CN209371733U - A kind of gelatin band drying room - Google Patents
A kind of gelatin band drying room Download PDFInfo
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- CN209371733U CN209371733U CN201822156700.6U CN201822156700U CN209371733U CN 209371733 U CN209371733 U CN 209371733U CN 201822156700 U CN201822156700 U CN 201822156700U CN 209371733 U CN209371733 U CN 209371733U
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- heat pump
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Abstract
The utility model relates to a kind of gelatin band drying rooms, including drying room ontology, the drying room ontology is made of four groups of different heat pump units, gas supplementing opening and wet-emitting blower are provided at the top of heat pump unit, lower left quarter is provided with booster fan, it is connected to by pipeline with the inside of heat pump unit, the bottom of heat pump unit is provided with heat pump main frame, the top of heat pump main frame is provided with thermal insulation board, mesh belt is provided with above thermal insulation board, air distribution plate is provided with above mesh belt, hot air circulation channel is provided with above air distribution plate, dehumidify evaporimeter is provided in the hot air circulation channel, heat condenser, dehumidify evaporimeter is located at the left end of heating condenser, sink is additionally provided with below dehumidify evaporimeter, it heats and is connected with air-introduced machine at the air outlet of condenser, assisted heating device is provided at the air outlet of air-introduced machine；Generally, the utility model has the advantages that energy utilization rate is high, use cost is low and good drying effect.
Description
Technical field
The utility model relates to gelatin band technical field of drying, and in particular to a kind of gelatin band drying room.
Background technique
In the production process of gelatin, fourdrinier dryer is mainly used for dry gelatin, the air after desiccant dehumidification heats
Into fourdrinier wire drying room, drying and processing is carried out to the gelatin material on mesh belt, general gelatin drying unit is big in the prior art
There are three types of bodies, and one is rotary wheel dehumidifyings, second is that cooling and dehumidifying, third is that lithium chloride dehumidifies, rotary wheel dehumidifying and cooling and dehumidifying are required
Water cooler, occupied area is larger, and operating cost is higher, and lithium chloride dehumidifying dehumidifying belongs to solution dehumidification, its main feature is that running cost
With lower, but need to consume lithium chloride in operation, and lithium chloride has strong corrosive, it is more demanding to the material of equipment, it throws
It is larger to provide cost；Therefore develop that a kind of energy utilization rate is high, use cost is low and the gelatin band drying room of good drying effect
With important application value.
Utility model content
The purpose of this utility model is to overcome the deficiencies of existing gelatin band drying room, as much as possible solve production
The problems that personnel encounter in gelatin drying course, to provide, a kind of energy utilization rate is high, use cost is low and dries
The good gelatin band drying room of dry effect.
In order to achieve the above objectives, technical solution used by the utility model is as follows: a kind of gelatin band drying room, including
Drying room ontology, the drying room ontology are made of four groups of different heat pump units, respectively the first heat pump unit, the second heat pump
Unit, third heat pump unit and the 4th heat pump unit, first heat pump unit, the second heat pump unit, third heat pump unit and
Gas supplementing opening and wet-emitting blower are provided at the top of 4th heat pump unit, lower left quarter is provided with booster fan, passes through pipeline and heat
The inside of pump assembly is connected to, and the bottom of first heat pump unit is provided with the first heat pump main frame, the top of the first heat pump main frame
It is provided with the first thermal insulation board, the first mesh belt is provided with above the first thermal insulation board, the first cloth wind is provided with above the first mesh belt
Plate is provided with the first hot air circulation channel above the first air distribution plate, is provided with first in first hot air circulation channel and removes
Wet evaporator, the first heating condenser, the first dehumidify evaporimeter are located at the left end of the first heating condenser, the first dehumidify evaporimeter
Lower section be additionally provided with the first sink, be connected with the first air-introduced machine at the air outlet of the first heating condenser, the first air-introduced machine
