arranged in
Gather materials and belt feeder 121 and aggregate is set gathers materials for receiving and measuring the aggregate weighing belt 122 of aggregate below belt feeder 121,
The first weighing sensor 123 is provided on the aggregate weighing belt 122；The setting of first aggregate charging belt machine 13 is defeated in multiple aggregates
12 lower section of sending component, for receiving the aggregate after measuring；Second aggregate charging belt machine 14 is obliquely installed in height, is inputted
The lower section of the first aggregate charging belt machine 13 is arranged in end, and output end setting is located at eminence and connect with aggregate drying unit 2；Bone
Screening separator 15 is arranged between 14 input terminal of 13 output end of the first aggregate charging belt machine and the second aggregate charging belt machine,
For sieving to aggregate, mixed impurity in aggregate is separated, aggregate screening device 15 is normal in existing asphalt production technology
Screening plant, specific structure do not remake here and further repeat.
Aggregate drying unit 2 includes aggregate drying roller 21, aggregate burner 22, aggregate elevator 23 and transitional storehouse 24,
Aggregate drying roller 21 is in tilted layout in height, and input terminal is connect with the output end of the second aggregate charging belt machine 14, receives
And hot aggregates, specifically, the output end of the second aggregate charging belt machine 14 is dried by the first threeway switching device 16 with aggregate
The input terminal of dry drum 21 connects；The output end of aggregate drying roller 21 is arranged in aggregate burner 22, for drying to aggregate
21 heat supply of roller；Aggregate elevator 23 is connect with the output end of aggregate drying roller 21, and aggregate after heating is sent to continous way and is stirred
It mixes in device 5, specifically, connected between aggregate elevator 23 and aggregate drying roller 21 by the second threeway switching device 25,
Second threeway switching device 25 includes input terminal and two output ends, and an output end is connect with continuous stirring device 5, another
Output end is connect with transitional storehouse 24；Transitional storehouse 24 is for the hot aggregate after temporary heating.
Reworked material transportation system 3 includes cold renewal material conveying device 31 and hot recycling material conveying device 32, and cold renewal material is defeated
It send device 31 that will be delivered to cold renewal material in reworked material drying unit 4 to heat, hot recycling material drying unit 32 will heat
Hot recycling material afterwards is sent into continuous stirring device 5 and is stirred.
Cold renewal material conveying device 31 includes regeneration feed bin 311, the regeneration feeding skin of cold renewal material conveying assembly 312, first
Band machine 313, second regenerates charging belt machine 315, regeneration screening separator 314, regenerative material hoist 316, and regeneration feed bin 311 is set
Be equipped with it is multiple, for storing the reworked material of different second wives；Cold renewal material conveying assembly 312 be provided with it is multiple, with multiple reworked materials
Storehouse 311 corresponds, and the setting of cold renewal material conveying assembly 312 measures below regeneration feed bin 311 and conveys cold renewal material extremely
First regeneration charging belt machine 313, including be arranged in regeneration feed bin 311 below reworked material gather materials belt feeder 3121 and setting exist
Reworked material gathers materials below belt feeder 3121 for receiving and measuring the reworked material weighing belt 3122 of reworked material, the reworked material weighing belt
The second weighing sensor 3123 is provided on 3122；First regeneration charging belt machine 313 is arranged in cold renewal material conveying assembly
312 lower section, for receiving the cold renewal material after measuring；Second regeneration charging belt machine 315 is obliquely installed in height, is inputted
The lower section of the first regeneration 313 output end of charging belt machine is arranged in end, and output end is located at eminence；Regenerative material hoist 316 with
The output end of second regeneration charging belt machine 315 is connected by third threeway switching device 317, and the cold renewal material after metering is sent
Enter and is heated in reworked material drying unit 4；The setting of screening separator 314 is regenerated to export in the first regeneration charging belt machine 313
Between end and the second regeneration 315 input terminal of charging belt machine, for being sieved to cold renewal material, separate mixed in reworked material
Impurity, regeneration screening separator 314 are common screening plant in existing asphalt production technology, and specific structure does not remake here
Further repeat.
