CN103075857B - Improved refrigerating bucket - Google Patents
Improved refrigerating bucket Download PDFInfo
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- CN103075857B CN103075857B CN201310042907.XA CN201310042907A CN103075857B CN 103075857 B CN103075857 B CN 103075857B CN 201310042907 A CN201310042907 A CN 201310042907A CN 103075857 B CN103075857 B CN 103075857B
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Abstract
The invention relates to an improved refrigerating bucket. The refrigerating bucket provided by the invention has the advantages that since the bottom of an inner bucket is provided with a drain port, and the drain port is communicated with a drain groove, and condensate water in the inner bucket can be conveniently drained out of the inner bucket; and more importantly, the drain groove comprises a liquid sealing part, and the drain groove is subjected to liquid sealing by the drained condensate water through the liquid sealing part, so the air flow outside the bucket is separated form the inside of the inner bucket, the air flow is prevented from flowing into the inner bucket along the drain port, and the cooling effect of the inner bucket is improved.
Description
Technical field
The present invention relates to a kind of refrigerating barrel for depositing beverage, food, belonging to technical field of refrigerating devices.
Background technology
Refrigerating barrel or refrigerator are generally used for storing bottle dixie cup, Boxed beverage and comprise other refrigerated item etc. of food.Cylindrical shape refrigerating barrel is relative to rectangle refrigerator, and its plot ratio is relatively large, and floor space is relatively little, is therefore subject to the extensive welcome of businessman.
Chinese patent literature CN101532763B discloses a kind of cylindrical shape refrigerator, comprise a columnar staving, for support staving bucket seat, lid be assigned in the bung at staving open topped position, the inner bag be arranged in staving, be positioned at the long-pending Pan Shui bottom inner bag and be located at the refrigeration system be made up of compressor, condenser and evaporimeter on the bucket seat bottom staving.Wherein, offer water leg with radial patterning on described water accumulating disc, the condensed water in inner bag enters water accumulating disc, is collected by water accumulating disc, and the water in last water accumulating disc is directly discharged in extraneous collecting box by the opening of staving bottom edge.
But, disclosed in the document in use there is following defect in above-mentioned refrigerator: water accumulating disc is opened in the inner bottom part of interior bucket, in order to water is drained into outside bucket, it offers at staving bottom edge place the opening led to outside bucket, this opening will directly be communicated with open outside when water accumulating disc does not carry out draining, and because the region of the drainage system bottom of refrigerating barrel is relative to the high-temperature region belonging to refrigeration system work staving inner region, thus cause the air-flow of high-temperature region to enter in bucket from the opening of staving bottom edge, thus affect the refrigeration of refrigerator.
Summary of the invention
Therefore, the technical problem to be solved in the present invention be to overcome refrigerator of the prior art because drainage system is arranged unreasonable and cold storage effect that is that cause is not good defect, thus provide a kind of cold storage effect good refrigerating barrel.
For this reason, the invention provides a kind of refrigerating barrel of improvement, comprise ladle bowl, there is the bung covered in its openend; Interior bucket, is arranged in described ladle bowl, for taking up refrigerated item; And refrigeration system, for carrying out cooling refrigeration to the described refrigerated item be housed in described interior bucket; Wherein, described interior bucket has at the bottom of interior bucket, at the bottom of described interior bucket, there is discharge outlet, water in described interior bucket drains into outside interior bucket by the rhone be arranged on outside described interior bucket by described discharge outlet, and described rhone comprises can by the liquid sealing portion of outer to described discharge outlet and interior bucket air current sealed isolation and the Drainage Division be communicated with described liquid sealing portion.
Described liquid sealing portion is U-shaped pipe or V-arrangement pipe.
Described Drainage Division is communicated with collecting box.
The bottom of described collecting box has U-shaped pipe, and the two ends of described U-shaped pipe are communicated with refrigeration system respectively by pipeline.
Also comprise pallet, described interior bucket to be arranged on described pallet and to form gap at the bottom of bucket with described pallet, attach in gap at the bottom of described bucket described interior bucket to be formed barrel at the bottom of heat-insulation layer, described pallet is provided with just to the outlet of described discharge outlet, heat-insulation layer at the bottom of described bucket is provided with just to the opening of described outlet.
