CN208108731U - A kind of vermicelli drying device - Google Patents
A kind of vermicelli drying device Download PDFInfo
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- CN208108731U CN208108731U CN201820557841.6U CN201820557841U CN208108731U CN 208108731 U CN208108731 U CN 208108731U CN 201820557841 U CN201820557841 U CN 201820557841U CN 208108731 U CN208108731 U CN 208108731U
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- drying box
- transmission device
- vermicelli
- drying
- exhaust outlet
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Abstract
The utility model discloses a kind of vermicelli drying devices,It includes air-introduced machine,Drying box A and drying box B,The output shaft of air-introduced machine connects having heaters by pipeline,Heater is connected with air blower by pipeline,Air blower is connected separately with air inlet A and air inlet B by pipeline,The top of drying box A and drying box B are respectively arranged with ventilation terminal A and ventilation terminal B,The lower part of drying box A and drying box B are respectively arranged with transmission device A and transmission device B,Feed conveyor belt A is provided in the inner left wall of drying box A,The right side inner wall of drying box A is from top to bottom provided with exhaust outlet A and discharge belt A,Feed conveyor belt B is provided on the right side inner wall of drying box B,The inner left wall of drying box B is from top to bottom provided with exhaust outlet B and discharge belt B,Exhaust outlet A and exhaust outlet B is connected separately with dehumidifier A and dehumidifier B by pipeline,Dehumidifier A and dehumidifier B are connected with heater respectively；The high advantage of the utility model drying efficiency.
Description
Technical field
The utility model relates to food processing technology field more particularly to a kind of vermicelli drying devices.
Background technique
In the process of vermicelli, need by molding vermicelli it is dry go moisture removal could make made of vermicelli can be with
Long-term preservation, otherwise due to the presence meeting of moisture so that vermicelli are apt to deteriorate addles, currently, there are two types of traditional drying process,
One is by the way of natural drying, using the less health of bean vermicelli made from this method and easy adhesion, need manually to carry out
In addition loose item, higher cost are influenced by weather, cannot accomplish continuous production, while production capacity is lower, and drying time is long, no
Adapt to the needs of large-scale production；For another kind by the way of drying, existing drying technology goes out vermicelli during the drying process
The phenomenon that now drying is not thorough, also in addition to dry, total drying time of cost is long, and power consumption is big, inconvenient for operation；Therefore, anxious
The vermicelli drying device that one kind is at low cost, drying efficiency is high, low energy consumption, dries thorough, suitable continuous production need to be designed.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of reasonable in design, operation
It is convenient, at low cost, low energy consumption, it is dry thoroughly, the vermicelli drying device of the high and suitable continuous production of drying efficiency.
What the purpose of this utility model was realized in：A kind of vermicelli drying device, it include air-introduced machine, drying box A and
The output shaft of drying box B, the air-introduced machine connect having heaters by pipeline, and the heater is connected with drum by pipeline
Blower, the air blower are connected separately with air inlet A and air inlet B, the air inlet A and air inlet B points by pipeline
The upper center of drying box A and drying box B is not set, and the top of the drying box A and drying box B are respectively arranged with cloth wind
Air inlet hole, the drying box A and drying box B are evenly arranged on device A and ventilation terminal B, the ventilation terminal A and ventilation terminal B
Lower part be respectively arranged with transmission device A and transmission device B, be provided in the inner left wall of the drying box A charging transmission
Band A, the right side inner wall of the drying box A are from top to bottom provided with exhaust outlet A and discharge belt A, the drying box B's
Feed conveyor belt B is provided on the inner wall of right side, the inner left wall of the drying box B is from top to bottom provided with exhaust outlet B and goes out
The height of material conveyer belt B, the feed conveyor belt A and exhaust outlet A are respectively positioned between ventilation terminal A and transmission device A, described
The height of feed conveyor belt B and exhaust outlet B are respectively positioned between ventilation terminal B and transmission device B, the discharge belt A and go out
The height of material conveyer belt B is respectively lower than transmission device A and transmission device B, the exhaust outlet A and exhaust outlet B and passes through pipeline point
Dehumidifier A and dehumidifier B, the dehumidifier A and dehumidifier B is not connected with to be connected with heater respectively by pipeline, it is described
Heater on be provided with liquid crystal display.
