CN208736122U - A kind of sirocco reclamation utilizes multilayer drying line - Google Patents
A kind of sirocco reclamation utilizes multilayer drying line Download PDFInfo
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- CN208736122U CN208736122U CN201821319846.1U CN201821319846U CN208736122U CN 208736122 U CN208736122 U CN 208736122U CN 201821319846 U CN201821319846 U CN 201821319846U CN 208736122 U CN208736122 U CN 208736122U
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Abstract
The utility model discloses a kind of sirocco reclamations to utilize multilayer drying line, including drying cabinet, multilayer is disposed in drying cabinet between the upper and lower every the left conveyer belt for being arranged and can be sent to material by left end right end, be mounted between two neighboring left conveyer belt and the material transmission that left conveyer belt adjacent and above can be discharged to adjacent lower section left conveyer belt left part right conveyer belt, the left side of drying cabinet is equipped with the hot-air in right conveyer belt flow beneath gap is pumped into and is carried out reheating after be blown into left heat blowing device in passage gaps adjacent and above again；The right side of drying cabinet is equipped with the hot-air in passage gaps above right conveyer belt is pumped into and is carried out reheating after be blown into right heat blowing device in passage gaps adjacent and above again.The drying cable architecture is simple, can make to dry the hot wind in operation process and realize repeatedly recycling, that is, has saved electric power and in turn avoided thermal energy waste, and improved drying efficiency.
Description
Technical field
The utility model relates to a kind of sirocco reclamations to utilize multilayer drying line.
Background technique
Currently, the existing usual structure of Multi-layer belt type dryer includes drying cabinet, dry in cabinet above and below arranging multiplayer
Spaced conveyer belt, the conveyer belt are screen mesh type conveyer belt, have horizontal type blowing and vertical blowing two ways to complete drying
Work.
But the drying mode of horizontal type blowing at present is blowed to from mesh belt discharge port direction with axial flow blower or centrifugal blower
The other side, for this drying mode hot wind just with once, heat losses are too many, and the effect of energy-saving and emission-reduction is not achieved；And it erects
Formula blowing drying mode, if the conveyer belt number of plies in drying equipment is more, it is necessary to which very big wind-force can just blow through all conveyer belts
Object to be dried on layer, more waste of energy and electric power.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of structure is simple, can make to dry the hot wind in operation process
It realizes and repeatedly recycles, and hot wind repeatedly turns round multiple relay heating, i.e. saving electric power in turn avoids thermal energy waste, meanwhile,
The sirocco reclamation for improving drying efficiency again utilizes multilayer drying line.
In order to solve the above technical problems, the utility model includes the drying that top is equipped with feeding port, bottom is equipped with discharge port
Cabinet, it is characterised in that: be disposed in the drying cabinet multilayer between the upper and lower every setting and material can be sent to the right side by left end
The left conveyer belt at end is mounted on the material transmission that between two neighboring left conveyer belt and left conveyer belt adjacent and above can be discharged
To the right conveyer belt of the left part of the left conveyer belt of adjacent lower section, between the left conveyer belt of the top and drying box top wall, left
The passage gaps of conveying material and circulation airflow, a left side for the drying cabinet are respectively formed between conveyer belt and adjacent right conveyer belt
Side, which is equipped with, to be pumped into the hot-air in right conveyer belt flow beneath gap and is blown on adjacent again after carrying out reheating
Left heat blowing device in the passage gaps of side；The right side of the drying cabinet is equipped with will be between circulation above right conveyer belt
Hot-air in gap is pumped into and carries out the right heat blowing device being blown into after reheating again in passage gaps adjacent and above.
After adopting the above structure, fresh material is put by feeding port, and successively defeated by the left conveyer belt of lower section and the right side
Band is sent, and is discharged from discharge port, therefore, realizes drying operation；And in drying operation process, due to right heat blowing device and
The setting of left heat blowing device acts on, and therefore, left heat blowing device can be empty by the heat in right conveyer belt flow beneath gap
Gas is pumped into and be blown into after reheating again in passage gaps adjacent and above, and the right heat blowing device of adjacent upside
Hot-air in passage gaps above right conveyer belt can be pumped into and carry out being blown into circulation adjacent and above after reheating again
Therefore the drying operation to material is realized in gap, meanwhile, it is able to achieve the multiple circulating-heating of hot wind and carries out drying materials operation, from
And electric energy is saved, low-loss purpose drops；Secondly, when hot wind by multiple relay heating after, and reach top feeding port after,
Moisture in hot wind the more accumulates the more more, without utility value, therefore, will directly drain into outside workshop from feeding port.
