CN208520166U - Navel orange spends petal drying unit - Google Patents
Navel orange spends petal drying unit Download PDFInfo
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- CN208520166U CN208520166U CN201820686320.0U CN201820686320U CN208520166U CN 208520166 U CN208520166 U CN 208520166U CN 201820686320 U CN201820686320 U CN 201820686320U CN 208520166 U CN208520166 U CN 208520166U
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- petal
- drying
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Abstract
A kind of navel orange flower petal drying unit, drying box, conveying mechanism and hot air circulating system, pass through hot air pipe heat air delivery to air intake space, petal is blown upwards from air supply tube by air blower air blast, the suspension of petal intermittence is dropped through conveyer belt, driven shaft and conveyer belt rotation are driven by motor driven spindle rotation, cooperate the inlet amount for controlling petal by guide plate and crop control plate and uniformly smooths the petal on conveyer belt, it is connect by air supply tube with the air inlet in outlet air space and air blower, the exhaust outlet and air intake space connection circulating air of exhaust column and air blower.Energy consumption is high when the utility model overcomes the drying of former navel orange petal, and drying is uneven, the low problem of drying efficiency, has structure simple, and hot air circulation utilizes, and less energy-consuming is at low cost, petal drying uniformly, the high feature of drying efficiency.
Description
Technical field
The utility model belongs to food material technical field of drying, is related to a kind of navel orange flower petal drying unit.
Background technique
Navel orange trees are that one kind is precious fruit tree from head to foot, and petal, pistil, pericarp and pulp, which can be processed into, is fabricated to diet fibre
The products such as dimension, wine of navel orange, navel orange vinegar, navel orange tea or cold grinding essential oil, petal need to drain again after cleaning through over cleaning after isolation
The device and method type of drying, at present petal drying is more, the problem is that, energy consumption is larger at high cost, and petal is dried not
Uniformly, drying efficiency is low.
Summary of the invention
The technical problem to be solved by the utility model is to provide a kind of navel orange flower petal drying units, and structure is simple, adopts
It is delivered to the hot wind in air intake space with hot air circulating system cycling hot air hose, it is dry that air blower air blast makes petal intermittence suspend
Dry, guide plate and crop control plate control inlet amount and smooth out, and less energy-consuming is at low cost, and uniformly, drying efficiency is high for petal drying.
A kind of in order to solve the above technical problems, the technical scheme adopted by the utility model is: navel orange flower petal drying dress
It sets, it includes the conveying mechanism connected in drying box, positioned at the hot air circulating system of drying box bottom connection；The drying
Case is hollow cabinet, including air intake space, outlet air space, excessive space, Serpentine Gallery Pavilion, feed opening and hot air pipe；Described
Conveying mechanism includes the conveyer belt cooperated with driving shaft and driven shaft, the motor with active axis connection；The hot air circulation system
System includes the air supply tube and exhaust column connecting with air blower.
The air intake space, outlet air space and the excessive lower part for being spatially located at drying box, Serpentine Gallery Pavilion be located at air intake space,
The top in outlet air space and excessive space, outlet air space and excessive is spatially located at air intake space two sides.
The air supply tube and air intake space connection, exhaust column and outlet air space connection, hot air pipe be located at drying box side and
Air intake space connection.
The cooperation of the two sides of the driving shaft and driven shaft and drying box rolls, and conveyer belt is located at air intake space, outlet air space
Between the top and Serpentine Gallery Pavilion lower part in excessive space, feed opening is located at the top of Serpentine Gallery Pavilion close to one end of drying box,
Drying box both ends are equipped with opening corresponding with conveyer belt.
The conveyer belt is the band body of netted thread hollow structure.
The feed opening is connected with guide plate and crop control plate, and guide plate is that skewed be fastened and connected with drying box of bending is stretched
Contacted in into Serpentine Gallery Pavilion with conveyer belt, crop control plate is the plate body vertically put in Serpentine Gallery Pavilion, downside be located at guide plate and
The top of conveyer belt is not in contact with it.
The drying upper box part be equipped with transport platform, transport platform be tilt a side opening trench structure, open side positioned at into
Expect the top in hole.