The right end of the feed conveyor belt A offsets by the right 5-10cm relative to the left end of transmission device A.
The left end of the discharge belt A offsets by 5-10cm relative to the right end of transmission device A to the left.
The right end of the feed conveyor belt B offsets by the right 10-20cm relative to the right end of discharge belt A.
The left end of the feed conveyor belt B offsets by 5-10cm relative to the right end of transmission device B to the left.
The right end of the discharge belt B offsets by the right 5-10cm relative to the left end of transmission device B.
The transmission device A is operated clockwise.
The transmission device B is operated counterclockwise.
The lower end of the transmission device A and transmission device B are provided with bracket.
The beneficial effect that the utility model generates：The utility model discloses a kind of vermicelli drying device, air-introduced machine is by room
Interior air is introduced into heater, and heater heats gas, and liquid crystal display is provided on heater, passes through liquid crystal
Display screen sets heating temperature, and the gas after heating is entered under the action of air blower in drying box A and drying box B, drying box A
It is respectively arranged with ventilation terminal A and ventilation terminal B with the top of drying box B, is evenly arranged with air inlet hole on ventilation terminal A and ventilation terminal B,
Gas after heating is uniformly blown on transmission device A and transmission device B through air inlet hole, is formed vermicelli to be dried and is transmitted from charging
Band A is entered in drying box A, and the height of transmission device A is lower than the height of feed conveyor belt A, vermicelli due to gravity effect from
Feed conveyor belt A is fallen on transmission device A, and for transmission device A during transmitting vermicelli to the right, hot gas is through entering the wind aperture
Evenly drying is carried out to the vermicelli on transmission device A, when vermicelli are sent to the right end of transmission device A, due to gravity,
Vermicelli are fallen on discharge belt A, and the right end of feed conveyor belt B offsets by the right 10- relative to the right end of discharge belt A
20cm, vermicelli are fallen under gravity on feed conveyor belt B, and the height of transmission device B is lower than the height of feed conveyor belt B
Degree, vermicelli are fallen under gravity on transmission device B, and transmission device B during transmitting vermicelli to the left, hot gas
Evenly drying is carried out to the vermicelli on transmission device B through air inlet hole, when vermicelli are sent to the left end of transmission device B, due to
Gravity, vermicelli are fallen on discharge belt B, are reached subsequent processing through discharge belt B and are processed；Utilize drying box A
Evenly drying is carried out to the front of vermicelli, evenly drying carried out to the reverse side of vermicelli using drying box B, uniform drying and thoroughly,
Drying efficiency is high；It is provided with exhaust outlet A on inner wall on the right side of drying box A, exhaust outlet B is provided in the inner left wall of drying box B, is done
Hot gas in dry case A and drying box B heats vermicelli, and the moisture in vermicelli is made to become vapor, and waste heat gas carries
Vapor is discharged through exhaust outlet A and exhaust outlet B, is had respectively entered in dehumidifier A and dehumidifier B by pipeline, dehumidifier A and removes
Wet device B obtains dry gas after removing moisture therein, then enters circulating-heating in heater by pipeline again, sufficiently
It using the self-contained heat of waste heat gas, can be rapidly heated, reduce energy consumption and be produced into during circulating-heating
Originally, it is suitble to continuous production；Total, the utility model is with reasonable in design, easy to operate, at low cost, low energy consumption, dry
Thoroughly, the advantages of drying efficiency is high and suitable continuous production.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of vermicelli drying device of the utility model.
Fig. 2 is the top view of ventilation terminal A in a kind of vermicelli drying device of the utility model.
Fig. 3 is the structural schematic diagram of heater in a kind of vermicelli drying device of the utility model.
In figure：1, air-introduced machine 2, heater 3, dehumidifier A 4, air blower 5, drying box A 6, air inlet A 7, cloth wind
Device A 8, transmission device A 9, exhaust outlet A 10, feed conveyor belt A 11, discharge belt A 12, vermicelli 13, air inlet B
14, drying box B 15, feed conveyor belt B 16, ventilation terminal B 17, transmission device B 18, discharge belt B 19, exhaust outlet B
20, dehumidifier B 21, pipeline 22, air inlet hole 23, liquid crystal display.