In order to realize blowing, air draught and the heating structure of right heat blowing device, set on the right tank wall of the drying cabinet
There are the right opening for being located at and between drying box top wall and adjacent right conveyer belt and being located between two adjacent right conveyer belts, institute
State the right wind deflector for being equipped in right opening and right opening being from top to bottom divided into right air outlet and right air inlet, the right outlet air
Mouth is corresponding with the passage gaps above left conveyer belt, and the right air inlet is corresponding with the passage gaps below left conveyer belt；
The right heat blowing device includes the right heat exchanger fin and peace for being mounted on the right tank wall of drying cabinet and blocking in right opening
Right blower on the outside of right heat exchanger fin, the air inlet of the right blower and right air inlet be correspondingly arranged, exhaust outlet and right outlet air
Mouth is correspondingly arranged；The right side of the right wind deflector and right heat exchanger fin is in sealing contact, left side is extended to the left on left conveyer belt
Side.
It is described in order to avoid the hot wind in the passage gaps above left conveyer belt flows backward in the adjacent right air inlet in right side
Gap between right wind deflector and left conveyer belt is consistent with material material thickness on left conveyer belt is scattered.
In order to which the material under left conveyer belt row is smoothly directed on the right conveyer belt of adjacent downside, the right air inlet
Following side is connected with the right stock guide that inclined downward extends to the left, and the left part of the right stock guide extends to adjacent left conveyer belt
Lower section and the right conveyer belt top surface setting adjacent close to lower section.
The front and rear width of the right opening is consistent with the front and rear width of left conveyer belt or right conveyer belt, the right blower
For crossflow fan.
In order to realize blowing, air draught and the heating structure of left heat blowing device, set on the left tank wall of the drying cabinet
There is the left opening being located between two adjacent left conveyer belts, is equipped in the left opening and from top to bottom separates left opening
For the left wind deflector of left air outlet and left air inlet, the left air outlet is corresponding with the passage gaps above right conveyer belt, institute
It is corresponding with the passage gaps below right conveyer belt to state left air inlet；The left heat blowing device includes being mounted on drying cabinet
Left tank wall on and block the left heat exchanger fin in left opening and the left blower that is mounted on the outside of left heat exchanger fin, the left blower
Air inlet is correspondingly arranged with left air inlet, exhaust outlet is correspondingly arranged with left air outlet；The left side of the left wind deflector is changed with a left side
Backing is in sealing contact, right side extends right up to above right conveyer belt.
It is described in order to avoid the hot wind in the passage gaps above right conveyer belt flows backward in the adjacent left air inlet in left side
Gap between left wind deflector and right conveyer belt is consistent with material material thickness on right conveyer belt is scattered.
In order to which the material under right conveyer belt row is smoothly directed on the left conveyer belt of adjacent downside, the left air inlet
Following side is connected with the left stock guide for tilting extension to the right, and the right part of the left stock guide extends to adjacent right conveyer belt
Lower section and the left conveyer belt top surface setting adjacent close to lower section.
The front and rear width of the left opening is consistent with the front and rear width of left conveyer belt or right conveyer belt, the left blower
For crossflow fan.
The discharge port is arranged in the right tank wall following side of drying cabinet, and the right part of undermost left conveyer belt is from discharging
Mouth stretches out.
In conclusion the utility model structure is simple, it can make to dry the hot wind in operation process and realize repeatedly recycling,
Hot wind repeatedly turns round multiple relay heating, that is, has saved electric power and in turn avoided thermal energy waste, meanwhile, and improve drying efficiency.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and detailed description:
Fig. 1 is the schematic view of the front view of the utility model；
Fig. 2 is structural schematic diagram of the Fig. 1 not with label.
