CN207797535U - A kind of block dehumidification system of optical glass production technology section - Google Patents
A kind of block dehumidification system of optical glass production technology section Download PDFInfo
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- CN207797535U CN207797535U CN201721845814.0U CN201721845814U CN207797535U CN 207797535 U CN207797535 U CN 207797535U CN 201721845814 U CN201721845814 U CN 201721845814U CN 207797535 U CN207797535 U CN 207797535U
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Abstract
The utility model is related to a kind of block dehumidification system of optical glass production technology section, structure includes dehumidifying babinet and the heat preserving type sealing cover for being set to dehumidifying top of the box；The dehumidifying bottom of box is provided with the fresh air air inducing chamber being sequentially distributed from bottom to top, electrical heating type fresh air heating plate, hot dry wind mixing chamber and panel-type air distributor, and fresh air wind guide chamber is internally provided with air-introduced machine, vortex fan is arranged inside hot dry wind mixing chamber；The utility model helps to improve glass block dehumidification efficiency, reduces thermal losses.
Description
Technical field
The utility model is related to optical glass production technical field, more particularly to a kind of block for learning process of glass section
Dehumidification system.
Background technology
In optical glass production process, need to carry out dehumidification treatments, existing glass block to the glass block material of acquisition
There are the technical problems of heat transfer unevenness for dehumidification device, affect dehumidification efficiency, and existing glass block dehumidification device is kept the temperature
Effect is poor, causes great thermal losses and heat waster.
Utility model content
The purpose of this utility model is to carry out technological improvement for existing glass block dehumidification device, design a kind of glass
The block dehumidification system of glass production technology section improves glass block dehumidification efficiency, reduces thermal losses.
The utility model is achieved through the following technical solutions：
A kind of block dehumidification system for learning process of glass section, which is characterized in that structure includes dehumidifying babinet（1）And
It is set to dehumidifying babinet（1）The heat preserving type sealing cover at top（2）；
The dehumidifying babinet（1）Bottom is provided with the fresh air air inducing chamber being sequentially distributed from bottom to top（3）, electrical heating type fresh air
Heating plate（4）, hot dry wind mixing chamber（5）With panel-type air distributor（6）, fresh air wind guide chamber（3）It is internally provided with air-introduced machine
（301）, hot dry wind mixing chamber（5）Inside setting vortex fan（501）；
The dehumidifying babinet（1）Inside is provided with the level-one being sequentially distributed from bottom to top and accepts laminate（11）, two level
Accept laminate（12）Laminate is accepted with three-level（13）, level-one undertaking laminate（11）Laminate is accepted with two level（12）Between form level-one
Accommodating chamber（101）, two level undertaking laminate（12）Laminate is accepted with three-level（13）Between formed two level accommodating chamber（102）, three-level holds
Connect laminate（13）With heat preserving type sealing cover（2）Between formed three-level accommodating chamber（103）；
The heat preserving type sealing cover（2）Top is provided with gas vent（201）；
The gas vent（201）Outlet end connects gas dehumidification machine by gas circulating tube（7）, gas dehumidification machine（7）Go out
Mouth end passes through gas transfer pump（8）It is connected to fresh air air inducing chamber（3）；
The dehumidifying babinet（1）Madial wall is provided with annular hot dry wind flow-guiding channel（200）, dehumidify babinet（1）Lateral wall
Graphite felt insulating layer is set（300）.
Further, the fresh air air inducing chamber（3）Air filtration sieve is arranged in air intake（31）.
Further, the dehumidifying babinet（1）Bottom is provided with undertaking column（100）.
The utility model provide it is a kind of learn process of glass section block dehumidification system have compared with prior art
Beneficial effect is：
1, the block dehumidification system of the process of glass section of the utility model design, dehumidify babinet（1）Bottom is arranged
There is the fresh air air inducing chamber being sequentially distributed from bottom to top（3）, electrical heating type fresh air heating plate（4）, hot dry wind mixing chamber（5）With it is board-like
Gas distributor（6）, fresh air wind guide chamber（3）It is internally provided with air-introduced machine（301）, hot dry wind mixing chamber（5）Inside setting is vortexed
Wind turbine（501）；Above-mentioned design is conducive to be promoted hot dry wind in dehumidifying babinet（1）Internal is uniformly distributed, and improves dehumidification efficiency.