Specific embodiment
Embodiment 1
As shown in Figure 1-3, a kind of vermicelli drying device, it includes air-introduced machine 1, drying box A5 and drying box B14, described
The output shaft of air-introduced machine 1 connects having heaters 2 by pipeline 21, and the heater 2 is connected with air blower 4 by pipeline 21,
The air blower 4 is connected separately with air inlet A6 and air inlet B13, the air inlet A6 and air inlet by pipeline 21
B13 is separately positioned on the upper center of drying box A5 and drying box B14, the upper part of the drying box A5 and drying box B14
It is not provided on ventilation terminal A7 and ventilation terminal B16, the ventilation terminal A7 and ventilation terminal B16 and is evenly arranged with air inlet hole 22, institute
The lower part of the drying box A5 and drying box B14 that state are respectively arranged with transmission device A8 and transmission device B17, the drying box A5
Inner left wall on be provided with feed conveyor belt A10, the right side inner wall of the drying box A5 is from top to bottom provided with exhaust outlet
A9 and discharge belt A11 is provided with feed conveyor belt B15, the drying box on the right side inner wall of the drying box B14
The inner left wall of B14 is from top to bottom provided with exhaust outlet B29 and discharge belt B18, the feed conveyor belt A10 and exhaust
The height of mouth A9 is respectively positioned between ventilation terminal A7 and transmission device A8, the height of the feed conveyor belt B15 and exhaust outlet B19
It is respectively positioned between ventilation terminal B16 and transmission device B17, the height difference of the discharge belt A11 and discharge belt B18
Dehumidifying is connected separately with by pipeline 21 lower than transmission device A8 and transmission device B17, the exhaust outlet A9 and exhaust outlet B19
Device A3 and dehumidifier B20, the dehumidifier A3 and dehumidifier B20 are connected with heater 2 respectively by pipeline 21, and described adds
Liquid crystal display 23 is provided on hot device 2.
The utility model discloses a kind of vermicelli drying device, room air is introduced into heater by air-introduced machine, heating
Device heats gas, and the gas after heating is entered under the action of air blower in drying box A and drying box B, drying box A
It is respectively arranged with ventilation terminal A and ventilation terminal B with the top of drying box B, is evenly arranged with air inlet hole on ventilation terminal A and ventilation terminal B,
Gas after heating is uniformly blown on transmission device A and transmission device B through air inlet hole, is formed vermicelli to be dried and is transmitted from charging
Band A is entered in drying box A, and the height of transmission device A is lower than the height of feed conveyor belt A, vermicelli due to gravity effect from
Feed conveyor belt A is fallen on transmission device A, and for transmission device A during transmitting vermicelli to the right, hot gas is through entering the wind aperture
Evenly drying is carried out to the vermicelli on transmission device A, when vermicelli are sent to the right end of transmission device A, due to gravity,
Vermicelli are fallen on discharge belt A, and vermicelli are fallen under gravity on feed conveyor belt B, and the height of transmission device B is lower than
The height of feed conveyor belt B, vermicelli are fallen under gravity on transmission device B, and transmission device B is transmitting vermicelli to the left
During, hot gas carries out evenly drying to the vermicelli on transmission device B through air inlet hole, when vermicelli are sent to transmission device
When the left end of B, due to gravity, vermicelli are fallen on discharge belt B, are reached subsequent processing through discharge belt B and are added
Work；Be provided with exhaust outlet A on inner wall on the right side of drying box A, be provided with exhaust outlet B in the inner left wall of drying box B, drying box A and
Hot gas in drying box B heats vermicelli, and the moisture in vermicelli is made to become vapor, and waste heat gas carries vapor warp
Exhaust outlet A and exhaust outlet B discharge, is had respectively entered in dehumidifier A and dehumidifier B, dehumidifier A and dehumidifier B are removed by pipeline
Dry gas is obtained after removing moisture therein, circulating-heating in heater is then entered by pipeline again, is made full use of remaining
The self-contained heat of hot gas, can be rapidly heated during circulating-heating, reduce energy consumption and production cost, be suitble to
Continuous production.