Specific embodiment
Referring to attached drawing, which includes that top is equipped with feeding port 1, bottom is equipped with discharge port 2 using multilayer drying line
Drying cabinet 3, the drying cabinet 3 be preferably rectangular shape seal case, meanwhile, the top left side of seal case is equipped with
Corresponding with feeding port 1 and connection hopper, secondly, the right tank wall following side of seal case is equipped with discharge port 2；And in order to material
Drying operation is carried out, dries and is disposed with multilayer in cabinet 3 between the upper and lower every the left side for being arranged and can be sent to material by left end right end
Conveyer belt 4 is mounted on the material transmission that between two neighboring left conveyer belt 4 and left conveyer belt 4 adjacent and above can be discharged extremely
The right conveyer belt 5 of the left part of the left conveyer belt 4 of adjacent lower section, the left conveyer belt 4 and right conveyer belt 5 are preferably screen mesh type conveying
Band, meanwhile, total number of plies of the left conveyer belt 4 and right conveyer belt 5 is usually the number of plies of odd number numerical value, as shown in Figure 1, the left conveying
Total number of plies with 4 and right conveyer belt 5 is 5 layers, meanwhile, it is defeated from the right side that left conveyer belt 4 falls to adjacent lower in order to facilitate material
It send on band 5, facilitate material from the left conveyer belt 4 that right conveyer belt 5 falls to adjacent lower, the left part of the left conveyer belt 4 is logical
Often exceed adjacent right 5 a distance of conveyer belt in lower section to the left, and the right part of right conveyer belt 5 usually exceeds to the right the adjacent left side in top
4 a distance of conveyer belt, certainly, the right part of the left conveyer belt 4 of lower side are preferably extend out to outside drying cabinet 3 from discharge port 2
Therefore side facilitates the Material discharge for completing drying.
With continued reference to attached drawing, between the left conveyer belt 4 of the top and drying 3 roof of cabinet, left conveyer belt 4 and the adjacent right side it is defeated
The passage gaps 6 that conveying material and circulation airflow is respectively formed between band 5 are sent, the distance up and down of the passage gaps 6 is according to reality
It needs to be arranged, secondly, the left side of drying cabinet 3 is equipped with and is pumped into the hot-air in right 5 flow beneath gap 6 of conveyer belt simultaneously
The left heat blowing device being blown into again after progress reheating in passage gaps 6 adjacent and above；And dry the right side of cabinet 3
Portion, which is equipped with, to be pumped into the hot-air in right 5 top passage gaps 6 of conveyer belt and is blown on adjacent again after carrying out reheating
Right heat blowing device in the passage gaps 6 of side.Therefore, when fresh material is put by feeding port 1, and successively by lower section
Left conveyer belt 4 and right conveyer belt 5, and from discharge port 2 be discharged, therefore, realize drying operation；And in drying operation process,
Since right heat blowing device and left heat blowing device setting act on, left heat blowing device can will be under right conveyer belt 5
Hot-air in square passage gaps 6 is pumped into and be blown into after reheating again in passage gaps 6 adjacent and above, and adjacent
After hot-air in right 5 top passage gaps 6 of conveyer belt can be pumped into and carry out reheating by the right heat blowing device of upside
It is blown into passage gaps 6 adjacent and above again, therefore, realizes the drying operation to material, meanwhile, it is able to achieve hot wind and repeatedly recycles
Heating, which carries out drying materials operation, reduces the purpose of thermal losses to save electric energy；Secondly, when hot wind passes through multiple relay
After heating, and reach top feeding port 1 after, the moisture in hot wind the more accumulates the more more, without utility value, therefore, will
Directly drained into outside workshop from feeding port 1.