A kind of navel orange flower petal drying unit, it includes the conveying mechanism connected in drying box, is located at drying box bottom
The hot air circulating system of portion's connection；Drying box is hollow cabinet, including air intake space, outlet air space, excessive space, suspension sky
Between, feed opening and hot air pipe；Conveying mechanism includes the conveyer belt cooperated with driving shaft and driven shaft, the electricity with active axis connection
Machine；Hot air circulating system includes the air supply tube and exhaust column connecting with air blower.Structure is simple, extremely by hot air pipe heat air delivery
Air intake space blows petal from air supply tube by air blower air blast upwards, and the suspension of petal intermittence is dropped through conveyer belt, passes through
Motor driven spindle rotation drives driven shaft and conveyer belt rotation, passes through the charging of guide plate and crop control plate cooperation control petal
Amount and uniformly smooth the petal on conveyer belt, connect by air supply tube with the air inlet in outlet air space and air blower, exhaust column and
The exhaust outlet and air intake space connection circulating air of air blower, less energy-consuming is at low cost, and uniformly, drying efficiency is high for petal drying.
In the preferred scheme, air intake space, outlet air space and the excessive lower part for being spatially located at drying box, Serpentine Gallery Pavilion position
In the top in air intake space, outlet air space and excessive space, outlet air space and excessive it is spatially located at air intake space two sides.Structure letter
Single, air intake space is used to receive the hot wind from hot air pipe conveying, and outlet air space is used to circulate the hot wind that Serpentine Gallery Pavilion enters, outside
Space overflow for overflowing the hot wind of outlet air space and Serpentine Gallery Pavilion, recycles hot wind, less energy-consuming is at low cost.
In the preferred scheme, air supply tube and air intake space connection, exhaust column and outlet air space connection, hot air pipe, which is located at, to be dried
Dry case side and air intake space connection.Structure is simple, and after hot air pipe heat air delivery to air intake space, air blower air blast will enter the wind empty
Interior hot wind blows over conveyer belt, and conveyer belt conveying intermittently rises the petal fallen and travels forward, and conveying is quick, drying efficiency
It is high.
In the preferred scheme, the two sides of driving shaft and driven shaft and drying box cooperation rolls, and it is empty that conveyer belt is located at air inlet
Between, between outlet air space and the top and Serpentine Gallery Pavilion lower part in excessive space, feed opening is located at the top of Serpentine Gallery Pavilion close to drying
One end of dry case, drying box both ends are equipped with opening corresponding with conveyer belt.Structure is simple, petal from feed opening entrance after under fall on
On conveyer belt, conveyer belt pushes ahead conveying petal under the drive of the motor, and petal is exported from one end of drying box, and petal is continuous
Conveying, drying efficiency is high,
In the preferred scheme, conveyer belt is the band body of netted thread hollow structure.Structure is simple, and petal is located at netted thread sky knot
The conveyer belt of structure steps into Serpentine Gallery Pavilion during travelling forward, air blower blows the hot wind in air intake space upwards
Dynamic, hot wind, which blows afloat the petal on conveyer belt and constantly rises, falls drying, and petal drying is uniform, drying efficiency height.
In the preferred scheme, feed opening is connected with guide plate and crop control plate, and guide plate is the skewed of bending and drying
Case is fastened and connected to put in Serpentine Gallery Pavilion and contact with conveyer belt, and crop control plate is the plate body vertically put in Serpentine Gallery Pavilion, downside
It is not in contact with it positioned at the top of guide plate and conveyer belt.Structure is simple, and petal slides into after feed opening entrance along guide plate
On conveyer belt, the gap control petal between crop control plate and conveyer belt and guide plate enters the amount of Serpentine Gallery Pavilion, into suspension
Smooth the petal on conveyer belt before space, when drying more evenly, drying efficiency is higher.
In the preferred scheme, drying upper box part is equipped with transport platform, and transport platform is the trench structure for tilting a side opening, opens
Mouth side is located at the top of feed opening.Structure is simple, the notch that the transport platform of incline structure conveys petal to feed opening, in transport platform
At gradually reducing structure, when conveying, will not trickle down.