The outer wall of described interior bucket is provided with several positioning screws along its short transverse, the top of described positioning screw is inserted in the corresponding recesses on described ladle bowl and is fixed by described ladle bowl, and bucket wall gap is formed between the inwall and the outer wall of described interior bucket of described ladle bowl, be formed with a barrel wall heat-insulation layer in described bucket wall gap.
Described interior bucket arranges two-layer above storage layer along its short transverse, and except the bottom, other each layers are the plate-like magazine of rotating and being arranged in interior bucket, described plate-like magazine form the breach can getting thing from lower floor.
The bottom surface, edge of described plate-like magazine is evenly equipped with multiple pulley, the inwall of described pulley and described interior bucket is circumferentially arranged and is slidably matched towards the slide rail that inner barrel wall thickness direction extends.
Be arranged with protective stent in described interior bucket, described slide rail is arranged on described protective stent.
The described slide rail be positioned on the described storage layer of the superiors is arranged on the top of described protective stent.
Inner bottom surface at the bottom of described interior bucket is circumferentially evenly equipped with multiple stop flange, and described protective stent is arranged between described multiple stop flange to make having clearance space between the inwall of described protective stent and described interior bucket.
Grid inner support is provided with in described protective stent, described grid inner support comprises the flow-guiding screen lattice column extended towards described plate-like magazine and the grid extended towards the bottom surface of described protective stent takes up face, and described grid takes up the described storage layer that face is the bottom.
The bottom that described grid takes up face has multiple column, forms cross-ventilation gap between described column contacts to make described grid to take up face and described protective stent bottom surface with the bottom surface of described protective stent.
Also comprise bucket seat, described pallet is arranged on described bucket seat by several cylinders and also and between described bucket seat forms installing space.
Described refrigeration system is arranged in described installing space, and described rhone is arranged in described installing space.
Technique scheme of the present invention compared with prior art, has the following advantages:
(1) refrigerating barrel provided by the invention, discharge outlet is provided with at the bottom of described interior bucket, and described discharge outlet is communicated with rhone, thus in can easily the condensed water in interior bucket being discharged outside bucket, what is more important, described rhone comprises liquid sealing portion, described liquid sealing portion utilizes the condensed water of discharging to carry out liquid sealing to described rhone, thus by the outer air-flow of bucket and interior bucket internal insulation, and then outside having stopped bucket, air-flow enters in interior bucket along discharge outlet, improves the cooling effect of interior bucket.
(2) refrigerating barrel provided by the invention, described liquid sealing portion is U-shaped pipe and/or V-arrangement pipe, can at the identical liquid level of the both sides height of formation of pipeline, dual liquid level makes the air-flow of interior bucket outside cannot enter interior bucket by discharge outlet, improves the cooling effect of interior bucket; Further, this kind of liquid sealing mode structure is simple.
(3) refrigerating barrel provided by the invention, described Drainage Division is communicated with collecting box, utilizes the condensed water of discharging in the internal bucket of collecting box to collect; And the bottom of described collecting box has U-shaped pipe, the two ends of described U-shaped pipe are communicated with refrigeration system respectively by pipeline, U-shaped pipe in described collecting box is communicated with refrigeration system, thus can make refrigerant when by U-shaped pipe, heat exchange can be carried out with the condensed water in collecting box, and then effective utilization has been carried out to the cold of the condensed water in collecting box, there is preferably energy-saving effect; Further, the design of U-shaped pipe makes refrigerant in collecting box, have longer stroke, thus is convenient to make full use of the cold of condensed water, further increases energy-saving effect.
(4) refrigerating barrel provided by the invention, also comprise pallet, described interior bucket to be arranged on described pallet and to form gap at the bottom of bucket with described pallet, attach in gap at the bottom of described bucket described interior bucket to be formed barrel at the bottom of heat-insulation layer, described pallet is provided with just to the outlet of described discharge outlet, heat-insulation layer at the bottom of described bucket is provided with just to the opening of described outlet.The setting of bucket end heat-insulation layer further increases the cooling effect of refrigerating barrel.
