CN207113352U - Double-deck four air channel air-cooling type refrigerators - Google Patents
Double-deck four air channel air-cooling type refrigerators Download PDFInfo
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- CN207113352U CN207113352U CN201720959621.1U CN201720959621U CN207113352U CN 207113352 U CN207113352 U CN 207113352U CN 201720959621 U CN201720959621 U CN 201720959621U CN 207113352 U CN207113352 U CN 207113352U
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Abstract
The utility model proposes a kind of double-deck four air channel air-cooling type refrigerators, including cabinet, refrigeration system, pressure wind circulating cooling system；The fan for forcing wind circulating cooling system to include the air channel of air outlet, return air inlet, connection air outlet and return air inlet and be arranged in air channel, air outlet includes first layer air outlet and second layer air outlet, first layer air outlet is respectively arranged at the upper end of front side wall, rear wall, second layer air outlet is respectively arranged at the middle-end of front side wall, rear wall, and return air inlet is arranged at the lower end of right side wall；The overhung of cold house has basketry, the basket of basketry is located at the lower section of first layer air outlet, the lower end of basket is provided with space support frame, space support frame is located at the same horizontal position with second layer air outlet, it is placed with bottom wall and puts object space support frame, is put object space support frame and be located at the same horizontal position with return air inlet.The beneficial effects of the utility model：Realize the overall uniformly refrigerating effect of cold house and uniform refrigerating effect is not influenceed by user's use habit.
Description
Technical field
Refrigerator technical field is the utility model is related to, more particularly to a kind of double-deck four air channel air-cooling type refrigerators.
Background technology
The main advantage of air-cooled refrigerator be frostless, chilling rate faster and refrigeration evenly, food fresh keeping is more
It is good.Existing air-cooled freezer is more using unilateral air-supply, return air, and the position of air outlet is often on the top of refrigerating chamber close to cabinet mouth edge
Place, theoretically want to reach top air-supply bottom return air so as to form airflow circulating in refrigerating chamber interior edge inwall.But when cold
After the jelly interior space is frozen article occupancy, freezing indoor air flow circulation can be affected, and cause refrigerating chamber overall (particularly cold
Freeze room core) uniform refrigerating effect have a greatly reduced quality.The reason for causing such case is its air-supply, return air all in the same side
Wall, the circulation of air-flow is single, and user can not be avoided arbitrarily to put food because of personal habits when in use cause frozen goods
Stop the phenomenon in airflow circulating path.
Notification number is that CN2881465U Chinese patent literature discloses a kind of air-cooling type refrigerator of Lateral supply, including cabinet
Body, refrigeration system, wind circulating cooling system is forced, wherein：Cabinet includes side wall, top cover, bottom wall and surrounded by three cold
Room, and side wall is divided into front side wall, rear wall, left side wall, right side wall；Wind circulating cooling system is forced to include air outlet, return air
Mouth, the air channel structure between air outlet and return air inlet and the fan being located in the air channel structure are connected, the air outlet is with returning
Air port is arranged in same left or right side wall, and wherein air outlet is arranged in the top of side wall, return air inlet is arranged in the bottom of side wall,
Two air ports are towards cold house side.The air-cooling type refrigerator of Lateral supply in the patent document, it is blown, return air all in same side wall,
The circulation of air-flow is single, and after its cold interior space, which is frozen article, to be taken, interior air-flow circulation in cold house's can be affected, and cause cold
The uniform refrigerating effect of room overall (particularly cold house's core) is had a greatly reduced quality, and can not also avoid user when in use because
Personal habits arbitrarily put the phenomenon that food causes frozen goods to stop airflow circulating path.
Utility model content
The purpose of this utility model is to provide a kind of double-deck four air channel air-cooling type refrigerators that it is cold to solve current air-cooling type refrigerator
The technical problem that the overall uniformly refrigerating effect of room is poor and uniform refrigerating effect is had a great influence by user's use habit.
The utility model provides a kind of double-deck four air channel air-cooling type refrigerators, including cabinet and the refrigeration system that is arranged in cabinet
System, force wind circulating cooling system；The cabinet include front side wall, rear wall, left side wall, right side wall, bottom wall, top cover and by
Six cold houses surrounded；Force wind circulating cooling system include the air channel of air outlet, return air inlet, connection air outlet and return air inlet with
And the fan in air channel is arranged at, air outlet includes first layer air outlet and second layer air outlet, and first layer air outlet is set respectively
The upper end of front side wall and the upper end of rear wall are placed in, second layer air outlet is respectively arranged in the middle-end and rear wall of front side wall
End, return air inlet are arranged at the lower end of right side wall；The overhung of cold house has basketry, and the basket of basketry is located at first layer air outlet
Lower section, the lower end of basket are provided with space support frame, and space support frame is located at the same horizontal position, bottom wall with second layer air outlet
On be placed with and put object space support frame, put object space support frame and be located at the same horizontal position with return air inlet.