As shown in Figure 1, blowing, air draught and heating structure in order to realize right heat blowing device, the right side of the drying cabinet 3
Offered on tank wall be located at drying 3 roof of cabinet and adjacent right conveyer belt 5 between and be located at two adjacent right conveyer belts 5 it
Between right opening, the front and rear width of right opening is preferably consistent with the front and rear width of left conveyer belt 4 or right conveyer belt 5, secondly,
The right wind deflector 11 that right opening is from top to bottom divided into right air outlet 9 and right air inlet 10 is installed, which leads in right opening
Aerofoil 11 is preferably horizontally disposed plate, meanwhile, the front side edge and back side edge of right wind deflector 11 are connected to drying cabinet 3
On corresponding front side wall or rear wall, in addition, right air outlet 9 is corresponding with the passage gaps 6 of left 4 top of conveyer belt, and it is right
Air inlet 10 is corresponding with the passage gaps 6 of left 4 lower section of conveyer belt；In addition, the right heat blowing device includes being mounted on drying
Block on the right tank wall of cabinet 3 and respectively each right open outer side right heat exchanger fin 7 and be mounted on the right side in 7 outside of right heat exchanger fin
Blower 8, the right blower 8 are preferably crossflow fan；Meanwhile the air inlet of right blower 8 and right air inlet 10 are correspondingly arranged, exhaust outlet
It is correspondingly arranged with right air outlet 9, therefore, right blower 8 can be by the hot-air in the 5 top passage gaps 6 of right conveyer belt of lower left
Be blown into again after being pumped into and being heated in passage gaps 6 adjacent and above, meanwhile, right blower 8 during pump drainage hot wind,
Hot wind passes twice through heat exchanger fin, therefore, can improve the heating temperature of hot wind；In addition, in order to make the hot wind in lower layer's passage gaps 6
It is sufficiently pumped in right blower 8, and is sufficiently blown into upper layer passage gaps 6, the right side of right wind deflector 11 and right heat exchanger fin 7
In sealing contact, left side extends to left 4 top a distance of conveyer belt to the left；In addition, in order to avoid the stream of left 4 top of conveyer belt
Hot wind in logical gap 6 flows backward in the adjacent right air inlet 10 in right side, the gap between right wind deflector 11 and left conveyer belt 4 with
The material material thickness scattered on left conveyer belt 4 is consistent, i.e., right wind deflector 11 is contacted with the material top surface on left conveyer belt 4, because
This, material blocks the gap between right wind deflector 11 and left conveyer belt 4, can avoid hot wind and flows backwards.
Secondly, in order to which the material under left 4 row of conveyer belt to be smoothly directed on the right conveyer belt 5 of adjacent downside, right air draught
The following side of mouth 10 is connected with the right stock guide 12 that inclined downward extends to the left, certainly, it is also preferred that the front side edge of right stock guide 12
It is connected on the drying corresponding front side wall of cabinet 3 or rear wall with back side edge, meanwhile, the left part of right stock guide 12 is prolonged
Extend to adjacent 4 following distance of left conveyer belt and the right conveyer belt 5 top surface setting adjacent close to lower section.
As shown in Figure 1, blowing, air draught and heating structure in order to realize left heat blowing device, dry the left case of cabinet 3
Wall, which is equipped with, is located at left opening between two adjacent left conveyer belts 4, the front and rear width of the left opening preferably with left conveying
Front and rear width with 4 or right conveyer belt 5 is consistent, and left opening is from top to bottom divided into a left side secondly, being equipped in left opening
The left wind deflector 17 of air outlet 15 and left air inlet 16, the left wind deflector 17 are preferably horizontally disposed plate, meanwhile, left wind-guiding
The front side edge and back side edge of plate 17 are connected on the drying corresponding front side wall of cabinet 3 or rear wall；In addition, left air outlet
15 is corresponding with the passage gaps 6 of right 5 top of conveyer belt, passage gaps 6 phase of the left air inlet 16 preferably with right 5 lower section of conveyer belt
It is corresponding；In addition, the left heat blowing device includes being mounted on the outside of the left tank wall of drying cabinet 3 and blocking respectively to open on each left side
The left heat exchanger fin 13 in mouth outside and the left blower 14 for being mounted on left 13 outside of heat exchanger fin, wherein the left blower 14 preferably crossing current
Blower；Meanwhile the air inlet of Zuo Fengji 14 is correspondingly arranged with left air inlet 16, exhaust outlet is correspondingly arranged with left air outlet 15, because
This, Zuo Fengji 14 is blown into phase after the hot-air in adjacent right 5 flow beneath gap 6 of conveyer belt being pumped into and be heated again
In the passage gaps 6 of adjacent top, meanwhile, for Zuo Fengji 14 during pump drainage hot wind, hot wind passes twice through heat exchanger fin, therefore,
The heating temperature of hot wind can be improved；In addition, in order to be pumped to the hot wind in lower layer's passage gaps 6 sufficiently in left blower, and fill
It point is blown into upper layer passage gaps 6, the left side of left wind deflector 17 and left heat exchanger fin 13 are in sealing contact, right side extends to the right
To right 5 top a distance of conveyer belt；In addition, in order to avoid the hot wind in the passage gaps 6 of right 5 top of conveyer belt flows backward to a left side
In the adjacent left air inlet 16 in side, gap between left wind deflector 17 and right conveyer belt 5 and the material on right conveyer belt 5 is scattered
Material is thick consistent, i.e., left wind deflector 17 is contacted with the material top surface on right conveyer belt 5, and therefore, material is by left wind deflector 17 and the right side
Gap between conveyer belt 5 is blocked, and be can avoid hot wind and is flow backwards.