The first assisted heating device is provided at air outlet；
The bottom of second heat pump unit is provided with the second heat pump main frame, and the top of the second heat pump main frame is provided with second
Thermal insulation board is provided with the second mesh belt above the second thermal insulation board, the second air distribution plate, the second cloth wind is provided with above the second mesh belt
It is provided with the second hot air circulation channel above plate, the second dehumidify evaporimeter, are provided in second hot air circulation channel
Two heating condensers, the second dehumidify evaporimeter are located at the right end of the second heating condenser, and the lower section of the second dehumidify evaporimeter is also set
It is equipped with the second sink, the second air-introduced machine is connected at the air outlet of the second heating condenser, is set at the air outlet of the second air-introduced machine
It is equipped with the second assisted heating device；
The bottom of the third heat pump unit is provided with third heat pump main frame, and the top of third heat pump main frame is provided with third
Thermal insulation board is provided with third mesh belt above third thermal insulation board, third air distribution plate, third cloth wind is provided with above third mesh belt
It is provided with third hot air circulation channel above plate, third dehumidify evaporimeter, are provided in third hot air circulation channel
Three heating condensers, third dehumidify evaporimeter are located at the right end of third heating condenser, and the lower section of third dehumidify evaporimeter is also set
It is equipped with third sink, the air inlet of third dehumidify evaporimeter is connected with the first main air blower, and third heats the air outlet of condenser
Place is provided with third assisted heating device；
The bottom of 4th heat pump unit is provided with the 4th heat pump main frame, and the top of the 4th heat pump main frame is provided with the 4th
Thermal insulation board is provided with the 4th mesh belt above the 4th thermal insulation board, the 4th air distribution plate, the 4th cloth wind is provided with above the 4th mesh belt
It is provided with the 4th hot air circulation channel above plate, the 4th dehumidify evaporimeter, are provided in the 4th hot air circulation channel
Four heating condensers, the 4th dehumidify evaporimeter are located at the left end of the 4th heating condenser, and the lower section of the 4th dehumidify evaporimeter is also set
It is equipped with the 4th sink, the air inlet of the 4th dehumidify evaporimeter is connected with the second main air blower, the air outlet of the 4th heating condenser
Place is provided with the 4th assisted heating device.
First heat pump unit, the inside hot air circulation of the second heat pump unit are that counterclockwise, hot wind passes through mesh belt
Direction be from the bottom to top；The third heat pump unit, the inside hot air circulation of the 4th heat pump unit are hot wind clockwise
Direction by mesh belt is from top to bottom.
First air distribution plate, the second air distribution plate are provided with notch, circulate for hot wind.
First mesh belt, the second mesh belt, third mesh belt and the adjacent connection two-by-two of the 4th mesh belt.
First mesh belt, the second mesh belt, third mesh belt and the 4th mesh belt transmission speed be 183mm/min~229mm/
min。
The first heat pump unit internal temperature control is between 24 °C~26 °C；Second heat pump unit internal temperature control
Between 27 °C~29 °C；Third heat pump unit internal temperature control is between 32 °C~34 °C；Temperature inside 4th heat pump unit
Degree control is between 37 °C~39 °C.
The outside of the drying room ontology is additionally provided with control device.
Compared with prior art, dried the utility model has the beneficial effects that the application belongs to air source heat pump technology
The only water discharged in journey, without energy loss, very energy regenerating, efficiency is very high；Furthermore the present apparatus is completely close
Drying is closed, therefore the effective component of article will not be lost, greatly improves the quality and rank of dried object；The present apparatus is used and is removed simultaneously
Wet drying, humidity can drop to 5% once, and the moisture of article surface can quickly volatilize, so drying process is not mouldy, never degenerates；
Finally, control device Programmable Temperature, the humidity, drying time of present apparatus setting, can be realized unattended function；Total
For, the utility model has the advantages that energy utilization rate is high, use cost is low and using effect is good.