Further, the first layer air outlet of front side wall upper end and the first layer air outlet of rear wall upper end are located at same water
Prosposition is put；The second layer air outlet of front side wall middle-end and the second layer air outlet of rear wall middle-end are located at the same horizontal position.
Further, the opening direction of the first layer air outlet of front side wall upper end and the first layer air outlet of rear wall upper end
It is horizontal direction；The opening direction of the second layer air outlet of front side wall middle-end and the second layer air outlet of rear wall middle-end is
Horizontal direction.
Further, the opening direction of the first layer air outlet of front side wall upper end and the first layer air outlet of rear wall upper end
Slightly towards lower section.
Further, the opening direction of the second layer air outlet of front side wall middle-end and the second layer air outlet of rear wall middle-end
Slightly towards lower section.
Further, first layer air outlet includes multiple hierarchical level air outlets, and multiple hierarchical level air outlets are along from the right side
Multiple row is arranged as to the direction on a left side；Second layer air outlet includes multiple two hierarchical levels air outlets, multiple two hierarchical levels air outlet edges
Direction from right to left is arranged as multiple row.
Further, multiple hierarchical level air outlets are arranged as multirow along direction from top to bottom；Multiple two hierarchical levels are sent
Air port is arranged as multirow along direction from top to bottom.
Further, the basketry also includes the support ear for being arranged at basket upper end, and the upper edge of cold house, which is provided with, can be used for
Place the interior table top of support ear.
Further, the basketry is several, and several basketrys are sequentially arranged along direction from right to left.
Further, the air channel being connected with first layer air outlet includes being opened in front side wall upper end, rear wall upper end respectively
Wind groove, assembly connection has fan housing in wind groove, and first layer air outlet is opened up on fan housing；The air channel bag being connected with second layer air outlet
Include and be opened in front side wall middle-end, the wind groove of rear wall middle-end respectively, assembly connection has fan housing in wind groove, and the second layer is opened up on fan housing
Air outlet.
Compared with prior art, double-deck four air channel air-cooling type refrigerator of the present utility model has the characteristics that and advantage：
Double-deck four air channel air-cooling type refrigerator of the present utility model, airflow circulating are uniformly distributed in the space in cold house, realize
The uniform refrigerating effect of entirety of cold house.Basketry, put object space support frame by the cold interior space be divided into up and down two regions, in air-flow
In cyclic process, in basketry and it can put according to individual habit of user and arbitrarily put frozen goods on object space support frame,
Frozen goods will not stop the interior air-flow circulation of airflow circulating path effects cold house, realize that cold house is overall (including cold house's core)
Uniform freezing, to maximize the advantage for playing air-cooled refrigerator.
After specific embodiment of the present utility model is read in conjunction with the figure, it will become more with advantage the characteristics of the utility model
Add clear.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are these
Some embodiments of utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawings can be obtained according to these accompanying drawings.
Fig. 1 is the sectional view of the double-deck four air channel air-cooling type refrigerators of the utility model embodiment；
Fig. 2 is that the air channel air-cooling type refrigerator of the utility model embodiment bilayer four removes the stereogram after section components；
Fig. 3 is that the air channel air-cooling type refrigerator of the utility model embodiment bilayer four removes the top view after section components；
Fig. 4 is the A-A sectional views in Fig. 3；
Fig. 5 is the B-B sectional views in Fig. 3；
Wherein, 1, cabinet, 11, front side wall, 12, rear wall, 13, left side wall, 14, right side wall, 15, bottom wall, 2, fan,
31st, upper wind groove, 32, upper fan housing, 33, one hierarchical level air outlet, 41, lower wind groove, 42, lower fan housing, 43, two hierarchical level air outlets,
5th, return air inlet, 61, basket, 62, support ear, 63, space support frame, 7, put object space support frame, 8, interior table top.
