CN207592227U - A kind of barley efficient combination sieve - Google Patents
A kind of barley efficient combination sieve Download PDFInfo
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- CN207592227U CN207592227U CN201721339203.9U CN201721339203U CN207592227U CN 207592227 U CN207592227 U CN 207592227U CN 201721339203 U CN201721339203 U CN 201721339203U CN 207592227 U CN207592227 U CN 207592227U
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- sieve plate
- warehouse
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- sieve
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Abstract
The utility model discloses a kind of barley efficient combination sieves,Barley is put by feed inlet,Larger impurity is detached by the first sieve plate,Vibrator drives sieve plate vibrations,Accelerated filtration,Sieve plate frame can slide on the supporting plate,Sieve plate frame is connect with the inner wall of upper warehouse by spring,Avoid the damage device that collides with each other,After the first sieve plate,Barley and smaller impurity fall into the second sieve plate,The impurity dust smaller than barley can pass through sieve plate and be filtered,Water pump washes away barley,After washing away a period of time,Close right side water pump,It is mobile outside the upward warehouse of movable plate,The right end of second sieve plate is dropped on triangular prism,Barley is all flushed to from the second sieve plate on third sieve plate by the water pump in left side,Water pump is stopped,Electric calorifier is opened,To barley heat air delivery,Play the role of drying,And the filtering of wind-force accelerating impurity,After the completion of drying,Movable plate movement under third sieve plate,Third sieve plate right end is dropped on the triangular prism of lower section,Open the discharging of discharge port barley.
Description
Technical field
The utility model is related to grain filter engineering device technique field, specific field is sieved for a kind of barley efficient combination.
Background technology
Feedstuff screening is that the grains crop such as one of important process in feed processing process, barley is passing through
After harvesting and mechanical threshing, often it is mingled with the impurity such as a large amount of grieshoch, fur, soil block, is unfavorable for drying, the storage of grain
And processing, it usually needs remove impurity.In the prior art, generally to barley using rotary type sieve nest carry out screening cleaning it is miscellaneous
Matter, but dust, fur in barley etc. it is lighter impurity cleaning be not thorough, seriously affected the cleannes of barley, for this purpose,
We provide a kind of barley efficient combination sieve.
Utility model content
It is mentioned above in the background art to solve the purpose of this utility model is to provide a kind of barley efficient combination sieve
Problem.
To achieve the above object, the utility model provides following technical solution：A kind of barley efficient combination sieve, including barley
Storehouse ontology, the big wheat bin ontology include upper warehouse and lower warehouse, under the upper warehouse is connected with lower warehouse, and upper storehouse body is located at
The top of warehouse, the top of the upper warehouse are equipped with feed inlet, and the lower section of the feed inlet is equipped with the first sieve plate, first sieve
Through there is fixed block at the center of plate, the lower surface of the fixed block is fixed with vibrator, and the outside of the vibrator is equipped with shell
Body, the surrounding of first sieve plate are fixed with sieve plate frame, and the lower surface that the left and right sides of the sieve plate frame is stupefied is respectively fixed with branch
Fagging, the support plate are separately fixed on the left and right sides inner wall of warehouse, and the left and right sides of the sieve plate frame is stupefied
One end of spring is uniformly fixed on lateral wall respectively, the other end of the spring is separately fixed in the left and right sides of warehouse
On wall, baffle is respectively equipped with above the first sieve plate left and right ends, the baffle is separately fixed at the left and right two of warehouse
On the inner wall of side, water pump is respectively equipped on the left and right sides wall of the upper warehouse of the lower section of the support plate, is controlled described in two
The left and right sides wall that water pump extends through warehouse is connected with water inlet pipe, and the lower section of the water pump is equipped with the second sieve plate, and described the
The surrounding of two sieve plates is fixed with sieve plate frame, and the stupefied lower section in right side of the sieve plate frame is equipped with movable plate, and the movable plate is L-shaped, institute
The stupefied lower surface in right side for stating sieve plate frame when the second sieve plate is horizontally situated is bonded with the upper surface of one end of movable plate, the shifting
The other end of movable plate extends to the outside of warehouse through the right side wall of upper warehouse, turns during the left side of the sieve plate frame is stupefied through having