2, the block dehumidification system of the process of glass section of the utility model design, dehumidify babinet（1）Inside setting
It is provided with the level-one being sequentially distributed from bottom to top and accepts laminate（11）, two level accept laminate（12）Laminate is accepted with three-level（13）,
Level-one accepts laminate（11）Laminate is accepted with two level（12）Between formed level-one accommodating chamber（101）, two level undertaking laminate（12）With
Three-level accepts laminate（13）Between formed two level accommodating chamber（102）, three-level undertaking laminate（13）With heat preserving type sealing cover（2）Between
Form three-level accommodating chamber（103）；Heat preserving type sealing cover（2）Top is provided with gas vent（201）；Dehumidify babinet（1）Madial wall is set
It is equipped with annular hot dry wind flow-guiding channel（200）, dehumidify babinet（1）Graphite felt insulating layer is arranged in lateral wall（300）；Above-mentioned design,
Hot dry wind is improved in dehumidifying babinet（1）Internal mobility improves exchange rate, further increases the drying of glass block
Efficiency.
3, the block dehumidification system of the process of glass section of the utility model design, gas vent（201）Outlet end is logical
Cross gas circulating tube connection gas dehumidification machine（7）, gas dehumidification machine（7）Outlet end passes through gas transfer pump（8）It is connected to fresh air
Air inducing chamber（3）；Above-mentioned design, using gas circulating tube, gas dehumidification machine（7）And gas transfer pump（8）Cooperation, realize height
Wet body recycles, and to realize the touring utilization of heat, reduces thermal losses.
Description of the drawings
Fig. 1 is the structural schematic diagram of the block dehumidification system of the utility model process of glass section.
Specific implementation mode
The utility model is described further refering to attached drawing 1.
The utility model is related to a kind of block dehumidification systems for learning process of glass section, which is characterized in that structure includes
Dehumidify babinet（1）And it is set to dehumidifying babinet（1）The heat preserving type sealing cover at top（2）；
The dehumidifying babinet（1）Bottom is provided with the fresh air air inducing chamber being sequentially distributed from bottom to top（3）, electrical heating type fresh air
Heating plate（4）, hot dry wind mixing chamber（5）With panel-type air distributor（6）, fresh air wind guide chamber（3）It is internally provided with air-introduced machine
（301）, hot dry wind mixing chamber（5）Inside setting vortex fan（501）；
The dehumidifying babinet（1）Inside is provided with the level-one being sequentially distributed from bottom to top and accepts laminate（11）, two level
Accept laminate（12）Laminate is accepted with three-level（13）, level-one undertaking laminate（11）Laminate is accepted with two level（12）Between form level-one
Accommodating chamber（101）, two level undertaking laminate（12）Laminate is accepted with three-level（13）Between formed two level accommodating chamber（102）, three-level holds
Connect laminate（13）With heat preserving type sealing cover（2）Between formed three-level accommodating chamber（103）；
The heat preserving type sealing cover（2）Top is provided with gas vent（201）；
The gas vent（201）Outlet end connects gas dehumidification machine by gas circulating tube（7）, gas dehumidification machine（7）Go out
Mouth end passes through gas transfer pump（8）It is connected to fresh air air inducing chamber（3）；
The dehumidifying babinet（1）Madial wall is provided with annular hot dry wind flow-guiding channel（200）, dehumidify babinet（1）Lateral wall
Graphite felt insulating layer is set（300）.
As an improvement, the fresh air air inducing chamber（3）Air filtration sieve is arranged in air intake（31）.
As an improvement, the dehumidifying babinet（1）Bottom is provided with undertaking column（100）.
Compared with prior art, the block dehumidification system of the process of glass section of the utility model design, removes wet tank
Body（1）Bottom is provided with the fresh air air inducing chamber being sequentially distributed from bottom to top（3）, electrical heating type fresh air heating plate（4）, hot dry wind it is mixed
Close chamber（5）With panel-type air distributor（6）, fresh air wind guide chamber（3）It is internally provided with air-introduced machine（301）, hot dry wind mixing chamber（5）
Inside setting vortex fan（501）；Above-mentioned design is conducive to be promoted hot dry wind in dehumidifying babinet（1）Internal is uniformly distributed, and carries
High dehumidification efficiency.
The block dehumidification system of the process of glass section of the utility model design, dehumidify babinet（1）Inside is set
It is equipped with the level-one being sequentially distributed from bottom to top and accepts laminate（11）, two level accept laminate（12）Laminate is accepted with three-level（13）, one
Grade accepts laminate（11）Laminate is accepted with two level（12）Between formed level-one accommodating chamber（101）, two level undertaking laminate（12）With three
Grade accepts laminate（13）Between formed two level accommodating chamber（102）, three-level undertaking laminate（13）With heat preserving type sealing cover（2）Between shape
At three-level accommodating chamber（103）；Heat preserving type sealing cover（2）Top is provided with gas vent（201）；Dehumidify babinet（1）Madial wall is arranged
There is annular hot dry wind flow-guiding channel（200）, dehumidify babinet（1）Graphite felt insulating layer is arranged in lateral wall（300）；Above-mentioned design, carries
High hot dry wind is in dehumidifying babinet（1）Internal mobility improves exchange rate, further increases the dry effect of glass block
Rate.