Detailed description of the invention
Fig. 1 is the main view internal structural map of the first heat pump unit in the utility model.
Fig. 2 is the main view internal structural map of the second heat pump unit in the utility model.
Fig. 3 is the main view internal structural map of third heat pump unit in the utility model.
Fig. 4 is the main view internal structural map of the 4th heat pump unit in the utility model.
Fig. 5 is the connection effect figure of heat pump unit in the utility model.
Fig. 6 is the first heat pump unit inside hot blast flow direction figure in the utility model.
Fig. 7 is the second heat pump unit inside hot blast flow direction figure in the utility model.
Fig. 8 is third heat pump unit inside hot blast flow direction figure in the utility model.
Fig. 9 is the 4th heat pump unit inside hot blast flow direction figure in the utility model.
In figure: 1, the first heat pump unit 11, the first heat pump main frame 12, the first thermal insulation board 13, the first mesh belt 14, first
Air distribution plate 15, the first dehumidify evaporimeter 16, first heat condenser 17, the first air-introduced machine 18, the first assisted heating device
19, the first sink 2, the second heat pump unit 21, the second heat pump main frame 22, the second thermal insulation board 23, the second mesh belt 24, second
Air distribution plate 25, the second dehumidify evaporimeter 26, second heat condenser 27, the second air-introduced machine 28, the second assisted heating device
29, the second sink 3, third heat pump unit 31, third heat pump main frame 32, third thermal insulation board 33, third mesh belt 34, third
Air distribution plate 35, third dehumidify evaporimeter 36, third heat condenser 37, the first main air blower 38, third assisted heating device
39, third sink 4, the 4th heat pump unit 41, the 4th heat pump main frame 42, the 4th thermal insulation board 43, the 4th mesh belt the 44, the 4th
Air distribution plate 45, the 4th dehumidify evaporimeter the 46, the 4th heat condenser 47, the second main air blower 48, the 4th assisted heating device
49, the 4th sink 5, gas supplementing opening 6, wet-emitting blower 7, booster fan 8, pipeline.
Specific embodiment
In order to better understand the utility model, it is further described combined with specific embodiments below.
Specific embodiment of the present utility model is further described with reference to the accompanying drawing.
As shown in figs. 1-9, a kind of gelatin band drying room, including drying room ontology, the drying room ontology is by four groups
Different heat pump unit compositions, respectively the first heat pump unit 1, the second heat pump unit 2, third heat pump unit 3 and the 4th heat pump
Unit 4, in the application by drying room be set as four heat pump units be in order to allow the baking process of gelatin to carry out segment processing, with
This reaches better drying effect, first heat pump unit 1, the second heat pump unit 2, third heat pump unit 3 and the 4th heat
The top of pump assembly 4 is provided with gas supplementing opening 5 and wet-emitting blower 6, and polishing mouth 5 is for supplementing air, and hydrofuge mechanism of qi 6 will be for that will dry
Indoor moisture discharge interior is done, lower left quarter is provided with booster fan 7, is connected to by pipeline 8 with the inside of heat pump unit, formed
The circulating effect of internal hot wind, the bottom of first heat pump unit 1 are provided with the first heat pump main frame 11, the first heat pump of Lai Shixian
Control effect in unit 1, the top of the first heat pump main frame 11 are provided with the first thermal insulation board 12, and the top of the first thermal insulation board 12 is set
It is equipped with the first mesh belt 13, is used for transmission material, the top of the first mesh belt 13 is provided with the first air distribution plate 14, the first air distribution plate 14
Top is provided with the first hot air circulation channel, and the first dehumidify evaporimeter 15, first is provided in first hot air circulation channel
Condenser 16 is heated, the first dehumidify evaporimeter 15 is under the left end of the first heating condenser 16, the first dehumidify evaporimeter 15
Side is additionally provided with the first sink 19, is connected with the first air-introduced machine 17, the first air-introduced machine at the air outlet of the first heating condenser 16
The first assisted heating device 18 is provided at 17 air outlet；The bottom of second heat pump unit 2 is provided with the second heat pump master
Machine 21, the top of the second heat pump main frame 21 are provided with the second thermal insulation board 22, and the top of the second thermal insulation board 22 is provided with the second mesh belt
23, the top of the second mesh belt 23 is provided with the second air distribution plate 24, and it is logical that the top of the second air distribution plate 24 is provided with the second hot air circulation