Axis, the both ends of the shaft are fixed on front and rear two madial wall of warehouse, and the lower section of second sieve plate is equipped with triangular prism, institute
The rear and front end for stating triangular prism is separately fixed on the front and rear sides wall of lower warehouse, and the right end of the triangular prism is fixed with third sieve
Plate, the surrounding of the third sieve plate are fixed with sieve plate frame, and the stupefied lower section in right side of the sieve plate frame is equipped with movable plate, the third sieve
The stupefied lower surface in the right side of sieve plate frame is bonded with the upper surface of one end of movable plate when plate is horizontally situated, the movable plate it is another
One end extends to the outside of lower warehouse through the right side wall of lower warehouse, described through there is shaft during the left side of the sieve plate frame is stupefied
The both ends of shaft are fixed on front and rear two madial wall of lower warehouse, and electric calorifier is uniformly provided on the inside of the upper wall of the lower warehouse,
The quantity of the electric calorifier is three, and the lower section of the third sieve plate is equipped with triangular prism, the rear and front end point of the triangular prism
It is not fixed on the front and rear sides wall of lower warehouse, the right end of the triangular prism is bonded with the right side inner wall of lower warehouse, the lower storehouse
Body is equipped with discharge port, and the lower end of the discharge port is concordant with the lower surface of triangular prism, and the lower section of the triangular prism is equipped with activity
Layer of charcoal, the active carbon layer are fixed on the madial wall of lower warehouse, the left side wall of the lower warehouse below the active carbon layer
Above through there is outlet pipe, the antetheca of the upper warehouse is equipped with chip removal door, and the chip removal door is located at the top of the first sieve plate.
Preferably, two baffles in left and right are in respectively 60 degree of angles of negative and positive with level.
Preferably, the quantity of the left and right sides spring is three.
Preferably, the stupefied lower surface in the left and right sides of the sieve plate frame of first sieve plate is respectively equipped with sliding block, the branch
On fagging slideway is correspondingly provided with sliding block.
Preferably, the slot size of first sieve plate is more than the size of barley, second sieve plate and third sieve plate
Slot size is less than the size of barley.
Preferably, two water pumps in left and right are in respectively 60 degree of angles of negative and positive with level.
Compared with prior art, the beneficial effects of the utility model are：A kind of barley efficient combination sieve, is put by feed inlet
Barley detaches larger impurity by the first sieve plate, and vibrator drives sieve plate vibrations, barley and is entrained in smaller in barley
Impurity can pass through sieve, and larger impurity is blocked by sieve, and sieve plate frame can horizontally slip on the supporting plate when sieve plate shakes, sieve plate
It is connected between the both sides of frame and the left and right inner wall of upper warehouse by spring, avoid colliding with each other damage device, on the first sieve plate
Larger impurity can open chip removal door and be discharged by chip removal mouth, prevent the first sieve plate from blocking, after the first sieve plate, barley and smaller
Impurity falls into the second sieve plate, and the slot size of the second sieve plate is less than the size of barley, and the impurity dust smaller than barley can pass through sieve
Plate is filtered, and water pump washes away barley, and the dust on barley surface is washed away totally, after washing away a period of time, is closed
Right side water pump, the upward warehouse of movable plate is mobile outside, and the right end of the second sieve plate is dropped on triangular prism, and the sieve plate frame of the second sieve plate
The stupefied lower surface in right side be bonded with the inclined-plane of triangular prism, barley is all flushed to third sieve plate by the water pump in left side from the second sieve plate
On, in barley moving process, increase filtering dust efficiency, after barley is all moved on third sieve plate, left side water pump stops work
Make, electric calorifier is opened, and is carried out hot wind conveying to barley, is played the role of drying barley, while wind-force accelerating impurity
Filtering, mobile outside the downward warehouse of movable plate under third sieve plate after the completion of barley is dried, third sieve plate drops to lower section
On triangular prism, and the stupefied lower surface in right side of the sieve plate frame of third sieve plate is bonded with the inclined-plane of triangular prism, and opening discharge port makes barley
Discharging, the waste water that cleaning barley generates enter lower warehouse bottom after active carbon layer filters, can be discharged by outlet pipe.