A kind of navel orange flower petal drying unit, drying box, conveying mechanism and hot air circulating system, convey heat by hot air pipe
Wind blows petal from air supply tube to air intake space, by air blower air blast upwards, and the suspension of petal intermittence is dropped through conveyer belt,
Driven shaft and conveyer belt rotation are driven by motor driven spindle rotation, petal is controlled by guide plate and crop control plate cooperation
Inlet amount and the petal on conveyer belt is uniformly smoothed, is connect by air supply tube with the air inlet in outlet air space and air blower, exhausting
The exhaust outlet and air intake space connection circulating air of pipe and air blower.Energy consumption when the utility model overcomes the drying of former navel orange petal
Greatly, drying is uneven, the low problem of drying efficiency, has structure simple, and hot air circulation utilizes, and less energy-consuming is at low cost, and petal dries
It is dry uniform, the high feature of drying efficiency.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and examples:
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the schematic front view of Fig. 1.
Fig. 3 is the schematic top plan view of Fig. 2.
Fig. 4 is schematic cross-sectional view at the A-A of Fig. 3.
In figure: drying box 1, air intake space 11, outlet air space 12, excessive space 13, Serpentine Gallery Pavilion 14, feed opening 15, heat
Air hose 16, guide plate 17, crop control plate 18, transport platform 19, conveying mechanism 2, driving shaft 21, driven shaft 22, conveyer belt 23, motor
24, hot air circulating system 3, air blower 31, air supply tube 32, exhaust column 33.
Specific embodiment
In Fig. 1 ~ Fig. 4, a kind of navel orange flower petal drying unit, it includes the conveying mechanism connected in drying box 1
2, positioned at the hot air circulating system 3 of 1 bottom connection of drying box；The drying box 1 be hollow cabinet, including air intake space 11,
Outlet air space 12, excessive space 13, Serpentine Gallery Pavilion 14, feed opening 15 and hot air pipe 16；The conveying mechanism 2 include and actively
The conveyer belt 23 that axis 21 and driven shaft 22 cooperate, the motor 24 being connect with driving shaft 21；The hot air circulating system 3 include with
The air supply tube 32 and exhaust column 33 that air blower 31 connects.Structure is simple, by 16 heat air delivery of hot air pipe to air intake space 11, leads to
It crosses 31 air blast of air blower and blows petal upwards from air supply tube 32, the suspension of petal intermittence is dropped through conveyer belt 23, passes through motor
The 24 driving rotations of driving shaft 21 drive driven shaft 22 and conveyer belt 23 to rotate, and pass through guide plate 17 and the cooperation control flower of crop control plate 18
The inlet amount of valve and the petal on conveyer belt 23 is uniformly smoothed, passes through the air inlet of air supply tube 32 and outlet air space 12 and air blower 31
Mouth connection, the 11 connection circulating air of exhaust outlet and air intake space of exhaust column 33 and air blower 31, less energy-consuming is at low cost, and petal dries
Dry uniform, drying efficiency is high.
In preferred scheme, the air intake space 11, outlet air space 12 and excessive space 13 are located at the lower part of drying box 1,
Serpentine Gallery Pavilion 14 is located at the top of air intake space 11, outlet air space 12 and excessive space 13, outlet air space 12 and excessive space 13
Positioned at 11 two sides of air intake space.Structure is simple, and air intake space 11 is used to receive the hot wind conveyed from hot air pipe 16, outlet air space
12 hot wind for the entrance of Serpentine Gallery Pavilion 14 of circulating, excessive space 13 are used to overflow the heat in outlet air space 12 and Serpentine Gallery Pavilion 14
Wind, recycles hot wind, and less energy-consuming is at low cost.
In preferred scheme, the air supply tube 32 and 11 connection of air intake space, exhaust column 33 and 12 connection of outlet air space, heat
Air hose 16 is located at 1 side of drying box and 11 connection of air intake space.Structure is simple, 16 heat air delivery of hot air pipe to air intake space 11
Afterwards, the hot wind in air intake space 11 is blown over conveyer belt 23 by 31 air blast of air blower, and the flower fallen is intermittently risen in the conveying of conveyer belt 23
Valve travels forward, and conveying is quick, and drying efficiency is high.
