CN207351032U

CN207351032U - Built-in refrigerator

Info

Publication number: CN207351032U
Application number: CN201721324944.XU
Authority: CN
Inventors: 李怀庆; 褚新兴; 孙大林; 聂文
Original assignee: Qingdao Hezhou Lide Low Temperature Technology Ltd
Current assignee: Qingdao Hezhou Lide Low Temperature Technology Ltd
Priority date: 2017-10-16
Filing date: 2017-10-16
Publication date: 2018-05-11
Anticipated expiration: 2027-10-16

Abstract

The utility model provides a kind of built-in refrigerator, it includes babinet, part room, draft chamber, compressor, air passage, condenser and wind turbine, and wherein part room is arranged on the rear lower of babinet；Draft chamber is arranged on the bottom of babinet and is connected with part room, and has advance air port and front air outlet；Compressor displacement is placed in part room and positioned at the rear in advance air port；Air passage is placed in draft chamber and part room at the rear of front air outlet, which has the open front connected with front air outlet and the after-opening connected with part room；Condenser is placed in air passage；Wind turbine is installed at the after-opening in air passage so as to be carried out from advancing air mouth and with compressor in the air suction air passage of heat exchange, through with being expelled to after condenser again heat exchange by front air outlet outside babinet.The anti-glass door condensation of the utility model, can effectively improve heat dissipation effect and improve refrigerating efficiency.

Description

Built-in refrigerator

Technical field：

Technical field of refrigeration equipment is the utility model is related to, more particularly to a kind of built-in refrigerator.

Background technology：

With the improvement of living standards, people are higher and higher to the aesthetic of household, more and more people select insertion Formula refrigerator, that is, select refrigerator being placed in the cabinet in kitchen or in the wall in dining room.However, although this built-in refrigerator is significantly The interior space is beautified, but acid test is brought to the heat dissipation of freezer compressor and condenser.

In the prior art, manufacturer usually sets cabin in the bottom of refrigerator body, its interior side installing compressor, Opposite side installs condenser, and between them, the air into cabin successively exchanges heat wind turbine with compressor and condenser.So And in this configuration, since condenser is nearer from compressor, in cabin, temperature is higher, is highly detrimental to the heat dissipation of compressor, The thermal efficiency for ultimately resulting in refrigerator is relatively low and energy consumption is higher.

Utility model content：

In order to overcome the problems referred above, the utility model provides a kind of good heat dissipation effect, the built-in refrigerator of high cooling efficiency is incited somebody to action It is favourable.

To achieve the above object, the utility model provides a kind of built-in refrigerator, it is characterised in that including：

Babinet；

Part room, it is arranged at the rear lower of babinet；

Draft chamber, it is arranged at the bottom of babinet, and is connected with part room, which is provided with advance air port and before goes out Air port；

Compressor, it is placed in part room and positioned at the rear in advance air port；

Air passage, it is placed in draft chamber and part room at the rear of front air outlet, which has connects with front air outlet Logical open front and the after-opening connected with part room；

Condenser, it is placed in air passage；

Wind turbine, it is installed at the after-opening in air passage so as to come from advancing air mouth and carry out overheat friendship with compressor In the air suction air passage changed, through with being expelled to after condenser again heat exchange by front air outlet outside babinet.

In the utility model, since air inlet and air outlet are all disposed within the front side of refrigerator body, hot wind is from air outlet Can be flowed up during outflow, if the door body on front side of refrigerator body is glass door, hot wind can blow on glass door so as to Prevent glass door condensation；Since the premenstrual air inlet of air enters behind draft chamber and part room directly heat exchange is carried out with compressor （Mainly convection current）, comparatively fast can more intensively make cooling compressor；Avoid and compress since condenser is individually placed in air passage Machine is in same space, the temperature of condenser institute heat dissipation capacity lifting compressor local environment can be so prevented, so as to carry High refrigerating efficiency；Since condenser is located in air passage so that heat source separates out air port closer to can be effectively by the sky after heat exchange Pneumatic transmission outlet is external.