Description of the drawings
Fig. 1 is the cross-sectional view of the utility model；
Fig. 2 is the main structure diagram of the utility model；
Fig. 3 is the sliding block left view structural representation of the utility model.
In figure：Warehouse, 2- feed inlets, the first sieve plates of 3-, 4- fixed blocks, 5- vibrators, 6- shells under the upper warehouses of 101-, 102-
Body, 7- sieve plates frame, 8- support plates, 9- springs, 10- baffles, 11- water pumps, 12- water inlet pipes, the second sieve plates of 13-, 14- movable plates,
15- shafts, 16- triangular prisms, 17- thirds sieve plate, 18- electric calorifiers, 19- discharge ports, 20- active carbon layers, 21- outlet pipes, 22-
Sliding block, 23- slideways, 24- chip removal doors.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work
All other embodiments obtained shall fall within the protection scope of the present invention.
- 3 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of barley efficient combination sieve, including big wheat bin
Ontology, the big wheat bin ontology include upper warehouse 101 and lower warehouse 102, and the upper warehouse is connected with lower warehouse, and upper storehouse position
In the top of lower warehouse, the top of the upper warehouse is equipped with feed inlet 2, and barley is by throat-fed, the lower section of the feed inlet
Equipped with the first sieve plate 3, through there is fixed block 4 at the center of first sieve plate, the lower surface of the fixed block is fixed with vibrations
Device 5 shakes the first sieve plate, accelerates to detach larger impurity, the outside of the vibrator is equipped with housing 6, wraps up vibrator, prevent
Dust etc. causes vibrator to burn, and the surrounding of first sieve plate is fixed with sieve plate frame 7, fixes the first sieve plate, the sieve plate frame
The stupefied lower surface in the left and right sides be respectively fixed with support plate 8, support the first sieve plate, the support plate is separately fixed at warehouse
Left and right sides inner wall on, be uniformly fixed with the one of spring 9 respectively on the stupefied lateral wall in the left and right sides of the sieve plate frame
End, the other end of the spring are separately fixed on the left and right sides inner wall of warehouse, avoid the damage device that collides with each other, and produce
Noise is given birth to, is respectively equipped with baffle 10 above the first sieve plate left and right ends, the baffle of both sides prevents barley from entering sieve plate frame
The gap of side, the baffle are separately fixed on the left and right sides inner wall of warehouse, positioned at the upper of the lower section of the support plate
Water pump 11 is respectively equipped on the left and right sides wall of warehouse, water pump washes away barley, and the dust on barley surface is washed away totally,
The left and right sides wall that two water pumps in left and right extend through warehouse is connected with water inlet pipe 12, and the lower section of the water pump is equipped with the
Two sieve plates 13, the surrounding of second sieve plate are fixed with sieve plate frame, support the second sieve plate, the stupefied lower section in right side of the sieve plate frame is set
There is movable plate 14, the movable plate is L-shaped, and the stupefied lower surface in right side of sieve plate frame is with moving when second sieve plate is horizontally situated
The upper surface fitting of one end of movable plate, the other end of the movable plate extend to the outer of warehouse through the right side wall of upper warehouse
Portion through there is shaft 15 during the left side of the sieve plate frame is stupefied, makes the second sieve plate that can rotate around the shaft, the both ends of the shaft are fixed
Before and after the upper warehouse on two madial walls, the lower section of second sieve plate is equipped with triangular prism 16, the rear and front end of the triangular prism
It is separately fixed on the front and rear sides wall of lower warehouse, the right end of the triangular prism is fixed with third sieve plate 17, washes away a period of time
