CN209171833U - Using the refrigerated display cabinet of wind demisting - Google Patents
Using the refrigerated display cabinet of wind demisting Download PDFInfo
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- CN209171833U CN209171833U CN201821851091.XU CN201821851091U CN209171833U CN 209171833 U CN209171833 U CN 209171833U CN 201821851091 U CN201821851091 U CN 201821851091U CN 209171833 U CN209171833 U CN 209171833U
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- air
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- refrigerated display
- cabinet body
- display cabinet
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Abstract
The utility model belongs to cabinet technical field more particularly to a kind of refrigerated display cabinet using wind demisting.It solves the technical problems such as the prior art is at high cost.This includes lower cabinet body and the glass case at the top of lower cabinet body using the refrigerated display cabinet of wind demisting, there are air-out passages between lower cabinet body upper end inner wall and the lower end outer wall of glass case, lower end and the air-supply chamber of the air-supply chamber and air-out passage that are located at below the air-out passage are equipped in lower cabinet body, it further include the blowing device that wind regime is sent into wind pushing cavity room, blowing device dries into wind pushing cavity room and upwards from the outer surface that air-out passage is blown to glass case.Utility model has the advantages that processing is simpler, at low cost and design is more reasonable.
Description
Technical field
The utility model belongs to cabinet technical field more particularly to a kind of refrigerated display cabinet using wind demisting.
Background technique
Refrigerated display cabinet, general top are glass structure, and lower part is divided into metal or Dali stone structure, passes through compression moulding
Machine, condenser, condenser fan, dry filter and refrigerating channel realize cold air production, then enter to glass by cool air outlet
In glass structure.
However, the condensation of glass is always defect in this industry, cabinet body uses transparent double layer hollow structure,
Since its thermal insulation property is limited, internal cooling capacity generates dew condensation phenomenon after being transmitted to the contact with moisture of glass outer and hot-air, existing
Having the method that the defect is handled in industry is electrically heated mode in hollow sandwich, to the method for glass outer heating, this side
Method has a disadvantage in that:
1, the complex manufacturing technology of heating wire, heating is uneven, and local location is caused still to have dew condensation phenomenon.
2, service life is short and heating wire burn after can only replace monolithic glass, replacement difficulty is larger and higher cost.
3, interior of the cabinet is freezed, and heating wire is but heating, and energy waste is larger.
Utility model content
The purpose of this utility model be in view of the above-mentioned problems, provide it is a kind of processing it is simpler, at low cost and design it is more reasonable
The refrigerated display cabinet using wind demisting.
In order to achieve the above objectives, the utility model uses following technical proposal: this uses the refrigerated display cabinet of wind demisting
Glass case including lower cabinet body and at the top of lower cabinet body, between lower cabinet body upper end inner wall and the lower end outer wall of glass case
There are air-out passages, in lower cabinet body be equipped be located at the air-out passage below air-supply chamber and the lower end of air-out passage with give
Wind chamber, further include into wind pushing cavity room be sent into wind regime blowing device, blowing device dry into wind pushing cavity room and to
On from the outer surface that air-out passage is blown to glass case.
It carries out not only reducing the production and processing cost of cabinet body, and also further improve except condensation and fog using wind
The effect and processing cost of processing.
Total is simple and easy to manufacture.
No replacement is required and operation energy consumption is lower, energy conservation and environmental protection.
In the above-mentioned refrigerated display cabinet using wind demisting, partition, Yi Jilian are equipped with inside the lower cabinet body upper end
Connect on partition and with partition between the upper and lower every top plate, the circumferential side of partition connect with lower cabinet body upper end inner sealing, top plate
Periphery and lower cabinet body upper end inner wall between form above-mentioned air-out passage, on partition be equipped with several mounting holes and be arranged every
Blowing device in a mounting hole, the outer wall of glass case are flushed with the periphery of top plate.
Blowing device is blower.
It is tightly connected and is sealed using sealant or sealing strip.
The width of air-out passage should not be too large, and the air-out passage width of the application is 1-2mm.
In the above-mentioned refrigerated display cabinet using wind demisting, the partition periphery has the flange being turned over downwards, institute
The flange stated is fixed on lower cabinet body inner wall by several screws one.
In the sealing strip that the outer surface of flange is equipped with inner groovy and is arranged in inner groovy, the inner wall of sealing strip and lower cabinet body
Contact sealing.
In the above-mentioned refrigerated display cabinet using wind demisting, the air-out passage is U-shaped channel or circular passage
In any one.
This demand for depending on client if it is three face showcases is then U-shaped channel, if it is four sides showcase,
For circular passage.
In the above-mentioned refrigerated display cabinet using wind demisting, the top plate two sides are respectively equipped with cold air outlet, and
The cold air service duct connecting with the cold air outlet, cold air service duct is obliquely installed and part is located in wind pushing cavity room, institute
The cold air service duct stated is connect with refrigeration unit.