Further, air passage is flat cuboid box-like structure.

This structure can make it that whole draft chamber is more flat, be not take up too many space, so as to be saved for refrigerator More refrigeration spaces.

Further, condenser is configured to sheet-like structure and adapts to air passage.

By design of condenser flakiness shape, that is, flat structure, flat air passage on the one hand can be adapted to, is vacateed more for refrigerator More refrigeration spaces, on the other hand it is also possible that this heat source of condenser separates out air port closer to hot wind is easy to send out refrigerator body Outside.

Again further, the right side wall in air passage is configured to the inlet air from advance air port and flows to the outlet air of front air outlet Spaced walls.

The structure can cause air inlet and outlet to separate naturally, be independent of each other.

Further, shroud upper panel is provided with front side of draft chamber, advance air port and front air outlet is provided with the shroud upper panel.

The structure can effectively control the entrance of air and the outflow of hot wind, and improve aesthetics.

Further, advance air port and front air outlet are all to be multiple.

The structure design can not only ensure total draught area but also can avoid single air port opening too big so as to stop larger dust, It may be such that shroud upper panel is more beautiful at the same time.

By reference to the embodiments described below, the above-mentioned these and other aspects of the utility model will obtain More clearly illustrate.

Brief description of the drawings：

The structure of utility model and further objects and advantages will be obtained more preferably by description below in conjunction with the accompanying drawings Ground understanding, wherein, identical reference marker identifies identical element：

Fig. 1 be according to the schematic perspective view of the built-in refrigerator of one embodiment of the utility model, there is shown with The advance air port of heat transmission and front air outlet；

Fig. 2 is the longitudinal section of built-in refrigerator shown in Fig. 1, and that schematically shows the internal junction of the built-in refrigerator Structure；

Fig. 3 is the rearview of built-in refrigerator shown in Fig. 1, is gone to clearly show that part room and the indoor component of ventilation Except the rear cowl of built-in refrigerator；

Fig. 4 schematically shows the layout of part room and indoor component of divulging information in Fig. 3；

Fig. 5 is the partial front elevation view of part below built-in refrigerator shown in Fig. 1, wherein mainly showing shroud upper panel and preceding The structure in advance air port and front air outlet on cover plate.

Description of reference numerals：

1 babinet, 2 part room

3 draft chamber, 4 compressor

5 air passage, 6 condenser

7 wind turbine, 30 shroud upper panel

31 advance air port, 33 front air outlet

53 open front, 57 after-opening

59 right side walls

Embodiment：

Specific embodiment of the present utility model is described below in conjunction with attached drawing.

As shown in Figures 1 to 4, the built-in refrigerator of an embodiment according to the present utility model, including babinet 1st, part room 2, draft chamber 3, compressor 4, air passage 5, condenser 6 and wind turbine 7, wherein, part room 2 be arranged at babinet 1 after under Portion；Draft chamber 3 is arranged at the bottom of babinet 1, and is connected with part room 2, which is provided with advance air port 31 and preceding outlet air Mouth 33；Compressor 4 is placed in part room 2 and positioned at the rear in advance air port 31；Air passage 5 houses at the rear of front air outlet 33 In in draft chamber 3 and part room 2, after which has the open front 53 connected with front air outlet 33 and is connected with part room 2 Opening 57；Condenser 6 is placed in air passage 5；Wind turbine 7 is installed at the after-opening 57 in air passage 5, so as to come from advancing air Mouthfuls 31 simultaneously carried out with compressor 4 in the air suction air passage 5 of heat exchange, carried out the air after heat exchange and passed through and condenser 6 It is expelled to again after heat exchange by front air outlet 33 outside babinet 1.