Afterwards, right side water pump is closed, the upward warehouse of movable plate is mobile outside, and the right end of the second sieve plate is dropped on triangular prism, and the second sieve plate
The stupefied lower surface in right side of sieve plate frame be bonded with the inclined-plane of triangular prism, the second sieve plate tilts, and the water pump in left side is by barley from second
Sieve plate is all flushed on third sieve plate, and the surrounding of the third sieve plate is fixed with sieve plate frame, fixed third sieve plate, the sieve plate frame
The stupefied lower section in right side be equipped with movable plate, the stupefied lower surface in right side of sieve plate frame and movable plate when the third sieve plate is horizontally situated
One end upper surface fitting, the other end of the movable plate extends to the outside of lower warehouse, institute through the right side wall of lower warehouse
State sieve plate frame left side it is stupefied in through there is shaft, the both ends of the shaft are fixed on front and rear two madial wall of lower warehouse, described
Electric calorifier 18 is uniformly provided on the inside of the upper wall of lower warehouse, hot wind conveying is carried out to barley, plays the work dried to barley
With, while the filtering of wind-force accelerating impurity, the quantity of the electric calorifier is three, and the lower section of the third sieve plate is equipped with triangle
Rib, the rear and front end of the triangular prism are separately fixed on the front and rear sides wall of lower warehouse, the right end of the triangular prism and lower storehouse
The right side inner wall fitting of body, the lower warehouse are equipped with discharge port 19, and the lower end of the discharge port and the lower surface of triangular prism are put down
Together, mobile outside the downward warehouse of movable plate under third sieve plate after the completion of barley is dried, third sieve plate drops to the triangle of lower section
On rib, and the stupefied lower surface in right side of the sieve plate frame of third sieve plate is bonded with the inclined-plane of triangular prism, and third sieve plate tilts, and opens discharging
Mouth makes barley discharge, and the lower section of the triangular prism is equipped with active carbon layer 20, and the active carbon layer is fixed on the madial wall of lower warehouse
On, through there is outlet pipe 21 on the left side wall of the lower warehouse below the active carbon layer, the waste water that cleaning barley generates passes through
Enter lower warehouse bottom after crossing active carbon layer filtering, reused after being discharged by outlet pipe, the antetheca of the upper warehouse is equipped with
Chip removal door 24, the chip removal door are located at the top of the first sieve plate, and after a period of use, the larger impurity on the first sieve plate can be beaten
The bits door that begins to rehearse is discharged by chip removal mouth, prevents the first sieve plate from blocking, after the first sieve plate.
Specifically, two baffles in left and right prevent barley from entering sieve plate frame side respectively with level in 60 degree of angles of negative and positive
The gap in face.
Specifically, the quantity of the left and right sides spring is three.
Specifically, the stupefied lower surface in the left and right sides of the sieve plate frame of first sieve plate is respectively equipped with sliding block 22, institute
It states and is correspondingly provided with slideway 23 in support plate with sliding block, sieve plate frame and the support plate of the first sieve plate are slidably connected, and sieve plate sieves when shaking
Sheet frame can horizontally slip on the supporting plate, avoid direct collision.
Specifically, the slot size of first sieve plate is more than the size of barley, second sieve plate and third sieve plate
Slot size be less than the size of barley, the first sieve plate isolates larger impurity, and the second sieve plate and third sieve plate are isolated smaller
Impurity.
Specifically, two water pumps in left and right improve flush efficiency respectively with level in 60 degree of angles of negative and positive.