(5) refrigerating barrel provided by the invention, the outer wall of described interior bucket is provided with several positioning screws along its short transverse, the top of described positioning screw is inserted in the corresponding recesses on described ladle bowl and is fixed by described ladle bowl, and bucket wall gap is formed between the inwall and the outer wall of described interior bucket of described ladle bowl, be formed with a barrel wall heat-insulation layer in described bucket wall gap.Described positioning screw is arranged on the outer wall of described interior bucket along the short transverse of interior bucket, be convenient to form bucket wall gap between the outer wall and the inwall of ladle bowl of interior bucket, the formation in this gap is then convenient to form bucket wall heat-insulation layer at this with foam forms, described bucket wall heat-insulation layer is close to described interior bucket and is arranged, and detachably contact with described ladle bowl, facilitate the dismounting to described ladle bowl, and be convenient to maintenance.
(6) refrigerating barrel provided by the invention, the outer wall of described interior bucket attaches and is provided with a barrel wall heat-insulation layer, attach heat-insulation layer at the bottom of being provided with at the bottom of described interior bucket barrel in the described gap formed at the bottom of described interior bucket and between described pallet, heat-insulation layer at the bottom of described bucket is provided with just to the opening of the described outlet of described pallet.The setting of heat-insulation layer further increases the cold storage effect of interior bucket, and the outer wall of the described interior bucket of described bucket wall heat-insulation layer laminating is arranged, and described ladle bowl is not wholely set with described heat-insulation layer, conveniently dismantles described ladle bowl, be convenient to maintenance.
(7) refrigerating barrel provided by the invention, described interior bucket arranges two-layer above storage layer along its short transverse, and except the bottom, other each layers are the plate-like magazine of rotating and being arranged in interior bucket, described plate-like magazine form the breach can getting thing from lower floor.Be provided with two-layer above storage layer, increasing it compared to existing technology can the kind of chilled goods and quantity, and, different types of article can be placed in different storage layers, thus avoid the defect of the upper and lower closed assembly mode of refrigerated item in prior art easy crimp and damage mutually, and, other storage layers except the bottom are the plate-like magazine of rotating and being arranged in interior bucket, and described plate-like magazine is provided with breach, when taking lower floor's article, plate-like magazine can be rotated, by article to be got for notch alignment, thus the defect of lower floor's article inconvenience taken by the buffet cabinet avoiding prior art.
(8) refrigerating barrel provided by the invention, the bottom surface, edge of described plate-like magazine is evenly equipped with multiple pulley, the inwall of described pulley and described interior bucket is circumferentially arranged and is slidably matched towards the slide rail that inner barrel wall thickness direction extends.By arranging slide rail on the inwall of interior bucket, save space.And the fit system structure of slide rail and pulley is simple, convenient operation.
(9) refrigerating barrel provided by the invention, be arranged with protective stent in described interior bucket, described slide rail is arranged on described protective stent.In interior bucket, arrange protective stent, described protective stent ensure that to have convection space between interior bucket and refrigerated item, thus improves the cooling effectiveness of refrigerating barrel; Further, described protective stent is arranged on described slide rail, this contributes to the service life of improving interior bucket, and is convenient to maintenance.
(10) refrigerating barrel provided by the invention, the described slide rail be positioned on the described storage layer of the superiors is arranged on the top of described protective stent, such set-up mode, is convenient to carry out rotation process to the described storage layer of the superiors, makes to take article more convenient.
(11) refrigerating barrel provided by the invention, the bottom surface of described interior bucket is circumferentially evenly equipped with multiple stop flange, and described protective stent is arranged between described multiple stop flange to make having clearance space between the inwall of described protective stent and described interior bucket.Protective stent is arranged in stop flange, can prevent canned or bottled drink scratch inner barrel wall.
(12) refrigerating barrel provided by the invention, grid inner support is provided with in described protective stent, described grid inner support comprises the flow-guiding screen lattice column extended towards described plate-like magazine and the grid extended towards the bottom surface of described protective stent takes up face, and described grid takes up the described storage layer that face is the bottom.The setting of grid inner support provides cross-ventilation space, thus further increases cooling effectiveness.
Accompanying drawing explanation
In order to make the content of invention more easily be clearly understood, below in conjunction with accompanying drawing, the present invention is further detailed explanation, wherein,
Fig. 1 represents the perspective view of refrigerating barrel of the present invention;
Fig. 2 represents the interior bucket of refrigerating barrel of the present invention and the fit structure schematic diagram of plate-like magazine;
Fig. 3 represents the protective stent of refrigerating barrel of the present invention and the exploded perspective structural representation of plate-like magazine;
Fig. 4 represents the protective stent of refrigerating barrel of the present invention and the combination perspective view of plate-like magazine;
Fig. 5 represents the perspective view of the collecting box of refrigerating barrel of the present invention;
Fig. 6 represents the perspective view of the ladle bowl of refrigerating barrel of the present invention;
Fig. 7 represents the fit structure schematic diagram of the interior bucket of refrigerating barrel of the present invention, rhone and collecting box.