Road is provided with the second dehumidify evaporimeter 25, second heating condenser 26, the second dehumidifying evaporation in second hot air circulation channel
Device 25 is located at the right end of the second heating condenser 26, and the lower section of the second dehumidify evaporimeter 25 is additionally provided with the second sink 29, and second
It heats and is connected with the second air-introduced machine 27 at the air outlet of condenser 26, be provided with the second auxiliary at the air outlet of the second air-introduced machine 27
Heating device 28；The bottom of the third heat pump unit 3 is provided with third heat pump main frame 31, and the top of third heat pump main frame 31 is set
It is equipped with third thermal insulation board 32, the top of third thermal insulation board 32 is provided with third mesh belt 33, and the top of third mesh belt 33 is provided with
Three air distribution plates 34, the top of third air distribution plate 34 are provided with third hot air circulation channel, and the third hot air circulation is set in channel
It is equipped with third dehumidify evaporimeter 35, third heating condenser 36, third dehumidify evaporimeter 35 is located at third heating condenser 36
Right end, the lower section of third dehumidify evaporimeter 35 are additionally provided with third sink 39, the air inlet connection of third dehumidify evaporimeter 35
There is the first main air blower 37, is provided with third assisted heating device 38 at the air outlet of third heating condenser 36；4th heat
The bottom of pump assembly 4 is provided with the 4th heat pump main frame 41, and the top of the 4th heat pump main frame 41 is provided with the 4th thermal insulation board 42, and the 4th
The top of thermal insulation board 42 is provided with the 4th mesh belt 43, and the top of the 4th mesh belt 43 is provided with the 4th air distribution plate 44, the 4th air distribution plate
44 top is provided with the 4th hot air circulation channel, be provided in the 4th hot air circulation channel the 4th dehumidify evaporimeter 45,
4th heating condenser 46, the 4th dehumidify evaporimeter 45 are located at the left end of the 4th heating condenser 46, the 4th dehumidify evaporimeter 45
Lower section be additionally provided with the 4th sink 49, the air inlet of the 4th dehumidify evaporimeter 45 is connected with the second main air blower 47, the 4th system
The 4th assisted heating device 48 is provided at the air outlet of reheater condenser 46；First heat pump unit 1, the second heat pump unit 2
Inside hot air circulation be that counterclockwise, hot wind is from the bottom to top, to realize that the flash baking of material is pre- by the direction of mesh belt
Processing, then fast implements internal circulation by notch with moist hot wind；The third heat pump unit 3, the 4th heat pump machine
The inside hot air circulation of group 4 is that clockwise, the direction that hot wind passes through mesh belt is from top to bottom, to realize the uniform drying of material
Processing reaches the drying demand of material, after hot wind passes through air distribution plate, so that the gelatin object blown on mesh belt that hot wind is more uniform
Material, so that gelatin drying materials is more uniform, avoids the non-uniform situation of humidity after materiel warehouse-out；Described first
Air distribution plate 14, the second air distribution plate 24 are provided with notch, circulate for hot wind；First mesh belt 13, the second mesh belt 23, third
Mesh belt 33 and the adjacent connection two-by-two of the 4th mesh belt 43；First mesh belt 13, the second mesh belt 23, third mesh belt 33 and the 4th mesh belt
43 transmission speed is 183mm/min~229mm/min；First heat pump unit, 1 internal temperature control is at 24 °C~26 °C
Between；Second heat pump unit, 2 internal temperature control is between 27 °C~29 °C；3 internal temperature control of third heat pump unit is at 32 °
Between C~34 °C；4th heat pump unit, 4 internal temperature control is between 37 °C~39 °C；The outside of the drying room ontology is also
It is provided with control device；After completing above-mentioned design, the utility model can be come into operation, be mentioned by external power supply for the present apparatus
For power source, while corresponding temperature is reached come each element in adjusting heat pump unit by control device and is controlled, heating condensation
Device start to work heating, the flow direction of wind is to first pass through dehumidify evaporimeter to dehumidify, after through heating condenser heated, it is auxiliary
Help heating device behind heating condenser, if being not achieved for the ease of heating condenser heating effect, auxiliary heating
Device plays the function of secondary supplement heating wind, so that hot wind reaches set temperature, to reach the requirement of the present apparatus；Total comes
It says, the utility model has the advantages that energy utilization rate is high, use cost is low and good drying effect.