Embodiment
As shown in Figures 1 to 5, the present embodiment provides a kind of double-deck four air channel air-cooling type refrigerators, including cabinet 1 and is arranged at
Refrigeration system, pressure wind circulating cooling system in cabinet 1.Cabinet 1 includes front side wall 11, rear wall 12, left side wall 13, right side
Wall 14, bottom wall 15, top cover and by above-mentioned six cold houses surrounded.Wind circulating cooling system is forced to include air outlet, return air inlet
5th, the air channel of air outlet and return air inlet 5 and the fan 2 being arranged in air channel are connected.Air outlet includes first layer air outlet and the
Two layers of air outlet.Basketry includes basket 61, support ear 62 and space support frame 63, and support ear 62 is arranged at the upper end of basket 61, basket
The lower end installation space support frame 63 of body 61.The upper edge of cold house is provided with available for the interior table top 8 for placing support ear 62.Will support
Ear 62 is positioned on interior table top 8 so that basketry hangs on the top of cold house.Basketry in the present embodiment is several, several baskets
Basket is sequentially arranged along direction from right to left.The basket 61 of basketry is located at the lower section of first layer air outlet, and the lower end of basket 61 is set
Space support frame 63 is equipped with, space support frame 63 goes out open space in the supported underneath of basket 61, that is to say, that space support
The space front, back, left, right, up, down Fang Jun openings that 63, frame overhangs, space support frame 63 is with second layer air outlet positioned at same
Horizontal level, the cold air of second layer air outlet blowout can pass through along 63 spaces overhanged of space support frame.Put on bottom wall 15
It is equipped with and puts object space support frame 7, put object space support frame 7 and also prop up and overhang open space, is placed because putting object space support frame 7
To ensure that front, back, left, right, up Fang Jun is open on bottom wall 15, putting 7 spaces overhanged of object space support frame, put object space branch
Support 7 is located at the same horizontal position with return air inlet 5, and return air inlet 5 is arranged at the lower end of right side wall 14.
First layer air outlet is respectively arranged at the upper end of front side wall 11 and the upper end of rear wall 12.Specifically, this part
One preferred scheme is that the first layer air outlet of the upper end of front side wall 11 and the first layer air outlet of the upper end of rear wall 12 are positioned at same
Horizontal level, and the opening direction of the first layer air outlet of the upper end of front side wall 11 and the first layer air outlet of the upper end of rear wall 12
It is horizontal direction, in this way, cold air is blown out from first layer air outlet forms the overdraught to blowing on the top of cold house, overdraught covers
The space of the upper and lower opening of top cover of lid cold house, the sedimentation of part overdraught are frozen article through being positioned in basket 61
Gap.Another preferred scheme of this part, unlike above-mentioned preferred scheme, the first layer air-supply of the upper end of front side wall 11
The opening direction of mouth and the first layer air outlet of the upper end of rear wall 12 is slightly towards lower section, in this way, cold air blows from first layer air outlet
Go out and formed on the top of cold house tiltedly to the overdraught blown, the upper and lower opening of top cover of cold house can also be tiltedly covered to the overdraught blown
The space at place, except partly tiltedly to blow overdraught sedimentation through be positioned over the gap being frozen in basket 61 article it
Outside, can tiltedly there is fraction directly to blow over to the overdraught blown and be positioned over the gap being frozen in basket 61 between article, it is cold
Freeze more efficient.
Second layer air outlet is respectively arranged at the middle-end of front side wall 11 and the middle-end of rear wall 12.Specifically, this part
One preferred scheme is that the second layer air outlet of the middle-end of front side wall 11 and the second layer air outlet of the middle-end of rear wall 12 are positioned at same
Horizontal level, and the opening direction of the second layer air outlet of the middle-end of front side wall 11 and the second layer air outlet of the middle-end of rear wall 12
Be horizontal direction, in this way, cold air forms the downstream to blowing on the top of cold house from the blowout of second layer air outlet, overdraught with
After downstream crosses, downstream (big air-flow) settles together comprising overdraught (little airflow).Another preferred scheme of this part,
Unlike above-mentioned preferred scheme, the second layer air outlet of the middle-end of front side wall 11 and the second layer air outlet of the middle-end of rear wall 12
Opening direction slightly towards lower section, in this way, cold air is blown out from second layer air outlet forms the tiltedly lower gas to blowing at the middle part of cold house
Stream, tiltedly the downstream blown is coordinated tiltedly to the overdraught blown, it is tiltedly right tiltedly to the overdraught that blows and after tiltedly being crossed to the downstream blown
The downstream (big air-flow) blown includes and tiltedly the overdraught (little airflow) blown is settled together.