Embodiment 2
As shown in Figure 1-3, a kind of vermicelli drying device, it includes air-introduced machine 1, drying box A5 and drying box B14, described
The output shaft of air-introduced machine 1 connects having heaters 2 by pipeline 21, and the heater 2 is connected with air blower 4 by pipeline 21,
The air blower 4 is connected separately with air inlet A6 and air inlet B13, the air inlet A6 and air inlet by pipeline 21
B13 is separately positioned on the upper center of drying box A5 and drying box B14, the upper part of the drying box A5 and drying box B14
It is not provided on ventilation terminal A7 and ventilation terminal B16, the ventilation terminal A7 and ventilation terminal B16 and is evenly arranged with air inlet hole 22, institute
The lower part of the drying box A5 and drying box B14 that state are respectively arranged with transmission device A8 and transmission device B17, the drying box A5
Inner left wall on be provided with feed conveyor belt A10, the right side inner wall of the drying box A5 is from top to bottom provided with exhaust outlet
A9 and discharge belt A11 is provided with feed conveyor belt B15, the drying box on the right side inner wall of the drying box B14
The inner left wall of B14 is from top to bottom provided with exhaust outlet B29 and discharge belt B18, the feed conveyor belt A10 and exhaust
The height of mouth A9 is respectively positioned between ventilation terminal A7 and transmission device A8, the height of the feed conveyor belt B15 and exhaust outlet B19
It is respectively positioned between ventilation terminal B16 and transmission device B17, the height difference of the discharge belt A11 and discharge belt B18
Dehumidifying is connected separately with by pipeline 21 lower than transmission device A8 and transmission device B17, the exhaust outlet A9 and exhaust outlet B19
Device A3 and dehumidifier B20, the dehumidifier A3 and dehumidifier B20 are connected with heater 2 respectively by pipeline 21, and described adds
Be provided with liquid crystal display 23 on hot device 2, the right end of the feed conveyor belt A10 relative to transmission device A8 left end to the right
5-10cm is offset by, the left end of the discharge belt A11 offsets by 5-10cm relative to the right end of transmission device A8 to the left,
The right end of the feed conveyor belt B15 offsets by the right 10-20cm relative to the right end of discharge belt A11, it is described into
The left end of material conveyer belt B15 offsets by 5-10cm, the discharge belt B18 relative to the right end of transmission device B17 to the left
Right end offset by 5-10cm to the right relative to the left end of transmission device B17, the transmission device A8 is operated clockwise, described
Transmission device B17 operate counterclockwise, the lower end of the transmission device A8 and transmission device B17 are provided with bracket.
The utility model discloses a kind of vermicelli drying device, room air is introduced into heater by air-introduced machine, heating
Device heats gas, and liquid crystal display is provided on heater, heating temperature is set by liquid crystal display, after heating
Gas is entered under the action of air blower in drying box A and drying box B, and the top of drying box A and drying box B are respectively arranged with
It is evenly arranged with air inlet hole on ventilation terminal A and ventilation terminal B, ventilation terminal A and ventilation terminal B, the gas after heating is uniform through air inlet hole
It blows on transmission device A and transmission device B, forms vermicelli to be dried and entered in drying box A from feed conveyor belt A, transmit
The height of device A is lower than the height of feed conveyor belt A, and vermicelli fall on transmission device A from feed conveyor belt A due to the effect of gravity
On, during transmitting vermicelli to the right, hot gas carries out the vermicelli on transmission device A through air inlet aperture transmission device A
Evenly drying, when vermicelli are sent to the right end of transmission device A, due to gravity, vermicelli are fallen on discharge belt A,
The right end of feed conveyor belt B offsets by the right 10-20cm relative to the right end of discharge belt A, and vermicelli are under gravity
It falls on feed conveyor belt B, the height of transmission device B is lower than the height of feed conveyor belt B, and vermicelli are fallen under gravity
On transmission device B, for transmission device B during transmitting vermicelli to the left, hot gas is through air inlet hole to the powder on transmission device B
Item carries out evenly drying, and when vermicelli are sent to the left end of transmission device B, due to gravity, vermicelli fall on discharging transmission
On band B, subsequent processing is reached through discharge belt B and is processed；Evenly drying is carried out using front of the drying box A to vermicelli,
Evenly drying, uniform drying and thorough, drying efficiency height are carried out using reverse side of the drying box B to vermicelli；Inner wall on the right side of drying box A
On be provided with exhaust outlet A, exhaust outlet B, the hot gas pair in drying box A and drying box B are provided in the inner left wall of drying box B
Vermicelli are heated, and the moisture in vermicelli is made to become vapor, and waste heat gas carries vapor and arranges through exhaust outlet A and exhaust outlet B
Out, it is had respectively entered in dehumidifier A and dehumidifier B by pipeline, is obtained after dehumidifier A and dehumidifier B removing moisture therein
Then dry gas enters circulating-heating in heater by pipeline again, the heat for making full use of waste heat gas self-contained
Amount, can be rapidly heated during circulating-heating, reduce energy consumption and production cost, be suitble to continuous production；Total, this
Utility model is with reasonable in design, easy to operate, at low cost, low energy consumption, drying is thorough, drying efficiency is high and is suitble to continuously
The advantages of metaplasia produces.