The above descriptions are merely preferred embodiments of the present invention, is only to illustrate the embodiment of the utility model and effect
Fruit should not be considered as limiting the scope of the present invention, it is noted that for the common skill of the art
For art personnel, without departing from the concept of the premise utility, several variations can also be made and improved, should all still be belonged to
Within the patent covering scope of the utility model.
Claims (7)
1. a kind of gelatin band drying room, including drying room ontology, the drying room ontology is by four groups of different heat pump unit groups
At, respectively the first heat pump unit (1), the second heat pump unit (2), third heat pump unit (3) and the 4th heat pump unit (4), institute
It states and is all provided at the top of the first heat pump unit (1), the second heat pump unit (2), third heat pump unit (3) and the 4th heat pump unit (4)
It is equipped with gas supplementing opening (5) and wet-emitting blower (6), lower left quarter is provided with booster fan (7), passes through the interior of pipeline (8) and heat pump unit
Portion's connection, it is characterised in that: the bottom of first heat pump unit (1) is provided with the first heat pump main frame (11), the first heat pump master
The top of machine (11) is provided with the first thermal insulation board (12), is provided with above the first thermal insulation board (12) the first mesh belt (13), first
It is provided with above mesh belt (13) the first air distribution plate (14), it is logical that the first hot air circulation is provided with above the first air distribution plate (14)
Road is provided with the first dehumidify evaporimeter (15), the first heating condenser (16), the first dehumidifying in first hot air circulation channel
Evaporator (15) is located at the left end of the first heating condenser (16), and the first dehumidify evaporimeter is additionally provided with the first water below (15)
Slot (19), first heating condenser (16) air outlet at be connected with the first air-introduced machine (17), the outlet air of the first air-introduced machine (17)
The first assisted heating device (18) are provided at mouthful；
The bottom of second heat pump unit (2) is provided with the second heat pump main frame (21), and the top of the second heat pump main frame (21) is set
It is equipped with the second thermal insulation board (22), is provided with above the second thermal insulation board (22) the second mesh belt (23), the top of the second mesh belt (23)
It is provided with the second air distribution plate (24), the second hot air circulation channel, second hot wind is provided with above the second air distribution plate (24)
The second dehumidify evaporimeter (25), the second heating condenser (26) are provided in circulation canal, the second dehumidify evaporimeter (25) is located at
Second heats the right end of condenser (26), is additionally provided with the second sink (29) below the second dehumidify evaporimeter (25), the second system
It is connected at the air outlet of reheater condenser (26) the second air-introduced machine (27), is provided with second at the air outlet of the second air-introduced machine (27)
Assisted heating device (28)；
The bottom of the third heat pump unit (3) is provided with third heat pump main frame (31), and the top of third heat pump main frame (31) is set
It is equipped with third thermal insulation board (32), is provided with above third thermal insulation board (32) third mesh belt (33), the top of third mesh belt (33)
It is provided with third air distribution plate (34), third hot air circulation channel, the third hot wind is provided with above third air distribution plate (34)
Third dehumidify evaporimeter (35), third heating condenser (36) are provided in circulation canal, third dehumidify evaporimeter (35) is located at
Third heats the right end of condenser (36), is additionally provided with third sink (39) below third dehumidify evaporimeter (35), third is removed