Operation principle：The utility model provides a kind of barley efficient combination sieve, and barley first passes through first by throat-fed
Sieve plate, the slot size of the first sieve plate are more than the size of barley, and vibrator drives sieve plate vibrations, barley and are entrained in barley
Smaller impurity can pass through sieve, and larger impurity is blocked by sieve, and sieve plate frame and the support plate of the first sieve plate are slidably connected, sieve
Sieve plate frame can horizontally slip on the supporting plate when plate shakes, and pass through spring between the left and right inner wall of the both sides of sieve plate frame and upper warehouse
Connection, avoid colliding with each other damage device, and generates noise, and the baffles of both sides prevents barley from entering the gap of sieve plate frame side,
After a period of use, the larger impurity on the first sieve plate can open chip removal door and be discharged by chip removal mouth, prevent the first sieve plate from blocking,
After the first sieve plate, barley and smaller impurity fall into the second sieve plate, and the slot size of the second sieve plate is less than the size of barley,
The impurity dust smaller than barley can pass through sieve plate and be filtered, and water pump washes away barley, and the dust on barley surface is rushed
It cleans down, after washing away a period of time, closes right side water pump, the upward warehouse of movable plate is mobile outside, and the right end of the second sieve plate drops to
On triangular prism, and the stupefied lower surface in right side of the sieve plate frame of the second sieve plate is bonded with the inclined-plane of triangular prism, and the second sieve plate tilts, left side
Water pump barley is all flushed to from the second sieve plate on third sieve plate, in barley moving process, increase filtering dust efficiency, barley
After being all moved on third sieve plate, left side water pump is stopped, and electric calorifier is opened, and carries out hot wind conveying to barley, plays
To the effect that barley is dried, at the same the filtering of wind-force accelerating impurity, after the completion of barley is dried, the movement under third sieve plate
Mobile outside the downward warehouse of plate, third sieve plate is dropped on the triangular prism of lower section, and the stupefied following table in right side of the sieve plate frame of third sieve plate
Face is bonded with the inclined-plane of triangular prism, and third sieve plate tilts, and opening discharge port makes barley discharge, and the waste water that cleaning barley generates passes through
Enter lower warehouse bottom after active carbon layer filtering, reused after being discharged by outlet pipe.
While there has been shown and described that the embodiment of the utility model, for the ordinary skill in the art,
It is appreciated that can these embodiments be carried out with a variety of variations in the case of the principle and spirit for not departing from the utility model, repaiied
Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.
Claims (6)
1. a kind of barley efficient combination sieve, including big wheat bin ontology, it is characterised in that：The big wheat bin ontology includes upper warehouse
（101）With lower warehouse（102）, the upper warehouse（101）With lower warehouse（102）Connection, and upper warehouse（101）Positioned at lower warehouse
（102）Top, the upper warehouse（101）Top be equipped with feed inlet（2）, the feed inlet（2）Lower section be equipped with first sieve
Plate（3）, first sieve plate（3）Center at through there is fixed block（4）, the fixed block（4）Lower surface be fixed with vibrations
Device（5）, the vibrator（5）Outside be equipped with housing（6）, first sieve plate（3）Surrounding be fixed with sieve plate frame（7）, institute
State sieve plate frame（7）The stupefied lower surface in the left and right sides be respectively fixed with support plate（8）, the support plate（8）It is separately fixed at
Warehouse（101）Left and right sides inner wall on, the sieve plate frame（7）The stupefied lateral wall in the left and right sides on be uniformly fixed with bullet respectively
Spring（9）One end, the spring（9）The other end be separately fixed at warehouse（101）Left and right sides inner wall on, described first
Sieve plate（3）Baffle is respectively equipped with above left and right ends（10）, the baffle（10）It is separately fixed at warehouse（101）Left and right
On the inner wall of both sides, positioned at the support plate（8）Lower section upper warehouse（101）Left and right sides wall on be respectively equipped with water pump
（11）, two water pumps in left and right（11）Extend through warehouse（101）Left and right sides wall be connected with water inlet pipe（12）, it is described
Water pump（11）Lower section be equipped with the second sieve plate（13）, second sieve plate（13）Surrounding be fixed with sieve plate frame（7）, the sieve plate