In the present embodiment, the air channel being connected with first layer air outlet includes being opened in the upper end of front side wall 11, rear wall respectively
The upper wind groove 31 of 12 upper ends, the edge of upper wind groove 31 are provided with interior buckle, be provided with upper fan housing 32 engage with interior buckle it is outer
Buckle, interior buckle and wild card buckle close so that fan housing 32 on assembly connection in upper wind groove 31, and opening up first layer on upper fan housing 32 send
Air port.Said structure, avoiding and lay tubulose air channel in the inside of front side wall 11, rear wall 12, cost is relatively low, and on being easy to
Wind groove 31 and the assembling of upper fan housing 32, it is also convenient for the lower upper fan housing 32 of maintenance personal's dismounting and checks upper wind groove 31.Specifically, first layer
Air outlet includes multiple hierarchical level air outlets 33, and multiple hierarchical level air outlets 33 are arranged as more along direction from right to left
Arrange, be five row in the present embodiment, covered so that cold wind is blown out along the direction of cold house from right to left from a hierarchical level air outlet 33
Uniformly.On this basis, multiple hierarchical level air outlets 33 are also arranged as multirow along direction from top to bottom, are in the present embodiment
Three rows, wider region is covered to make cold wind be blown out from a hierarchical level air outlet 33 along the direction of cold house from top to bottom as far as possible.
In the present embodiment, the air channel being connected with second layer air outlet includes being opened in the middle-end of front side wall 11, rear wall respectively
The lower wind groove 41 of 12 middle-ends, the edge of lower wind groove 41 are provided with interior buckle, be provided with lower fan housing 42 engage with interior buckle it is outer
Buckle, interior buckle and wild card buckle close so that fan housing 42 under assembly connection in lower wind groove 41, and opening up the second layer on lower fan housing 42 send
Air port.Said structure, avoiding and lay tubulose air channel in the inside of front side wall 11, rear wall 12, cost is relatively low, and under being easy to
Wind groove 41 and the assembling of lower fan housing 42, it is also convenient for maintenance personal and dismantles wind groove 41 under lower fan housing 42 checks.Specifically, the second layer
Air outlet includes multiple two hierarchical levels air outlets 43, and multiple two hierarchical levels air outlets 43 are arranged as more along direction from right to left
Arrange, be five row in the present embodiment, covered so that cold wind is blown out along the direction of cold house from right to left from two hierarchical level air outlets 43
Uniformly.On this basis, multiple two hierarchical levels air outlets 43 are also arranged as multirow along direction from top to bottom, are in the present embodiment
Three rows, wider region is covered to make cold wind be blown out from two hierarchical level air outlets 43 along the direction of cold house from top to bottom as far as possible.
The air channel air-cooling type refrigerator of bilayer four of the present embodiment, cold air from first layer air outlet, (specially blow by a hierarchical level
33) blowout forms the overdraught to blowing on the top of cold house to mouth, and the gap that overdraught is frozen from basket 61 between article is worn
Cross and enter 63 open spaces overhanged of space support frame, or overdraught respectively from basket 61 and front side wall 11, rear wall 12
Between gap be passed into 63 open spaces overhanged of space support frame.At the same time, cold air is (specific from second layer air outlet
For two hierarchical level air outlets 43) blow out in the case where the middle part of cold house (63 open spaces overhanged of space support frame) are formed to blowing
Air-flow, after overdraught crosses with downstream, downstream (big air-flow) settles and forms gaseous mixture together comprising overdraught (little airflow)
Stream.Mixed airflow falls in flow process from 63 open spaces overhanged of space support frame, is then passed through putting object space support
The arrival of the gap between article is frozen on frame 7 to put 7 open spaces overhanged of object space support frame and continue to return air inlet
5.Basketry, put object space support frame 7 the cold interior space is divided into two regions up and down, can be with said flow cyclic process
In basketry and put frozen goods are arbitrarily put on object space support frame 7 according to individual habit of user, frozen goods will not hinder
The interior air-flow circulation of airflow circulating path effects cold house is kept off, realizes the uniform freezing of cold house's overall (including cold house's core), with
Maximize the advantage for playing air-cooled refrigerator.
Certainly, it is to be also not limited to the example above to limitation of the present utility model, the utility model that described above, which is not,
The variations, modifications, additions or substitutions that those skilled in the art are made in essential scope of the present utility model, also should
Belong to the scope of protection of the utility model.