The air inlet of wet evaporator (35) is connected with the first main air blower (37), is provided at the air outlet of third heating condenser (36)
Third assisted heating device (38)；
The bottom of 4th heat pump unit (4) is provided with the 4th heat pump main frame (41), and the top of the 4th heat pump main frame (41) is set
It is equipped with the 4th thermal insulation board (42), the 4th mesh belt (43), the top of the 4th mesh belt (43) are provided with above the 4th thermal insulation board (42)
It is provided with the 4th air distribution plate (44), the 4th hot air circulation channel, the 4th hot wind are provided with above the 4th air distribution plate (44)
The 4th dehumidify evaporimeter (45), the 4th heating condenser (46) are provided in circulation canal, the 4th dehumidify evaporimeter (45) is located at
4th heats the left end of condenser (46), is additionally provided with the 4th sink (49) below the 4th dehumidify evaporimeter (45), the 4th removes
The air inlet of wet evaporator (45) is connected with the second main air blower (47), is provided at the air outlet of the 4th heating condenser (46)
4th assisted heating device (48).
2. gelatin band drying room according to claim 1, it is characterised in that: first heat pump unit (1), the second heat
The inside hot air circulation of pump assembly (2) is that counterclockwise, the direction that hot wind passes through mesh belt is from the bottom to top；The third heat pump
Unit (3), the 4th heat pump unit (4) inside hot air circulation be clockwise, hot wind by the direction of mesh belt be by up to
Under.
3. gelatin band drying room according to claim 1, it is characterised in that: first air distribution plate (14), the second cloth
Aerofoil (24) is provided with notch, circulates for hot wind.
4. gelatin band drying room according to claim 1, it is characterised in that: first mesh belt (13), the second mesh belt
(23), third mesh belt (33) and the 4th mesh belt (43) adjacent connection two-by-two.
5. gelatin band drying room according to claim 4, it is characterised in that: first mesh belt (13), the second mesh belt
(23), the transmission speed of third mesh belt (33) and the 4th mesh belt (43) is 183mm/min~229mm/min.
6. gelatin band drying room according to claim 1, it is characterised in that: the internal temperature of first heat pump unit (1)
Degree control is between 24 °C~26 °C；Second heat pump unit (2) internal temperature control is between 27 °C~29 °C；Third heat pump machine
Group (3) internal temperature control is between 32 °C~34 °C；4th heat pump unit (4) internal temperature control 37 °C~39 °C it
Between.
7. -6 any gelatin band drying room according to claim 1, it is characterised in that: the outside of the drying room ontology
It is additionally provided with control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156700.6U CN209371733U (en) | 2018-12-21 | 2018-12-21 | A kind of gelatin band drying room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156700.6U CN209371733U (en) | 2018-12-21 | 2018-12-21 | A kind of gelatin band drying room |
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| Publication Number | Publication Date |
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| CN209371733U true CN209371733U (en) | 2019-09-10 |
Family
ID=67829837
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| Application Number | Title | Priority Date | Filing Date |
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| CN201822156700.6U Active CN209371733U (en) | 2018-12-21 | 2018-12-21 | A kind of gelatin band drying room |
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| CN (1) | CN209371733U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112129092A (en) * | 2020-09-29 | 2020-12-25 | 李兔 | Wind circulating device |
-
2018
- 2018-12-21 CN CN201822156700.6U patent/CN209371733U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112129092A (en) * | 2020-09-29 | 2020-12-25 | 李兔 | Wind circulating device |
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