In preferred scheme, the two sides cooperation of the driving shaft 21 and driven shaft 22 and drying box 1 is rolled, and conveyer belt 23
Between 14 lower part of air intake space 11, the top in outlet air space 12 and excessive space 13 and Serpentine Gallery Pavilion, feed opening 15 is located at outstanding
14 top is equipped with opening corresponding with conveyer belt 23 close to one end of drying box 1,1 both ends of drying box between floating.Structure is simple,
Petal from feed opening 15 entrance after under fall on conveyer belt 23, conveyer belt 23 pushed ahead under the driving of motor 24 conveying flower
Valve, petal are exported from one end of drying box 1, and petal is continuously conveyed, and drying efficiency is high,
In preferred scheme, the conveyer belt 23 is the band body of netted thread hollow structure.Structure is simple, and petal is located at netted thread
The conveyer belt 23 of hollow structure steps into Serpentine Gallery Pavilion 14 during travelling forward, air blower is by the warm in air intake space 11
It is blown on wind direction, hot wind, which blows afloat the petal on conveyer belt 23 and constantly rises, falls drying, and uniformly, drying efficiency is high for petal drying.
In preferred scheme, the feed opening 15 is connected with guide plate 17 and crop control plate 18, and guide plate 17 is inclining for bending
It is ramp-like be fastened and connected to put in Serpentine Gallery Pavilion 14 with drying box 1 contacted with conveyer belt 23, crop control plate 18 is vertically to put in suspension sky
Between plate body in 14, downside is located at guide plate 17 and the top of conveyer belt 23 is not in contact with it.Structure is simple, and petal is from charging
Hole 15 slides on conveyer belt 23 after entering along guide plate 17, the gap control between crop control plate 18 and conveyer belt 23 and guide plate 17
Petal processed enters the amount of Serpentine Gallery Pavilion 14, into Serpentine Gallery Pavilion 14 before smooth petal on conveyer belt 23, when drying more evenly,
Drying efficiency is higher.
In preferred scheme, 1 top of drying box is equipped with transport platform 19, and transport platform 19 is the groove profile for tilting a side opening
Structure, open side are located at the top of feed opening 15.Structure is simple, and the transport platform 19 of incline structure conveys petal to feed opening 15,
At gradually reducing structure, when conveying, will not trickle down for notch in transport platform 19.
Navel orange flower petal drying unit as described above, in use, 16 heat air delivery of hot air pipe is to air intake space 11, air blast
31 air blast of machine blows petal from air supply tube 32 upwards, and the suspension of petal intermittence is dropped through conveyer belt 23, and the driving of motor 24 is actively
The rotation of axis 21 drives driven shaft 22 and conveyer belt 23 to rotate, the inlet amount of guide plate 17 and the cooperation control petal of crop control plate 18 and
The even petal smoothed on conveyer belt 23, air supply tube 32 are connect with the air inlet in outlet air space 12 and air blower 31, exhaust column 33 with
The 11 connection circulating air of exhaust outlet and air intake space of air blower 31, less energy-consuming is at low cost, and petal drying is uniform, drying efficiency
It is high.
Air intake space 11 is used to receive the hot wind conveyed from hot air pipe 16, and outlet air space 12 is for the Serpentine Gallery Pavilion 14 that circulates
The hot wind of entrance, excessive space 13 are used to overflow the hot wind in outlet air space 12 and Serpentine Gallery Pavilion 14, recycle hot wind, consume energy
It is small, it is at low cost.
After hot air pipe 16 heat air delivery to air intake space 11,31 air blast of air blower blows over the hot wind in air intake space 11 defeated
Band 23 is sent, the conveying of conveyer belt 23 intermittently rises the petal fallen and travels forward, and conveying is quick, and drying efficiency is high.
Petal from feed opening 15 entrance after under fall on conveyer belt 23, conveyer belt 23 is pushed ahead under the driving of motor 24
Petal is conveyed, petal is exported from one end of drying box 1, and petal is continuously conveyed, and drying efficiency is high,
The conveyer belt 23 that petal is located at netted thread hollow structure steps into Serpentine Gallery Pavilion 14 during travelling forward, drum
Blower blows the hot wind in air intake space 11 upwards, and hot wind, which blows afloat the petal on conveyer belt 23 and constantly rises, falls drying, flower
Uniformly, drying efficiency is high for valve drying.
Petal slides on conveyer belt 23 after the entrance of feed opening 15 along guide plate 17, crop control plate 18 and conveyer belt 23 and leads
Enter the amount of Serpentine Gallery Pavilion 14 to the gap control petal between plate 17, into Serpentine Gallery Pavilion 14 before smooth on conveyer belt 23
Petal, when drying more evenly, drying efficiency is higher.
The transport platform 19 of incline structure conveys petal to feed opening 15, the notch in transport platform 19 at gradually reducing structure,
It will not be trickled down when conveying.