Hot recycling material conveying device 32 includes temporary storing bin 321, hot recycling material transition scale 322, unidirectional scraping plate conveying device
323, Bidirectional conveying device 324 and the first rotary plow feeder 325, temporary storing bin 321 are used to store the reworked material after heating, this is temporary
Third weighing sensor 326 is provided on storehouse 321, metering enters the hot recycling material weight of temporary storing bin 321；Hot recycling material transition
Scale 322 is arranged in below temporary storing bin 321 for receiving and measuring the hot recycling material of entrance, sets on the hot recycling material transition scale 322
It is equipped with the 4th weighing sensor 327；Unidirectional scraping plate conveying device 323 is arranged below hot recycling material transition scale 322, and being used for will be hot
Reworked material is delivered to Bidirectional conveying device 324；Bidirectional conveying device 324 includes the first output end 3241 and second output terminal
3242, the first output end 3241 is connect with continuous stirring device 5 ,-third weighing sensor second output terminal 3242 and regeneration
A mixing bowl 9 connects, and when reworked material needs to add regenerated additive, hot recycling material is gone out by Bidirectional conveying device second defeated 3242
End enters regeneration a mixing bowl 9 and is stirred in advance with regenerated additive, continuous stirring device is re-fed into, when reworked material does not need to add
When adding regenerated additive, 3241 ends are exported by Bidirectional conveying device first and are directly entered in continuous stirring device 5, this is two-way
The 5th weighing sensor 328 is provided in conveying device 324, specifically, Bidirectional conveying device 324 is using bidirectional scraper conveying dress
It sets；First rotary plow feeder 325 is arranged between 322 input terminal of 321 output end of temporary storing bin and hot recycling material transition scale.
Regenerated additive transportation system includes regenerated additive storage silo 10 and regenerated additive conveying device 20, and regeneration adds
Add agent storage silo 10 for storing regenerated additive.
Regeneration a mixing bowl 9 is provided with regenerated additive feed inlet, hot recycling material inlet port and outlet port, discharge port and continuous
Formula agitating device 5 connects, and regenerated additive and hot recycling material to entrance are stirred in advance.
Regenerated additive conveying device 20 is arranged between regenerated additive storage silo 10 and regenerated additive feed inlet, packet
Include the first regeneration pump 203, the second regeneration pump 204, regenerated additive transition scale 205 and additive flow meter 206, regenerated additive
Additive feed pipe road 201, regenerated additive transition scale 205 are provided between transition scale 205 and regenerated additive storage silo 10
Additive discharge pipe 202 is provided between regenerated additive feed inlet, the first regeneration pump 203 is arranged in additive feed pipe
On road 201；Second regeneration pump 204 is arranged on additive discharge pipe 202；The setting of additive flow meter 206 goes out in additive
On pipe material 202, on the additive discharge nozzle 202 between the second regeneration pump 204 and regenerated additive feed inlet.
Reworked material drying unit 4 heats received cold renewal material, including reworked material drying roller 41, reworked material combustion
Burner 42 and feed box 43, reworked material drying roller 41 are in tilted layout in height, and input terminal and regenerative material hoist 316 export
It is connected between end by the 4th threeway switching device 318；4th threeway switching device 318 includes an input terminal and two output ends,
Wherein an output end is connect with 41 input terminal of reworked material drying roller, and another output end is by reworked material belt feeder 319 and keeps in
Storehouse 321 connects；Regeneration gas turbine liquid-fuel burner 42 is connect with 41 output end of reworked material drying roller, is used for reworked material drying roller 41
Heat supply；The setting of feed box 43 is between 41 output end of reworked material drying roller and regeneration gas turbine liquid-fuel burner 42, output end and temporary
Hot recycling material after heating is sent into temporary storing bin 321 and stored by the connection of 321 input terminal of storehouse.
Continuous stirring device 5 is used to receive hot aggregate, hot recycling material, powder and pitch and stir evenly, including first
Blender 51 and the second blender 52, be provided on the first blender 51 hot aggregate feed inlet, hot recycling material feed inlet, powder into
Material mouth and bitumen feed mouth；Second blender, 52 input terminal is connect with the output end of the first blender 51, to the first blender 51
Asphalt after stirring guarantees that asphalt is uniformly mixed again into being stirred.