In figure, Reference numeral is expressed as:
1-ladle bowl; Bucket in 2-; In 21-at the bottom of bucket; 22-discharge outlet; 23-slide rail; 24-stop flange; 31-compressor; 32-condenser; 33-evaporimeter; 4-plate-like magazine; 41-breach; 5-protective stent; 6-grid inner support; 61-flow-guiding screen lattice column; 62-grid takes up face; 621-column; 622-water conservancy diversion gap; 7-chassis; 8-bolt; 9-bucket seat; 10-cylinder; ; 11-renovates; 111-first lid; 112-second lid; 113-transparent panel; 12-rhone; 121-liquid sealing portion; 122-Drainage Division; 13-collecting box; 131-U shape is managed; 15-case ring; 16-sealing gasket; 17-ventilation fence; 18-extractor fan.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.Should be understood that, detailed description of the invention described herein, only for instruction and explanation of the present invention, is not limited to the present invention.
Embodiment
As shown in Figure 1, the present embodiment provides a kind of refrigerating barrel, comprises bucket seat 9, has supporting surface, the lower surface of described supporting surface is provided with four universal wheels, to facilitate the movement to described bucket seat 9, the corner location place of the upper surface of the described supporting surface of described bucket seat 9 is provided with four cylinders 10, installing space is formed between four described cylinders 10 and described bucket seat 9, compressor 31 is installed in described installing space, condenser 32 and extractor fan 18, described compressor 31 is communicated with condenser 32 by the first pipeline, described condenser 32 is communicated with evaporimeter 33 by the second pipeline, described compressor 31, condenser 32 and evaporimeter 33 form the major part of the refrigeration system of the refrigerating barrel in the present embodiment, and to arrange extractor fan 18 at this are cooling effects in order to realize refrigeration system, and improve refrigerating efficiency.The upper support of described cylinder 10 plays pallet 7, described pallet 7 is provided with for bucket in chilled goods 2, and form gap at the bottom of bucket with described interior bucket 2, attach in gap at the bottom of described bucket described interior bucket 2 to be formed barrel at the bottom of heat-insulation layer (not shown), described pallet 7 is provided with just to the outlet of described discharge outlet 22, heat-insulation layer at the bottom of described bucket is provided with just to the opening of described outlet.The outer wall of described interior bucket 2 is provided with several positioning screws 8 along its short transverse, the top of described positioning screw 8 is inserted in the corresponding recesses on described ladle bowl 1 and is fixed by described ladle bowl 1, and bucket wall gap is formed between the inwall and the outer wall of described interior bucket 2 of described ladle bowl 1, be formed with a barrel wall heat-insulation layer (not shown) in described bucket wall gap.The setting of described bucket wall heat-insulation layer further increases the cooling effect of refrigerating barrel; In the present embodiment, the described evaporimeter 33 of described refrigeration system is arranged in described bucket wall heat-insulation layer, further improves the cooling effect of described refrigerating barrel.
In the present embodiment, as shown in Figure 6, described refrigerating barrel has ladle bowl 1, dismountable being socketed in of described ladle bowl 1 has the described interior bucket 2 of barrel wall heat-insulation layer and the outside of described bucket seat 9, and only exposes four universal wheels, at this, because described heat-insulation layer is formed on the outer wall of described interior bucket 2 by the form of foaming, arrange with the split of described ladle bowl 1, facilitate the dismounting to described ladle bowl 1, thus be convenient to keep in repair described ladle bowl 1.Described ladle bowl 1 has the bung covered in its openend, described bung is arranged on the openend of described ladle bowl 1 by case ring 15 and sealing gasket 16, described bung comprises hinged two of being tightly connected and renovates 11, described in renovate 11 and comprise the first lid 111, second lid 112 and be arranged on the transparent panel 113 between described first lid 111 and the second lid 112.The outer wall of described ladle bowl 1 being provided with ventilation fence 17, further increasing the cooling effect of described interior bucket 2 by arranging ventilation fence 17.