Claims (9)
- A kind of 1. four air channel air-cooling type refrigerators of bilayer, it is characterised in that：Including cabinet and the refrigeration system being arranged in cabinet, strong Wind circulating cooling system processed；The cabinet includes front side wall, rear wall, left side wall, right side wall, bottom wall, top cover and by six The cold house surrounded；Wind circulating cooling system is forced to include the air channel of air outlet, return air inlet, connection air outlet and return air inlet and set The fan being placed in air channel, air outlet include first layer air outlet and second layer air outlet, and first layer air outlet is respectively arranged at The upper end of front side wall and the upper end of rear wall, second layer air outlet are respectively arranged at the middle-end of front side wall and the middle-end of rear wall, Return air inlet is arranged at the lower end of right side wall；The overhung of cold house has basketry, and the basket of basketry is located under first layer air outlet Side, the lower end of basket are provided with space support frame, and space support frame and second layer air outlet are located at the same horizontal position, on bottom wall It is placed with and puts object space support frame, puts object space support frame and be located at the same horizontal position with return air inlet.
- 2. double-deck four air channel air-cooling type refrigerator according to claim 1, it is characterised in that：The first layer of front side wall upper end is sent The first layer air outlet of air port and rear wall upper end is located at the same horizontal position；The second layer air outlet and rear side of front side wall middle-end The second layer air outlet of wall middle-end is located at the same horizontal position.
- 3. double-deck four air channel air-cooling type refrigerator according to claim 2, it is characterised in that：The first layer of front side wall upper end is sent The opening direction of the first layer air outlet of air port and rear wall upper end is horizontal direction；The second layer air outlet of front side wall middle-end Opening direction with the second layer air outlet of rear wall middle-end is horizontal direction.
- 4. double-deck four air channel air-cooling type refrigerator according to claim 2, it is characterised in that：The first layer of front side wall upper end is sent The opening direction of the first layer air outlet of air port and rear wall upper end is slightly towards lower section.
- 5. double-deck four air channel air-cooling type refrigerator according to claim 4, it is characterised in that：The second layer of front side wall middle-end is sent The opening direction of the second layer air outlet of air port and rear wall middle-end is slightly towards lower section.
- 6. double-deck four air channel air-cooling type refrigerator according to claim 1, it is characterised in that：First layer air outlet includes multiple One hierarchical level air outlet, multiple hierarchical level air outlets are arranged as multiple row along direction from right to left；Second layer air outlet includes Multiple two hierarchical levels air outlets, multiple two hierarchical levels air outlets are arranged as multiple row along direction from right to left.
- 7. double-deck four air channel air-cooling type refrigerator according to claim 6, it is characterised in that：Multiple hierarchical level air outlet edges Direction from top to bottom is arranged as multirow；Multiple two hierarchical levels air outlets are arranged as multirow along direction from top to bottom.
- 8. the air channel air-cooling type refrigerator of bilayer four according to any one of claim 1 to 7, it is characterised in that：The basketry is also Support ear including being arranged at basket upper end, the upper edge of cold house are provided with available for the interior table top for placing support ear.
- 9. the air channel air-cooling type refrigerator of bilayer four according to any one of claim 1 to 7, it is characterised in that：The basketry is Several, several basketrys are sequentially arranged along direction from right to left.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720959621.1U CN207113352U (en) | 2017-08-03 | 2017-08-03 | Double-deck four air channel air-cooling type refrigerators |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720959621.1U CN207113352U (en) | 2017-08-03 | 2017-08-03 | Double-deck four air channel air-cooling type refrigerators |
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| Publication Number | Publication Date |
|---|---|
| CN207113352U true CN207113352U (en) | 2018-03-16 |
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ID=61580662
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720959621.1U Active CN207113352U (en) | 2017-08-03 | 2017-08-03 | Double-deck four air channel air-cooling type refrigerators |
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| CN (1) | CN207113352U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107490229A (en) * | 2017-08-03 | 2017-12-19 | 澳柯玛股份有限公司 | Double-deck four air channel air-cooling type refrigerators |
-
2017
- 2017-08-03 CN CN201720959621.1U patent/CN207113352U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107490229A (en) * | 2017-08-03 | 2017-12-19 | 澳柯玛股份有限公司 | Double-deck four air channel air-cooling type refrigerators |
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