In the utility model, since advance air port 31 and front air outlet 33 are all disposed within the same side i.e. front side of babinet 1, Air is changed into hot wind after heat exchange, and hot wind can flow up when being flowed out from front air outlet 33, if the door body of cabinet front If being glass door, hot wind can be blown on glass door so as to prevent glass door condensation；Since the premenstrual air inlet 31 of air enters Behind draft chamber 3 and part room 2 directly heat exchange is carried out with compressor 4（Mainly convection current）, comparatively fast can more intensively make compression Machine 4 cools down；Avoid being in same space with compressor 4 since condenser 6 is individually placed in air passage 5, can so prevent The temperature of 64 local environments of heat dissipation capacity lifting compressor of condenser, so as to improve refrigerating efficiency；Since condenser 6 is located at air passage In 5 so that heat source is relatively near from front air outlet 33, effectively can send out the air after heat exchange, that is, hot wind outside babinet 1.

As shown in figure 4, and referring to figs. 2 and 3 air passage 5 is flat cuboid box-like structure, and this structure can cause Entirely draft chamber 3 is designed to more flat, is not take up too many space, empty so as to save more refrigeration for built-in refrigerator Between.As Fig. 2 and Fig. 4 are best shown, condenser 6 is configured to sheet-like structure and adapts in air passage 5, and condenser 6 is designed to Flake is flat structure, on the one hand can be adapted to flat air passage 5, and more refrigeration spaces are vacateed for built-in refrigerator, another Aspect is it is also possible that this heat source of condenser 6 is easy to send out outside babinet 1 from front air outlet 33 closer to, hot wind.As shown in figure 4, Arrow shows air inlet and outlet, and the direction of arrow is inlet air towards advance air port 31, and the direction of arrow is towards front air outlet 33 For outlet air.

As shown in Figure 4 and with reference to figure 2, before the right side wall 59 in air passage 5 is configured to the inlet air from advance air port 31 and flow direction The spaced walls of the outlet air of air outlet 33, the structure can cause air inlet and outlet to separate naturally, be independent of each other.

As shown in Figure 5 and shroud upper panel 30 is provided with, advancing air is provided with the shroud upper panel with reference to figure 1, the front side of draft chamber 3 Mouthfuls 31 and front air outlet 33, and advance air port 31 and front air outlet 33 be both configured in the present embodiment it is multiple.This knot Structure can effectively control the entrance of air and the outflow of hot wind, can not only ensure total draught area but also single air port opening can be avoided too big So as to stop larger dust, while it may be such that shroud upper panel is more beautiful.

The technology contents and technical characterstic of the utility model have revealed that as above, it being understood, however, that in the utility model Under creative ideas, those skilled in the art can make various changes and improve to said structure, including individually disclose here Or the combination of claimed technical characteristic, and significantly include other combinations of these features.These deformations and/or combination Each fall within the technical field involved by the utility model, and fall into the protection domain of the utility model claims.

Claims

A kind of 1. built-in refrigerator, it is characterised in that including：

Babinet；

Part room, it is arranged at the rear lower of babinet；

Draft chamber, it is arranged at the bottom of babinet, and is connected with part room, which is provided with advance air port and preceding outlet air Mouthful；

Compressor, it is placed in part room and positioned at the rear in advance air port；

Air passage, it is placed in draft chamber and part room at the rear of front air outlet, which has what is connected with front air outlet Open front and the after-opening connected with part room；

Condenser, it is placed in air passage；

Wind turbine, it is installed at the after-opening in air passage so as to carry out heat exchange from advancing air mouth and with compressor In air suction air passage, through with being expelled to after condenser again heat exchange by front air outlet outside babinet.
2. built-in refrigerator according to claim 1, it is characterised in that the air passage is flat cuboid box-like knot Structure.
3. built-in refrigerator according to claim 2, it is characterised in that the condenser is configured to sheet-like structure simultaneously Adapt to the air passage.
4. built-in refrigerator according to claim 3, it is characterised in that the right side wall in the air passage is configured to come from institute The inlet air for stating advance air port and the spaced walls for the outlet air for flowing to the front air outlet.
5. built-in refrigerator according to claim 1, it is characterised in that shroud upper panel is provided with front side of the draft chamber, should The advance air port and the front air outlet are provided with shroud upper panel.
6. built-in refrigerator according to claim 5, it is characterised in that the advance air port and the front air outlet are all It is multiple.