Because described interior bucket 2 is for refrigeration, in use, condensed water can be produced in described interior bucket 2, in order to the condensed water in described interior bucket 2 is discharged interior bucket 2, in the present embodiment, at the bottom of the described interior bucket of described interior bucket 2,21 are provided with discharge outlet 22(correspondingly further, heat-insulation layer at the bottom of described bucket is provided with just to the opening of described discharge outlet 22, described pallet 7 is provided with just to the outlet of described opening), described discharge outlet 22 is by being arranged on that described interior bucket 2 is outer and the water in described interior bucket 2 drains into outside interior bucket by the rhone 12 (see Fig. 7) be arranged in described installing space, described rhone 12 comprises can by the liquid sealing portion 121 of outer to described discharge outlet 22 and interior bucket air current sealed isolation and the Drainage Division 122 be communicated with described liquid sealing portion 121, in the present embodiment, described liquid sealing portion 121 is V-arrangement pipe, described Drainage Division 122 is drainpipe, specifically, one end of described V-arrangement pipe connects described discharge outlet 22, the other end of described V-arrangement pipe connects drainpipe, during use, condensed water constantly enters described V-arrangement pipe from described discharge outlet 22, thus at the high liquid level (HLL) such as both sides formation of described V-arrangement pipe, make the air-flow of described interior bucket 2 outside cannot enter described interior bucket 2 by discharge outlet 22 Deng high liquid level (HLL), improve the cooling effect of described interior bucket 2, further, this kind of liquid sealing mode structure is simple.One as the present embodiment is out of shape, described liquid sealing portion 121 can also be set to U-shaped pipe, similarly, one end of described U-shaped pipe connects described discharge outlet 22, the other end of described U-shaped pipe connects described drainpipe, the principle of its seal isolation is identical with V-arrangement pipe, and in the present embodiment, described rhone 12 is flexible pipe.
In order to collect the condensed water of discharging described interior bucket 2 and utilize, in the present embodiment, described drainpipe is communicated with collecting box 13 further, see Fig. 5, in described collecting box 13, U-shaped pipe 131 is installed, the two ends of described U-shaped pipe 131 are connected with described first pipeline and described second pipeline respectively, and described first pipeline is communicated with the described compressor 31 of refrigeration system 3, and described second pipeline is communicated with the described condenser 32 of described refrigeration system 3.In use, the water of being discharged described interior bucket 2 by described discharge outlet 22 is collected in described collecting box 13, the gaseous refrigerant coming from the HTHP of described compressor 31 entered in the described U-shaped pipe of described collecting box 13 by described first pipeline before entering described condenser 32, heat exchange is carried out with the described condensed water being arranged in described collecting box 13, gaseous refrigerant after heat exchange enters described condenser 32 by described second pipeline, gaseous refrigerant condenses is become liquid refrigerant and enters in evaporimeter 33 by described liquid refrigerant by described condenser 32, by described evaporimeter 33, described liquid refrigerant is flashed to gaseous refrigerant, described gaseous refrigerant enters in described compressor 31 again, thus complete a kind of refrigeration cycle.In the process, by evaporimeter 33, described interior bucket 2 is evaporated, thus make the refrigerated item acquisition cold in interior bucket 2 and temperature reduction, simultaneously, because gaseous refrigerant was lowered the temperature before entering described condenser 32, the cold of described condensed water is fully utilized, and saves the energy loss of described condenser 32, there is preferably energy-saving effect.
As shown in Fig. 2, Fig. 3 and Fig. 4, in the present embodiment, for the ease of getting thing and storing classifiedly refrigerated item, described interior bucket 2 arranges two-layer storage layer along its short transverse, wherein, upper strata storage layer is rotate the plate-like magazine 4 be arranged in interior bucket, described plate-like magazine 4 forms the breach 41 can getting thing from lower floor.It should be noted that, the rotation set-up mode of described plate-like magazine 4 is varied, in order to simplify structure and make easy to operate, in the present embodiment, adopts the fit system of pulley and slide rail to realize the rotation of plate-like magazine 4 in described interior bucket 2 and arranges.Specifically, the bottom surface, edge of described plate-like magazine 4 is evenly equipped with multiple pulley 42, the inwall of described pulley 42 and described interior bucket 2 is circumferentially arranged and is slidably matched towards the slide rail 23 that inner barrel wall thickness direction extends.Because the circumference of described slide rail 23 along described inner barrel wall is arranged, make described plate-like magazine 4 can 360 degree of rotations, get thing very convenient; And described slide rail 23 extends towards described inner barrel wall thickness direction, make described plate-like magazine 4 and the junction of described interior bucket 2 be positioned at the inside of described bucket 2, make the compact conformation of refrigerating barrel.