Claims (9)
1. a kind of vermicelli drying device, it includes air-introduced machine, drying box A and drying box B, it is characterised in that：The air-introduced machine
Output shaft having heaters is connected by pipeline, the heater is connected with air blower by pipeline, and the air blower leads to
Piping is connected separately with air inlet A and air inlet B, the air inlet A and air inlet B are separately positioned on drying box A and do
The top of the upper center of dry case B, the drying box A and drying box B are respectively arranged with ventilation terminal A and ventilation terminal B, described
It is evenly arranged with air inlet hole on ventilation terminal A and ventilation terminal B, the lower part of the drying box A and drying box B are respectively arranged with transmission
Device A and transmission device B is provided with feed conveyor belt A, the right side of the drying box A in the inner left wall of the drying box A
Side inner wall is from top to bottom provided with exhaust outlet A and discharge belt A, is provided with charging on the right side inner wall of the drying box B
Conveyer belt B, the inner left wall of the drying box B are from top to bottom provided with exhaust outlet B and discharge belt B, the charging
The height of conveyer belt A and exhaust outlet A are respectively positioned between ventilation terminal A and transmission device A, the feed conveyor belt B and exhaust outlet B
Height be respectively positioned between ventilation terminal B and transmission device B, the height of the discharge belt A and discharge belt B difference is low
Dehumidifier A and dehumidifying are connected separately with by pipeline in transmission device A and transmission device B, the exhaust outlet A and exhaust outlet B
Device B, the dehumidifier A and dehumidifier B are connected with heater respectively by pipeline, are provided with liquid crystal on the heater
Display screen.
2. a kind of vermicelli drying device according to claim 1, it is characterised in that：The right end of the feed conveyor belt A
Left end relative to transmission device A offsets by the right 5-10cm.
3. a kind of vermicelli drying device according to claim 1, it is characterised in that：The left end of the discharge belt A
Right end relative to transmission device A offsets by 5-10cm to the left.
4. a kind of vermicelli drying device according to claim 1, it is characterised in that：The right end of the feed conveyor belt B
Right end relative to discharge belt A offsets by the right 10-20cm.
5. a kind of vermicelli drying device according to claim 1, it is characterised in that：The left end of the feed conveyor belt B
Right end relative to transmission device B offsets by 5-10cm to the left.
6. a kind of vermicelli drying device according to claim 1, it is characterised in that：The right end of the discharge belt B
Left end relative to transmission device B offsets by the right 5-10cm.
7. a kind of vermicelli drying device according to claim 1, it is characterised in that：The transmission device A is transported clockwise
Turn.
8. a kind of vermicelli drying device according to claim 1, it is characterised in that：The transmission device B is transported counterclockwise
Turn.
9. a kind of vermicelli drying device according to claim 1, it is characterised in that：The transmission device A and transmission dress
The lower end for setting B is provided with bracket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820557841.6U CN208108731U (en) | 2018-04-19 | 2018-04-19 | A kind of vermicelli drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820557841.6U CN208108731U (en) | 2018-04-19 | 2018-04-19 | A kind of vermicelli drying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208108731U true CN208108731U (en) | 2018-11-16 |
Family
ID=64119083
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820557841.6U Active CN208108731U (en) | 2018-04-19 | 2018-04-19 | A kind of vermicelli drying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208108731U (en) |
-
2018
- 2018-04-19 CN CN201820557841.6U patent/CN208108731U/en active Active
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