The input terminal of finished bin 30 is connect with the output end of the second blender 52, receives and the second blender 52 of storage stirs
Asphalt afterwards.
Asphalt delivery system 7 is used to for asphalt delivery being stirred into the first blender 51, including pitch storehouse 71, drip
Green weigher 75, the first bitumenpump 74, the second bitumenpump 76 and asphalt flow meter 77, pitch storehouse 71 and pitch weigher 75 are defeated
Enter and be provided with bitumen feed pipe 72 between end, is provided with pitch discharge nozzle between 75 output end of pitch weigher and bitumen feed mouth
73, the first bitumenpump 74 is arranged on bitumen feed pipe 72；Second bitumenpump 76 is arranged on pitch discharge nozzle 73；Flow rate of asphalt
Meter 77 is arranged on pitch discharge nozzle 73, on the pitch discharge nozzle 73 between bitumen feed mouth and the second bitumenpump 76.
Powder delivery system 6 is used to for powder carry being stirred into the first blender 51, including filler bin 61, powder
Expect transition scale 62, metering screw scale 63 and the second rotary plow feeder 64, filler bin 61 is for storing powder；Powder transition scale 62 with
The output end of filler bin 61 connects, and measures to the powder of entrance, is provided with the 6th sensor 65 on the powder transition scale 62；
Metering screw scale 63 is arranged below powder transition scale 62, and output end is connect with powder feed inlet, carries out to the powder of entrance
It measures and is delivered in the first blender 51, be provided with the 7th sensor 66 on the metering screw scale 63；Second rotary plow feeder
64 are arranged between 62 output end of powder transition scale and 63 input terminal of metering screw scale.
Exhaust gas processing device 8 includes exhaust air chamber 81, the first backwind tube 82, the second backwind tube 83, the first air-introduced machine 84 and the
Two air-introduced machines 85, exhaust air chamber 81 are connect with the input terminal of reworked material drying roller 41, are made for collecting reworked material drying roller 41
Hot gas after, the first backwind tube 82 are arranged between 41 output end of reworked material drying roller and exhaust air chamber 81；First air-introduced machine
84 are arranged on the first backwind tube 82, and the hot gas of exhaust air chamber 81 is reintroduced back in reworked material drying roller 41, is utilized again；
Second backwind tube 83 is arranged between 21 output end of exhaust air chamber 81 and aggregate drying roller；Second air-introduced machine 85 is arranged at second time
On air hose 83, the hot gas of exhaust air chamber 81 is introduced into aggregate drying roller 21 and is utilized again.
Dust-extraction unit 40 is connect with the input terminal of aggregate drying roller 21, by the hot gas after 21 use of aggregate drying roller into
Row dust removal and filtration, dust-extraction unit 40 are dust-extraction unit commonly used in the prior art, and this specification, which does not remake, further to be repeated.
A kind of method of continous way action of forced stirring asphalt, includes the following steps:
(1) the hot aggregate after conveying heating respectively to continuous stirring device 5, hot recycling material, powder and drip after heating
Blueness, to continuous stirring device 5 conveying heating after hot recycling material when, when needing to add regenerated additive, hot recycling material from
324 second end of Bidirectional conveying device, which enters stir in advance with regenerated additive in regeneration a mixing bowl, is re-fed into continuous mixing dress
It sets；When not needing addition regenerated additive, hot recycling material enters continuous stirring device from Bidirectional conveying device first end.
The present apparatus passes through continuous stirring device 5, aggregate conveying device 1, reworked material transportation system 3, powder delivery system
6, the mutual cooperation between asphalt delivery system 7, aggregate drying unit 2 and reworked material drying unit 4, may be implemented aggregate, powder
Material, pitch and high proportion reworked material continuously add, and guarantee asphalt finished product material quality, while improving production efficiency and reduction
Equipment failure rate saves production cost.
The above, the only preferred embodiment of the utility model, therefore the utility model implementation cannot be limited with this
Range should still belong to this that is, according to equivalent changes and modifications made by present utility model application the scope of the patents and description
In the range of utility model patent is covered.