Cold air outlet is grid outlet.
In the above-mentioned refrigerated display cabinet using wind demisting, cold air service duct is located at indoor one section of wind pushing cavity under
Up it is tilted towards outer setting.
It is obliquely installed, the effect of water conservancy diversion can be formed.
In the above-mentioned refrigerated display cabinet using wind demisting, the glass case includes four pieces and is sequentially connected end to end
Double glazing, and it is connected to the top plate at the top of the double glazing.
Its heat insulating ability of double glazing is more preferable.
In the above-mentioned refrigerated display cabinet using wind demisting, the inside of every block of double glazing is equipped with gap, and filling
Desiccant in the gap.
The residual moisture in gap can be absorbed in it with desiccant, realizes in gap without fog and condensation.
In the above-mentioned refrigerated display cabinet using wind demisting, reticle is equipped between the partition and top plate, it is described
Reticle the air-supply chamber is divided into outer air-supply sub-chamber and interior sub-chamber, the blowing device is blown son outward
Blowing, the air-out passage are connected to outer air-supply sub-chamber in chamber, and the refrigeration unit is located in interior sub-chamber.
The upper side edge and top plate seamless welding of reticle, the lower side and partition seamless welding of reticle.
In the above-mentioned refrigerated display cabinet using wind demisting, the reticle is in be tilted towards outer setting from the bottom up.
It is obliquely installed, water conservancy diversion can be carried out to wind, avoid wasting.
Compared with prior art, this uses the advantages of refrigerated display cabinet of wind demisting to be:
1, it carries out not only reducing the production and processing cost of cabinet body, but also further mention except condensation and fog using wind
The high effect and processing cost of processing.
2, total is simple and easy to manufacture.
3, no replacement is required and operation energy consumption is lower, energy conservation and environmental protection.
Detailed description of the invention
Fig. 1 is structural schematic diagram provided by the utility model.
Fig. 2 is annular channel structure schematic diagram provided by the utility model.
Fig. 3 is U-shaped channel structural schematic diagram provided by the utility model.
Fig. 4 is glass case structural schematic diagram provided by the utility model.
In figure, lower cabinet body 1, glass case 2, double glazing 21, top plate 22, blowing device 3, partition 4, flange 41, top
Plate 5, cold air outlet 51, cold air service duct 52, refrigeration unit 53, reticle 6, air-out passage a, air-supply chamber b.
Specific embodiment
It is the specific embodiment of utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figs 1-4, this includes lower cabinet body 1 and the glass at the top of lower cabinet body 1 using the refrigerated display cabinet of wind demisting
Glass cabinet body 2.
Specifically, the glass case 2 of the present embodiment includes four blocks of double glazings 21 being sequentially connected end to end, and is connected to
The top plate 22 at 21 top of double glazing.
The inside of every block of double glazing 21 is equipped with gap, and the desiccant of filling in the gap.
Top plate 22 is glass or marble slabs.
Moisture absorption in gap can be avoided inside and hazed by desiccant.
There are air-out passage a between 1 upper end inner wall of lower cabinet body and the lower end outer wall of glass case 2, in 1 upper end of lower cabinet body
Inner wall has inward towards upper inclined inclined surface, inclined surface its wind can be forced to 2 outer wall of glass case.
In lower cabinet body 1 be equipped be located at the air-out passage a below air-supply chamber b and the lower end of air-out passage a with give
Wind chamber b connection, further includes the blowing device 3 that wind regime is sent into air-supply chamber b, and blowing device 3 is dried into air-supply chamber b
And upwards from the outer surface that air-out passage a is blown to glass case 2.
The quantity of blowing device 3 is 2-4 and is arranged in parallel.
Partition 4 is equipped with inside 1 upper end of lower cabinet body, and be connected on partition 4 and with partition 4 between the upper and lower every top plate 5,
The circumferential side of partition 4 is connect with 1 upper end inner sealing of lower cabinet body, has the flange 41 being turned over downwards on 4 periphery of partition, described
Flange 41 be fixed on 1 inner wall of lower cabinet body by several screws one.Which raises leakproofness for the design of flange 41.
Above-mentioned air-out passage a is formed between the 1 upper end inner wall of periphery and lower cabinet body of top plate 5, is equipped on partition 4 several
Mounting hole and the blowing device 3 being arranged in each mounting hole, the outer wall of glass case 2 are flushed with the periphery of top plate 5.
The air-out passage a is any one in U-shaped channel or circular passage.
Prioritization scheme, is equipped with reticle 6 between partition 4 and top plate 5, and the reticle 6 is by the air-supply chamber b
It is divided into outer air-supply sub-chamber and interior sub-chamber, is dried in the outside air-supply sub-chamber of the blowing device 3, the outlet air is logical
Road a is connected to outer air-supply sub-chamber.