It should be noted that in the present embodiment, described storage layer is two-layer up and down, rotates the storage layer that the plate-like magazine 4 be arranged on interior bucket 2 is the superiors.Certainly, one as the present embodiment is out of shape, short transverse along interior bucket 2 can also be rotated and be arranged several storage layers identical or similar with described plate-like magazine 4, each storage layer arranged that rotates has the breach 41 can getting thing from lower floor, when taking lower floor's article, as long as rotate upper strata storage layer, described breach 41 is aimed at refrigerated item to be got, just can directly take lower floor's refrigerated item, very convenient.
In the present embodiment, in order to improve cooling effectiveness further, the bottom surface of described interior bucket 2 is circumferentially evenly equipped with multiple stop flange 24, and be arranged with protective stent 5 in described interior bucket 2, see Fig. 3, the overall upper latticed hollow structure of described protective stent 5, described protective stent 5 to be arranged between described multiple stop flange 24 to make having clearance space between the inwall of described protective stent 5 and described interior bucket 2, is provided with cold-storage source in the clearance space between the inwall of described protective stent 5 and described interior bucket 2.Grid inner support 6 is provided with further in described protective stent 5, described grid inner support 6 comprises the flow-guiding screen lattice column 61 extended towards described plate-like magazine 4 and the grid extended towards the bottom surface of described protective stent 5 takes up face 62, and described grid takes up the described storage layer that face 62 is the bottom.The bottom that described grid takes up face 62 has multiple column 621, forms water conservancy diversion gap 622 between described column 621 contacts to make described grid to take up face 62 and described protective stent 5 bottom surface with the bottom surface of described protective stent 5.The refrigerating barrel that is set to of grid inner support provides convection space, thus further increases cooling effectiveness.Described slide rail 23 is arranged on the top of described protective stent 5, and namely plate-like magazine 4 is arranged on the top of described protective stent 5 further.
Obviously, above-described embodiment is only for clearly example being described, the restriction not to embodiment.Concerning those of ordinary skill in the field, also can make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (11)
1. the refrigerating barrel improved, comprises
Ladle bowl (1), has the bung covered in its openend;
Interior bucket (2), is arranged in described ladle bowl (1), for taking up refrigerated item; And
Refrigeration system (3), for carrying out cooling refrigeration to the described refrigerated item be housed in described interior bucket (2);
It is characterized in that: described interior bucket (2) arranges two-layer above storage layer along its short transverse, except the bottom, other each layers are the plate-like magazine (4) of rotating and being arranged in interior bucket, described plate-like magazine (4) forms the breach (41) can getting thing from lower floor, described interior bucket (2) has (21) at the bottom of interior bucket, at the bottom of described interior bucket, (21) have discharge outlet (22), water in described interior bucket (2) drains into outside interior bucket by being arranged on described interior bucket (2) rhone outward (12) by described discharge outlet (22), described rhone (12) comprises can by the liquid sealing portion (121) of outer to described discharge outlet (22) and interior bucket air current sealed isolation and the Drainage Division (122) be communicated with described liquid sealing portion (121), be arranged with protective stent (5) in described interior bucket (2), slide rail (23) is arranged on described protective stent (5), the inner bottom surface of (21) at the bottom of described interior bucket is circumferentially evenly equipped with multiple stop flange (24), and described protective stent (5) is arranged between described multiple stop flange (24) to make having clearance space between the inwall of described protective stent (5) and described interior bucket (2), grid inner support (6) is provided with in described protective stent (5), described grid inner support (6) comprises the flow-guiding screen lattice column (61) extended towards plate-like magazine (4) and the grid extended towards the bottom surface of described protective stent (5) takes up face (62), and described grid takes up the storage layer that face (62) is the bottom, the bottom that described grid takes up face (62) has multiple column (621), forms water conservancy diversion gap (622) between described column (621) contacts to make described grid to take up face (62) and described protective stent (5) bottom surface with the bottom surface of described protective stent (5).