Secondly, in order to which the material under right 5 row of conveyer belt to be smoothly directed on the left conveyer belt 4 of adjacent downside, left air draught
The following side of mouth 16 is connected with the left stock guide 18 for tilting extension to the right, certainly, it is also preferred that the front side edge of left stock guide 18
It is connected on the drying corresponding front side wall of cabinet 3 or rear wall with back side edge, meanwhile, the right part of left stock guide 18 is prolonged
Extend to adjacent 5 following distance of right conveyer belt and the left conveyer belt 4 top surface setting adjacent close to lower section.
In conclusion the utility model is not limited to above-mentioned specific embodiment.Those skilled in the art are not departing from this reality
Under the premise of with novel spirit and scope, several change and modification can be done, it is practical new that all these variations should all fall into this
The protection scope of type.
Claims (10)
1. a kind of sirocco reclamation utilizes multilayer drying line, feeding port (1) is equipped with including top, bottom is equipped with the baking of discharge port (2)
Dry cabinet (3), it is characterised in that: be disposed in the drying cabinet (3) multilayer between the upper and lower every setting and can be by material by left end
It is sent to the left conveyer belt (4) of right end, is mounted between two neighboring left conveyer belt (4) and can be by left conveyer belt adjacent and above
(4) be discharged material transmission to adjacent lower section left conveyer belt (4) left part right conveyer belt (5), the left conveying of the top
Be respectively formed between band (4) and drying cabinet (3) roof, between left conveyer belt (4) and adjacent right conveyer belt (5) convey material and
The left side of the passage gaps (6) of circulation airflow, drying cabinet (3) is equipped with right conveyer belt (5) flow beneath gap
(6) hot-air in is pumped into and carries out the left heat blowing being blown into after reheating again in passage gaps (6) adjacent and above
Device；The right side of drying cabinet (3), which is equipped with, is pumped into the hot-air above right conveyer belt (5) in passage gaps (6)
And carry out the right heat blowing device being blown into after reheating again in passage gaps (6) adjacent and above.
2. sirocco reclamation as described in claim 1 utilizes multilayer drying line, it is characterised in that: the right side of drying cabinet (3)
Tank wall, which is equipped with, is located between drying cabinet (3) roof and adjacent right conveyer belt (5) and is located at two adjacent right conveyer belts
(5) the right opening between is equipped in the right opening right opening being from top to bottom divided into right air outlet (9) and right air inlet
(10) right wind deflector (11), the right air outlet (9) is corresponding with passage gaps (6) above left conveyer belt (4), the right side
Air inlet (10) is corresponding with passage gaps (6) below left conveyer belt (4)；The right heat blowing device includes being mounted on baking
Block on the right tank wall of dry cabinet (3) and respectively right opening right heat exchanger fin (7) and be mounted on the outside of right heat exchanger fin (7)
Right blower (8), the air inlet of the right blower (8) is correspondingly arranged with right air inlet (10), exhaust outlet is corresponding with right air outlet (9)
Setting；The right side and right heat exchanger fin (7) of the right wind deflector (11) are in sealing contact, left side extends to left conveyer belt to the left
(4) top.
3. sirocco reclamation as claimed in claim 2 utilizes multilayer drying line, it is characterised in that: the right wind deflector (11) and a left side
Gap between conveyer belt (4) is consistent with material material thickness on left conveyer belt (4) is scattered.