The block dehumidification system of the process of glass section of the utility model design, gas vent（201）Outlet end passes through
Gas circulating tube connects gas dehumidification machine（7）, gas dehumidification machine（7）Outlet end passes through gas transfer pump（8）Fresh air is connected to draw
Wind chamber（3）；Above-mentioned design, using gas circulating tube, gas dehumidification machine（7）And gas transfer pump（8）Cooperation, realize high temperature
Gas recycles, and to realize the touring utilization of heat, reduces thermal losses.
When the utility model is used, glass block to be dehumidified, which is positioned over level-one, accepts laminate（11）, two level accept layer
Plate（12）Laminate is accepted with three-level（13）On, via fresh air air inducing chamber（3）The air of input passes through electrical heating type fresh air heating plate
（4）When complete heating, obtain high-temperature gas in hot dry wind mixing chamber（5）Mixing is completed in inside, is then distributed via panel-type air
Device（6）Enter dehumidifying babinet after distribution（1）In dehumidifying babinet（1）Inside complete it is uniformly distributed, recuperated gas after heat exchange via
Gas vent（201）Discharge, via gas vent（201）The recuperated gas of discharge passes through gas dehumidification machine successively（7）It is conveyed with gas
Pump（8）Afterwards, via fresh air air inducing chamber（3）It is again introduced into dehumidifying babinet（1）Inside participates in the dehumidifying of glass block.
As described above, you can the utility model is applied.
The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not
Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (3)
1. a kind of block dehumidification system for learning process of glass section, which is characterized in that structure includes dehumidifying babinet（1）And it sets
It is placed in dehumidifying babinet（1）The heat preserving type sealing cover at top（2）；
The dehumidifying babinet（1）Bottom is provided with the fresh air air inducing chamber being sequentially distributed from bottom to top（3）, electrical heating type fresh air heating
Plate（4）, hot dry wind mixing chamber（5）With panel-type air distributor（6）, fresh air wind guide chamber（3）It is internally provided with air-introduced machine（301）,
Hot dry wind mixing chamber（5）Inside setting vortex fan（501）；
The dehumidifying babinet（1）Inside is provided with the level-one being sequentially distributed from bottom to top and accepts laminate（11）, two level accept
Laminate（12）Laminate is accepted with three-level（13）, level-one undertaking laminate（11）Laminate is accepted with two level（12）Between formed level-one accommodate
Chamber（101）, two level undertaking laminate（12）Laminate is accepted with three-level（13）Between formed two level accommodating chamber（102）, three-level undertaking layer
Plate（13）With heat preserving type sealing cover（2）Between formed three-level accommodating chamber（103）；
The heat preserving type sealing cover（2）Top is provided with gas vent（201）；
The gas vent（201）Outlet end connects gas dehumidification machine by gas circulating tube（7）, gas dehumidification machine（7）Outlet end
Pass through gas transfer pump（8）It is connected to fresh air air inducing chamber（3）；
The dehumidifying babinet（1）Madial wall is provided with annular hot dry wind flow-guiding channel（200）, dehumidify babinet（1）Lateral wall is arranged
Graphite felt insulating layer（300）.
2. the block dehumidification system according to claim 1 for learning process of glass section, which is characterized in that the fresh air is drawn
Wind chamber（3）Air filtration sieve is arranged in air intake（31）.
3. the block dehumidification system according to claim 1 for learning process of glass section, which is characterized in that described to remove wet tank
Body（1）Bottom is provided with undertaking column（100）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721845814.0U CN207797535U (en) | 2017-12-26 | 2017-12-26 | A kind of block dehumidification system of optical glass production technology section |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721845814.0U CN207797535U (en) | 2017-12-26 | 2017-12-26 | A kind of block dehumidification system of optical glass production technology section |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207797535U true CN207797535U (en) | 2018-08-31 |
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ID=63281158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721845814.0U Active CN207797535U (en) | 2017-12-26 | 2017-12-26 | A kind of block dehumidification system of optical glass production technology section |
Country Status (1)
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| CN (1) | CN207797535U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111306925A (en) * | 2020-03-27 | 2020-06-19 | 周全红 | Petrochemical environmental protection drying equipment |
-
2017
- 2017-12-26 CN CN201721845814.0U patent/CN207797535U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111306925A (en) * | 2020-03-27 | 2020-06-19 | 周全红 | Petrochemical environmental protection drying equipment |
| CN111306925B (en) * | 2020-03-27 | 2021-11-02 | 东营联合石化有限责任公司 | Petrochemical environmental protection drying equipment |
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