Frame（7）The stupefied lower section in right side be equipped with movable plate（14）, the movable plate（14）It is L-shaped, second sieve plate（13）Positioned at level
Sieve plate frame during position（7）The stupefied lower surface in right side and movable plate（14）One end upper surface fitting, the movable plate（14）'s
The other end runs through upper warehouse（101）Right side wall extend to warehouse（101）Outside, the sieve plate frame（7）Left side it is stupefied in
Through there is shaft（15）, the shaft（15）Both ends be fixed on warehouse（101）Front and rear two madial wall on, it is described second sieve
Plate（13）Lower section be equipped with triangular prism（16）, the triangular prism（16）Rear and front end be separately fixed at lower warehouse（102）Before
Afterwards on two side, the triangular prism（16）Right end be fixed with third sieve plate（17）, the third sieve plate（17）Surrounding fix
There is sieve plate frame（7）, the sieve plate frame（7）The stupefied lower section in right side be equipped with movable plate（14）, the third sieve plate（17）Positioned at level
Sieve plate frame during position（7）The stupefied lower surface in right side and movable plate（14）One end upper surface fitting, the movable plate（14）'s
The other end runs through lower warehouse（102）Right side wall extend to lower warehouse（102）Outside, the sieve plate frame（7）Left side it is stupefied in
Through there is shaft（15）, the shaft（15）Both ends be fixed on lower warehouse（102）Front and rear two madial wall on, the lower warehouse
（102）Upper wall on the inside of be uniformly provided with electric calorifier（18）, the electric calorifier（18）Quantity for three, the third sieve plate
（17）Lower section be equipped with triangular prism（16）, the triangular prism（16）Rear and front end be separately fixed at lower warehouse（102）It is front and rear
On two side, the triangular prism（16）Right end and lower warehouse（102）The fitting of right side inner wall, the lower warehouse（102）On set
There is discharge port（19）, the discharge port（19）Lower end and triangular prism（16）Lower surface it is concordant, the triangular prism（16）Under
Side is equipped with active carbon layer（20）, the active carbon layer（20）It is fixed on lower warehouse（102）Madial wall on, positioned at the activated carbon
Layer（20）The lower warehouse of lower section（102）Left side wall on through there is outlet pipe（21）, the upper warehouse（101）Antetheca be equipped with row
Consider door to be worth doing（24）, the chip removal door（24）Positioned at the first sieve plate（3）Top.
2. a kind of barley efficient combination sieve according to claim 1, it is characterised in that：Two baffles in left and right（10）Point
It is in 60 degree of angles of negative and positive not with level.
3. a kind of barley efficient combination sieve according to claim 1, it is characterised in that：The left and right sides spring（9）'s
Quantity is three.
4. a kind of barley efficient combination sieve according to claim 1, it is characterised in that：First sieve plate（3）Sieve plate
Frame（7）The stupefied lower surface in the left and right sides be respectively equipped with sliding block（22）, the support plate（8）Upper and sliding block（22）It is correspondingly provided with cunning
Road（23）.
5. a kind of barley efficient combination sieve according to claim 1, it is characterised in that：First sieve plate（3）Sieve pore
Size is more than the size of barley, second sieve plate（13）With third sieve plate（17）Slot size be less than barley size.
6. a kind of barley efficient combination sieve according to claim 1, it is characterised in that：Two water pumps in left and right（11）Point
It is in 60 degree of angles of negative and positive not with level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721339203.9U CN207592227U (en) | 2017-10-18 | 2017-10-18 | A kind of barley efficient combination sieve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721339203.9U CN207592227U (en) | 2017-10-18 | 2017-10-18 | A kind of barley efficient combination sieve |
Publications (1)
| Publication Number | Publication Date |
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| CN207592227U true CN207592227U (en) | 2018-07-10 |
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ID=62755492
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| CN201721339203.9U Active CN207592227U (en) | 2017-10-18 | 2017-10-18 | A kind of barley efficient combination sieve |
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| CN (1) | CN207592227U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113235359A (en) * | 2021-01-26 | 2021-08-10 | 蔡立军 | Production and processing technology of anti-ultraviolet aging asphalt |
-
2017
- 2017-10-18 CN CN201721339203.9U patent/CN207592227U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113235359A (en) * | 2021-01-26 | 2021-08-10 | 蔡立军 | Production and processing technology of anti-ultraviolet aging asphalt |
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