The above embodiments are only the optimal technical scheme of the utility model, and are not construed as the limit for the utility model
System, the features in the embodiments and the embodiments of the present application in the absence of conflict, can mutual any combination.This is practical new
The protection scope of type should be with the technical solution of claim record, technical characteristic in the technical solution recorded including claim
Equivalents are protection scope.Equivalent replacement i.e. within this range is improved, also the protection scope of the utility model it
It is interior.
Claims (7)
1. a kind of navel orange flower petal drying unit, it is characterized in that: it includes the conveying mechanism (2) connected in drying box (1),
Positioned at the hot air circulating system (3) of drying box (1) bottom connection；The drying box (1) is hollow cabinet, including air intake space
(11), outlet air space (12), excessive space (13), Serpentine Gallery Pavilion (14), feed opening (15) and hot air pipe (16)；The conveying
Mechanism (2) includes the conveyer belt (23) cooperated with driving shaft (21) and driven shaft (22), the motor connecting with driving shaft (21)
(24)；The hot air circulating system (3) includes the air supply tube (32) and exhaust column (33) connecting with air blower (31).
2. navel orange flower petal drying unit according to claim 1, it is characterized in that: the air intake space (11), outlet air sky
Between (12) and excessive space (13) be located at the lower part of drying box (1), Serpentine Gallery Pavilion (14) is located at air intake space (11), outlet air space
(12) and the top of excessive space (13), outlet air space (12) and excessive space (13) are located at air intake space (11) two sides.
3. navel orange flower petal drying unit according to claim 1 or 2, it is characterized in that: the air supply tube (32) and air inlet
Space (11) connection, exhaust column (33) and outlet air space (12) connection, hot air pipe (16) is located at drying box (1) side and air inlet is empty
Between (11) connection.
4. navel orange according to claim 1 or 2 flower petal drying unit, it is characterized in that: the driving shaft (21) and driven
The two sides of axis (22) and drying box (1), which cooperate, to be rolled, and conveyer belt (23) is located at air intake space (11), outlet air space (12) and excessive
Between the top and Serpentine Gallery Pavilion (14) lower part in space (13), feed opening (15) is located at the top of Serpentine Gallery Pavilion (14) close to drying
One end of case (1), drying box (1) both ends are equipped with opening corresponding with conveyer belt (23).
5. navel orange flower petal drying unit according to claim 4, it is characterized in that: the conveyer belt (23) is that netted thread is empty
The band body of structure.
6. navel orange flower petal drying unit according to claim 4, it is characterized in that: the feed opening (15) is connected with guiding
Plate (17) and crop control plate (18), guide plate (17) are that skewed be fastened and connected with drying box (1) of bending puts in Serpentine Gallery Pavilion
(14) it is contacted in conveyer belt (23), crop control plate (18) is the plate body vertically put in Serpentine Gallery Pavilion (14), and downside, which is located at, leads
It is not in contact with it to the top of plate (17) and conveyer belt (23).
7. navel orange flower petal drying unit according to claim 6, it is characterized in that: the drying box (1) top is equipped with defeated
It send platform (19), transport platform (19) is the trench structure for tilting a side opening, and open side is located at the top of feed opening (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820686320.0U CN208520166U (en) | 2018-05-09 | 2018-05-09 | Navel orange spends petal drying unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820686320.0U CN208520166U (en) | 2018-05-09 | 2018-05-09 | Navel orange spends petal drying unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208520166U true CN208520166U (en) | 2019-02-19 |
Family
ID=65341360
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820686320.0U Expired - Fee Related CN208520166U (en) | 2018-05-09 | 2018-05-09 | Navel orange spends petal drying unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208520166U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110238990A (en) * | 2019-06-28 | 2019-09-17 | 毛易州 | A kind of hanging dewatering drying device of extrusion plastic production granulation |
-
2018
- 2018-05-09 CN CN201820686320.0U patent/CN208520166U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110238990A (en) * | 2019-06-28 | 2019-09-17 | 毛易州 | A kind of hanging dewatering drying device of extrusion plastic production granulation |
| CN110238990B (en) * | 2019-06-28 | 2021-08-27 | 烟台佳合塑胶科技有限公司 | Extrusion plastics production granulation is with unsettled dehydration device |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190219 Termination date: 20200509 |