4. sirocco reclamation as claimed in claim 2 utilizes multilayer drying line, it is characterised in that: under the right air inlet (10)
Side is connected with the right stock guide (12) that inclined downward extends to the left, and the left part of the right stock guide (12) extends to an adjacent left side
It is arranged below conveyer belt (4) and close to adjacent right conveyer belt (5) top surface in lower section.
5. sirocco reclamation as claimed in claim 2 utilizes multilayer drying line, it is characterised in that: the front and rear width of the right opening
Consistent with the front and rear width of left conveyer belt (4) or right conveyer belt (5), the right blower (8) is crossflow fan.
6. sirocco reclamation as described in claim 1 utilizes multilayer drying line, it is characterised in that: a left side for drying cabinet (3)
Tank wall is equipped with the left opening being located between two adjacent left conveyer belts (4), is equipped in the left opening by left opening
From top to bottom it is divided into the left wind deflector (17) of left air outlet (15) and left air inlet (16), the left air outlet (15) and the right side are defeated
Send the passage gaps (6) above band (5) corresponding, the passage gaps (6) below the left air inlet (16) and right conveyer belt (5)
It is corresponding；The left heat blowing device includes being mounted on the left tank wall of drying cabinet (3) and being blocked respectively in left opening
Left heat exchanger fin (13) and the left blower (14) that is mounted on the outside of left heat exchanger fin (13), the air inlet of the left blower (14) and left
Air inlet (16) is correspondingly arranged, exhaust outlet is correspondingly arranged with left air outlet (15)；The left side and a left side of the left wind deflector (17)
Heat exchanger fin (13) is in sealing contact, right side extends right up to above right conveyer belt (5).
7. sirocco reclamation as claimed in claim 6 utilizes multilayer drying line, it is characterised in that: the left wind deflector (17) and the right side
Gap between conveyer belt (5) is consistent with material material thickness on right conveyer belt (5) is scattered.
8. sirocco reclamation as claimed in claim 6 utilizes multilayer drying line, it is characterised in that: under the left air inlet (16)
Side is connected with the left stock guide (18) for tilting extension to the right, and the right part of the left stock guide (18) extends to adjacent
It is arranged below right conveyer belt (5) and close to adjacent left conveyer belt (4) top surface in lower section.
9. sirocco reclamation as claimed in claim 6 utilizes multilayer drying line, it is characterised in that: the front and rear width of the left opening
Consistent with the front and rear width of left conveyer belt (4) or right conveyer belt (5), the left blower (14) is crossflow fan.
10. the sirocco reclamation as described in claim 1-9 is any utilizes multilayer drying line, it is characterised in that: the discharge port (2)
It is arranged in the right tank wall following side of drying cabinet (3), the right part of undermost left conveyer belt (4) is stretched out from discharge port (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821319846.1U CN208736122U (en) | 2018-08-16 | 2018-08-16 | A kind of sirocco reclamation utilizes multilayer drying line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821319846.1U CN208736122U (en) | 2018-08-16 | 2018-08-16 | A kind of sirocco reclamation utilizes multilayer drying line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208736122U true CN208736122U (en) | 2019-04-12 |
Family
ID=66029777
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821319846.1U Active CN208736122U (en) | 2018-08-16 | 2018-08-16 | A kind of sirocco reclamation utilizes multilayer drying line |
Country Status (1)
| Country | Link |
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| CN (1) | CN208736122U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110836593A (en) * | 2018-08-16 | 2020-02-25 | 山东瑞海自动化科技有限公司 | Hot air recycling multilayer drying line |
| CN116358244A (en) * | 2023-02-14 | 2023-06-30 | 常州市范群干燥设备有限公司 | Belt drying equipment |
-
2018
- 2018-08-16 CN CN201821319846.1U patent/CN208736122U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110836593A (en) * | 2018-08-16 | 2020-02-25 | 山东瑞海自动化科技有限公司 | Hot air recycling multilayer drying line |
| CN116358244A (en) * | 2023-02-14 | 2023-06-30 | 常州市范群干燥设备有限公司 | Belt drying equipment |
| CN116358244B (en) * | 2023-02-14 | 2023-10-31 | 常州市范群干燥设备有限公司 | Belt drying equipment |
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