Claims (9)
1. a kind of production equipment of continous way action of forced stirring asphalt, it is characterised in that: including continuous stirring device, bone
Material conveying device, reworked material transportation system, powder delivery system, asphalt delivery system, aggregate drying unit and reworked material drying
Aggregate is delivered in aggregate drying unit and heats by device, aggregate conveying device；Reworked material transportation system includes cold renewal
Material conveying device and hot recycling material conveying device, cold renewal material conveying device by cold renewal material send into reworked material drying unit into
Hot recycling material after heating is sent and is stirred into continuous stirring device by row heating, hot recycling material conveying device；Powder is defeated
Send system for powder carry to be stirred into continuous stirring device；Asphalt delivery system is used for asphalt delivery to even
Continuous formula agitating device is stirred；Aggregate drying unit carries out heating to received aggregate and send the hot aggregate after heating to even
It is stirred in continuous formula agitating device；Continuous stirring device is for receiving hot aggregate, hot recycling material, powder and pitch and stirring
It is uniformly mixed.
2. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1, it is characterised in that: institute
Stating hot recycling material conveying device includes temporary storing bin, hot recycling material transition scale, Bidirectional conveying device, after temporary storing bin is for storing heating
Hot recycling material；Hot recycling material transition scale is arranged in below temporary storing bin for receiving and measuring the hot recycling material of entrance；It is two-way defeated
It send device to be arranged below hot recycling material transition scale, receives and convey hot recycling material, including the first output end and second output terminal,
First output end is connect with continuous stirring device, further includes regeneration a mixing bowl and regenerated additive transportation system, regeneration addition
Agent transportation system is connect with regeneration a mixing bowl, conveys regenerated additive to continuous stirring device, regenerates a mixing bowl to hot recycling
Material is stirred in advance with regenerated additive, and the second end connection of input terminal and Bidirectional conveying device, output end is stirred with continous way
Mix device connection.
3. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the continuous stirring device includes the first blender and the second blender being sequentially connected in series, and the first blender is for receiving
Hot aggregate, hot recycling material, powder and pitch are simultaneously uniformly mixed, after the second blender is for receiving the stirring of the first blender
Asphalt is stirred, and further includes finished product bin, and the finished product bin is connect with the output end of the second blender.
4. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the aggregate conveying device includes aggregate bin, aggregate conveying assembly, the first aggregate charging belt machine, the second aggregate feeding skin
Band machine, aggregate screening device, aggregate bin is for storing aggregate；Aggregate conveying assembly is arranged below aggregate bin, measures and conveys
Aggregate is to the first aggregate charging belt machine；First aggregate charging belt machine is arranged below aggregate conveying assembly for receiving metering
Aggregate afterwards；Second aggregate charging belt machine is inclined to set, and input terminal is arranged below the first aggregate charging belt machine,
Output end is connect with aggregate drying unit；Aggregate screening device is arranged in the first aggregate charging belt machine output end and the second aggregate
Between charging belt machine input terminal, for being sieved to aggregate.
5. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the cold renewal material conveying device includes regeneration feed bin, cold renewal material conveying assembly, the first regeneration charging belt machine, second
Charging belt machine, regeneration screening separator, regenerative material hoist are regenerated, regeneration feed bin is for storing cold renewal material；Cold renewal material
Conveying assembly setting measures below regeneration feed bin and conveys cold renewal material to the first regeneration charging belt machine；In first regeneration
Material belt feeder is arranged in again below cold raw material conveyor component for receiving the cold renewal material after measuring；Second regeneration charging belt machine
It is inclined to set, input terminal setting is below the first regeneration charging belt machine, for receiving cold renewal material；Reworked material screening dress
Install first regeneration charging belt machine output end and second regeneration charging belt machine input terminal between, for it is cold again
Raw material are sieved；Regenerative material hoist is connect with the output end of the second regeneration charging belt machine, and cold renewal material is sent into and is regenerated
It is heated in material drying unit.
6. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the reworked material drying unit includes reworked material drying roller, regenerates gas turbine liquid-fuel burner and feed box, reworked material drying roller
Input terminal is connect with the cold renewal material conveying device, is received and is heated reworked material；Gas turbine liquid-fuel burner is regenerated to be used to dry to reworked material
Dry drum heat supply；Feed box setting is between reworked material drying roller and regeneration gas turbine liquid-fuel burner, output end and the hot recycling
Hot recycling material after heating is sent into hot recycling material conveying device by material conveying device connection.
7. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the aggregate drying unit includes aggregate drying roller and aggregate burner, and aggregate drying roller input terminal and aggregate convey
Device connection, receives and hot aggregates, aggregate burner are used for aggregate drying roller heat supply.
8. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: it further include exhaust gas processing device, the exhaust gas processing device includes exhaust air chamber, the first air return pipeline, the second air return pipeline,
One air-introduced machine and the second air-introduced machine, exhaust air chamber are connect with reworked material drying unit input terminal, for collecting reworked material drying unit
Hot gas after use；First backwind tube is arranged between reworked material drying unit and exhaust air chamber；First air-introduced machine is arranged first
On backwind tube, the hot gas of exhaust air chamber is reintroduced back in reworked material drying unit；Second backwind tube is arranged in exhaust air chamber and aggregate
Between drying unit；Second air-introduced machine is arranged on the second backwind tube, and the hot gas of exhaust air chamber is introduced into aggregate drying unit.
9. a kind of production equipment of continous way action of forced stirring asphalt according to claim 1 or 2, feature exist
In: the powder delivery system includes filler bin, powder transition scale and metering screw scale, and filler bin is for storing powder；Powder
Transition scale is connect with filler bin, measures the powder weight of entrance；Metering screw scale is arranged in powder transition scale received down and counts
Amount enters the powder of continuous stirring device.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109024164A (en) * | 2018-08-01 | 2018-12-18 | 福建铁拓机械有限公司 | A kind of production equipment and method of continous way action of forced stirring asphalt |
| CN111074714A (en) * | 2019-10-16 | 2020-04-28 | 上海时申工贸有限公司 | Continuous and forced type combined asphalt mixing production method |
| CN111395107A (en) * | 2020-03-26 | 2020-07-10 | 江苏港顺新材料有限公司 | Energy-saving and environment-friendly asphalt concrete production system and production method |
| CN111877089A (en) * | 2020-06-12 | 2020-11-03 | 福建省铁拓机械股份有限公司 | Hot plant mixing recycling equipment for asphalt mixture and anti-sticking method thereof |
| WO2021232859A1 (en) * | 2020-05-22 | 2021-11-25 | 福建省铁拓机械股份有限公司 | Continuous recycled asphalt mixture production device |
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2018
- 2018-08-01 CN CN201821227899.0U patent/CN208604451U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109024164A (en) * | 2018-08-01 | 2018-12-18 | 福建铁拓机械有限公司 | A kind of production equipment and method of continous way action of forced stirring asphalt |
| CN111074714A (en) * | 2019-10-16 | 2020-04-28 | 上海时申工贸有限公司 | Continuous and forced type combined asphalt mixing production method |
| CN111074714B (en) * | 2019-10-16 | 2021-06-25 | 上海时申工贸有限公司 | Continuous and forced type combined asphalt mixing production method |
| US11406951B2 (en) | 2019-10-16 | 2022-08-09 | Shanghai Shishen Industry And Trade Co., Ltd. | Continuous and forced asphalt mixing production method |
| CN111395107A (en) * | 2020-03-26 | 2020-07-10 | 江苏港顺新材料有限公司 | Energy-saving and environment-friendly asphalt concrete production system and production method |
| WO2021232859A1 (en) * | 2020-05-22 | 2021-11-25 | 福建省铁拓机械股份有限公司 | Continuous recycled asphalt mixture production device |
| CN111877089A (en) * | 2020-06-12 | 2020-11-03 | 福建省铁拓机械股份有限公司 | Hot plant mixing recycling equipment for asphalt mixture and anti-sticking method thereof |
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Address after: 362000 No.1 intelligent equipment Industrial Park, Luojiang District, Heshi Town, Luojiang District, Quanzhou City, Fujian Province Patentee after: Fujian tietuo Machinery Co., Ltd Address before: 362000 West Industrial Zone, Luojiang District, Fujian, Quanzhou Patentee before: FUJIAN TIETUO MACHINERY Co.,Ltd. |
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