The reticle 6 is in be tilted towards outer setting from the bottom up.
Cold air outlet 51, and the cold air service duct connecting with the cold air outlet 51 are respectively equipped in 5 two sides of top plate
52, cold air service duct 52 is obliquely installed and part is located in air-supply chamber b, the cold air service duct 52 and refrigeration unit
53 connections.
Cold air service duct 52 is located at one section to blow in chamber b and is tilted towards outer setting from the bottom up.
The refrigeration unit 53 is located in interior sub-chamber or is located at below partition.
The defogging method of the present embodiment includes the following steps:
S1, a starting at least blowing device 3；Blowing device 3 is blown into air-supply chamber b；
S2, the air-out passage a being connected to air-supply chamber b will be blown out on wind direction to the outer wall of glass case 2, with glass cabinet
The wind that body 2 contacts then removes the fog on 2 outer wall of glass case, that is, completes demisting.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. the refrigerated display cabinet of wind demisting is used, the glass case (2) including lower cabinet body (1) and at the top of lower cabinet body (1),
It is characterized in that, there are air-out passage (a) between the lower cabinet body (1) upper end inner wall and the lower end outer wall of glass case (2),
Lower end and the air-supply of the air-supply chamber (b) being located at below the air-out passage (a) and air-out passage (a) are equipped in lower cabinet body (1)
Chamber (b) connection, further include to air-supply chamber (b) in be sent into wind regime blowing device (3), blowing device (3) to air-supply chamber
(b) blowing and upwards from the outer surface that air-out passage (a) is blown to glass case (2) in.
2. the refrigerated display cabinet according to claim 1 using wind demisting, which is characterized in that on the lower cabinet body (1)
End is internal to be equipped with partition (4), and be connected on partition (4) and with partition (4) between the upper and lower every top plate (5), the week of partition (4)
It connect to side with lower cabinet body (1) upper end inner sealing, is formed between the periphery and lower cabinet body (1) upper end inner wall of top plate (5)
The air-out passage (a) stated, the blowing device (3) for being equipped with several mounting holes on partition (4) and being arranged in each mounting hole, glass
The outer wall of glass cabinet body (2) is flushed with the periphery of top plate (5).
3. the refrigerated display cabinet according to claim 2 using wind demisting, which is characterized in that described partition (4) periphery
With the flange (41) being turned over downwards, the flange (41) is fixed on lower cabinet body (1) inner wall by several screws one.
4. the refrigerated display cabinet according to claim 1 or 2 using wind demisting, which is characterized in that the air-out passage
It (a) is any one in U-shaped channel or circular passage.
5. the refrigerated display cabinet according to claim 2 using wind demisting, which is characterized in that described top plate (5) two sides
It is respectively equipped with cold air outlet (51), and the cold air service duct (52) being connect with the cold air outlet (51), cold air supply is logical
Road (52) is obliquely installed and part is located in air-supply chamber (b), and the cold air service duct (52) and refrigeration unit (53) are even
It connects.
6. the refrigerated display cabinet according to claim 5 using wind demisting, which is characterized in that cold air service duct (52) position
It is tilted towards outer setting from the bottom up in one section in air-supply chamber (b).
7. the refrigerated display cabinet according to claim 1 using wind demisting, which is characterized in that the glass case (2)
Including four pieces of double glazings being sequentially connected end to end (21), and it is connected to the top plate at the top of the double glazing (21)
(22)。
8. the refrigerated display cabinet according to claim 7 using wind demisting, which is characterized in that every piece of double glazing (21)
Inside is equipped with gap, and the desiccant of filling in the gap.
9. the refrigerated display cabinet according to claim 2 using wind demisting, which is characterized in that the partition (4) and top
Between plate (5) be equipped with reticle (6), the reticle (6) by the air-supply chamber (b) be divided into outer air-supply sub-chamber with
Interior sub-chamber, the blowing device (3) blowing, the air-out passage (a) and the outer sub- chamber of blowing in air-supply sub-chamber outward
Room connection.
10. the refrigerated display cabinet according to claim 9 using wind demisting, which is characterized in that the reticle (6) is in
It is tilted towards outer setting from the bottom up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821851091.XU CN209171833U (en) | 2018-11-09 | 2018-11-09 | Using the refrigerated display cabinet of wind demisting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821851091.XU CN209171833U (en) | 2018-11-09 | 2018-11-09 | Using the refrigerated display cabinet of wind demisting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209171833U true CN209171833U (en) | 2019-07-30 |
Family
ID=67363885
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821851091.XU Active CN209171833U (en) | 2018-11-09 | 2018-11-09 | Using the refrigerated display cabinet of wind demisting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209171833U (en) |
-
2018
- 2018-11-09 CN CN201821851091.XU patent/CN209171833U/en active Active
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