2. the refrigerating barrel of improvement according to claim 1, is characterized in that: described liquid sealing portion (121) is U-shaped pipe or V-arrangement pipe.
3. the refrigerating barrel of improvement according to claim 1 and 2, is characterized in that: described Drainage Division (122) are communicated with collecting box (13).
4. the refrigerating barrel of improvement according to claim 3, is characterized in that: the bottom of described collecting box (13) has U-shaped pipe (131), and the two ends of described U-shaped pipe (131) are communicated with refrigeration system respectively by pipeline.
5. the refrigerating barrel of improvement according to claim 1 and 2, it is characterized in that: also comprise pallet (7) and several positioning screws (8), described pallet (7) has just to the outlet of described discharge outlet (22), described positioning screw (8) attaches the outer wall of described interior bucket (2) and the short transverse along described interior bucket (2) is arranged, described positioning screw (8) exceeds (21) at the bottom of described interior bucket to be fixed with described pallet (7), and makes to have gap between (21) and described pallet (7) at the bottom of described interior bucket.
6. the refrigerating barrel of improvement according to claim 5, it is characterized in that: the outer wall of described interior bucket (2) attaches and is provided with a barrel wall heat-insulation layer, attach in the described gap formed between (21) and described pallet (7) at the bottom of described interior bucket (21) at the bottom of described interior bucket to be provided with barrel at the bottom of heat-insulation layer, heat-insulation layer at the bottom of described bucket is provided with just to the opening of the described outlet of described pallet (7).
7. the refrigerating barrel of improvement according to claim 6, it is characterized in that: the bottom surface, edge of described plate-like magazine (4) is evenly equipped with multiple pulley (42), the inwall of described pulley (42) and described interior bucket (2) is circumferentially arranged and is slidably matched towards the slide rail (23) that inner barrel wall thickness direction extends.
8. the refrigerating barrel of improvement according to claim 7, is characterized in that: the described slide rail (23) be positioned on the described storage layer of the superiors is arranged on the top of described protective stent (5).
9. the refrigerating barrel of improvement according to claim 8, is characterized in that: be provided with cold-storage source in the clearance space between the inwall of described protective stent (5) and described interior bucket (2).
10. the refrigerating barrel of improvement according to claim 9, is characterized in that: also comprise bucket seat (9), and described pallet (7) is arranged on described bucket seat (9) by several cylinders (10) and goes up and and form installing space between described bucket seat (9).
The refrigerating barrel of 11. improvement according to claim 10, is characterized in that: described refrigeration system (3) is arranged in described installing space, and described rhone (12) is arranged in described installing space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310042907.XA CN103075857B (en) | 2013-02-04 | 2013-02-04 | Improved refrigerating bucket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310042907.XA CN103075857B (en) | 2013-02-04 | 2013-02-04 | Improved refrigerating bucket |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103075857A CN103075857A (en) | 2013-05-01 |
| CN103075857B true CN103075857B (en) | 2015-02-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310042907.XA Active CN103075857B (en) | 2013-02-04 | 2013-02-04 | Improved refrigerating bucket |
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| CN (1) | CN103075857B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105438652A (en) * | 2015-11-26 | 2016-03-30 | 安徽墨家工业设计有限公司 | Food cold storage packaging box |
| CN107939560B (en) * | 2017-12-28 | 2020-07-10 | 东风商用车有限公司 | EGR cooler integrated with water removal device |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3692376A (en) * | 1970-12-17 | 1972-09-19 | Double Sixteen Co | Case for recording tape cassettes |
| JPH04344088A (en) * | 1991-05-18 | 1992-11-30 | Fuji Electric Co Ltd | Drain device for refrigerator-containing showcase |
| CN101532763B (en) * | 2009-04-15 | 2010-08-25 | 江苏白雪电器股份有限公司 | refrigerated cabinet |
| CN203068898U (en) * | 2013-02-04 | 2013-07-17 | 乐清市戴纳电气有限公司 | Improved refrigeration barrel |
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2013
- 2013-02-04 CN CN201310042907.XA patent/CN103075857B/en active Active
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| CN103075857A (en) | 2013-05-01 |
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