CN207777110U - A kind of compressor damping assembly, compressor assembly and air conditioner - Google Patents
A kind of compressor damping assembly, compressor assembly and air conditioner Download PDFInfo
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- CN207777110U CN207777110U CN201721644246.8U CN201721644246U CN207777110U CN 207777110 U CN207777110 U CN 207777110U CN 201721644246 U CN201721644246 U CN 201721644246U CN 207777110 U CN207777110 U CN 207777110U
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Abstract
A kind of compressor damping assembly of the utility model offer, compressor assembly and air conditioner, the compressor damping assembly include：Damping means (2), can wrap up compressor case；Positioning element (3), it is arranged on the compressor (1) shell, is protruding, the damping means (2) can be allowed to extend there through, to be positioned in compressor axis direction to the damping means (2).Can not be accurately positioned by the utility model so that damping means can be positioned accurately and efficiently when mounted, when solving sound insulation wool packaging causes to pack difficult problem, improves the installation effectiveness of damping means；It can also completely enclose, fasten packaging compressor, preferably play noise reduction.
Description
Technical field
The utility model belongs to air-conditioning technical field, and in particular to a kind of compressor damping assembly, compressor assembly and sky
Adjust device.
Background technology
With social progress and the improvement of people's living standards, application of the heat transmission equipments such as air-conditioning in life is more and more wider
It is general, increase the comfort of people's life.Air-conditioner outdoor unit will produce noise at work, and noise is mainly derived from compression
Machine is usually capped one layer of sound-proof material to reduce noise in compressor surface.
205641258 U of patent CN disclose a kind of sound insulation cotton structure, and when sound insulation wool packaging compressor cannot seal completely
It closes, positioning is inaccurate, and since pipeline exists, installation space is limited when sound insulation wool packaging compressor, installation difficulty occurs, and press
The vibration and noise reducing of contracting machine is less efficient.
Due to compressor in the prior art sound insulation wool packaging when there is positioning and be not allowed, cannot completely enclose, sky is installed
Between limited, difficult to install, the technical problems such as vibration and noise reducing is less efficient, therefore the utility model research and design goes out a kind of compressor
Damping assembly, compressor assembly and air conditioner.
Utility model content
Therefore, the technical problem to be solved by the present invention is to overcome the damping means of compressor in the prior art to pacify
In the presence of the defect that positioning is inaccurate when dress, to provide a kind of compressor damping assembly, compressor assembly and air conditioner.
The utility model provides a kind of compressor damping assembly comprising：
Damping means can wrap up compressor case；
Positioning element is arranged on the compressor case, is protruding, the damping means can be allowed therefrom to wear
It crosses, to be positioned in compressor axis direction to the damping means.
Preferably,
The positioning element can also position the damping means in compressor radial direction.
Preferably,
The positioning element is the frame-type bead structures stretched out outwardly from the compressor case.
Preferably,
The damping means can also wrap up fluid reservoir.
Preferably,
The damping means include can be to the peripheral surface of the peripheral surface of the compressor and the fluid reservoir simultaneously
The circumferential surface sound-insulating member wrapped up, the circumferential surface sound-insulating member can be passed through from the positioning element with by location and installation.
Preferably,
The circumferential surface sound-insulating member includes high frequency sound absorbing layer structure and low-frequency sound-absorbing layer structure, the low-frequency sound-absorbing layer structure
It is covered in the high frequency sound absorbing layer structure of part,
When the circumferential surface sound-insulating member wraps the compressor and the fluid reservoir：The high frequency sound absorbing layer structure and
The equitant position of low-frequency sound-absorbing layer structure is corresponding with the position of the compressor, high frequency sound absorbing layer structure described in single layer
Position it is corresponding with the position of the fluid reservoir.
Preferably,
The high frequency sound absorbing layer structure be can be unfolded and the structure being bent and its expansion when be rectangular parallelepiped structure, including
Two broadsides of first broadside and the second broadside,
And in the high frequency sound absorbing layer structure, positioned at the position of first broadside and/or close to first broadside
Position be additionally provided with the first hasp, and in the high frequency sound absorbing layer structure, positioned at the position of second broadside and/or lean on
The position of nearly second broadside is additionally provided with the second hasp,
And first hasp can mutually overlap fastening with second hasp.
Preferably,
The lower end position corresponding with the foot pad of the compressor of the circumferential surface sound-insulating member is additionally provided with and can accommodate
The foot pad via of the foot pad.
Preferably,
The damping means further include can be to being covered at the top of the top of the compressor and the fluid reservoir
Top sound-insulating member.
Preferably,
It is additionally provided with inlet tube corresponding with the refrigerant inlet on the fluid reservoir on the top sound-insulating member and wears mouth,
And/or it is additionally provided with outlet tube corresponding with the refrigerant exit on the compressor on the top sound-insulating member and wears mouth.
Preferably,
On the top sound-insulating member, it is further opened with and extends to the inlet tube from its side and wear mouth and/or from its side
Extend to the gap that the outlet tube wears mouth.
Preferably,
The damping means are sound-proof material.
The utility model also provides a kind of air conditioner comprising preceding any one of them compressor damping assembly.
A kind of compressor damping assembly, compressor assembly and air conditioner provided by the utility model have following beneficial to effect
Fruit：
1. the compressor damping assembly, compressor assembly and air conditioner of the utility model, can be to pressure by damping means
Contracting machine shell is wrapped up；Positioning element is arranged on the compressor case, is protruding, can allow the vibration damping portion
Part extends there through, to be positioned in compressor axis direction to the damping means so that damping means when mounted can
It is accurately and efficiently positioned, can not be accurately positioned when solving sound insulation wool packaging causes to pack difficult problem, improves vibration damping portion
The installation effectiveness of part；
2. the compressor damping assembly, compressor assembly and air conditioner of the utility model devise a kind of new vibration damping portion
Part, damping means include the circumferential surface sound-insulating member of the top sound-insulating member and packaging compressor casing of packaging compression cover, circumferential surface
Sound-insulating member is stacked by high frequency sound-absorbing structure and low-frequency sound-absorbing structure composition, high frequency sound-absorbing structure and low-frequency sound-absorbing structure,
There is hasp structure on sound-proof material, can completely enclose, fasten packaging compressor, preferably play noise reduction.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the compressor assembly for being not provided with damping means of the utility model；
Fig. 2 is the three-dimensional mounting structure schematic diagram of the compressor assembly of Fig. 1；
Fig. 3 is the dimensional structure diagram that the utility model is provided with before the compressor assembly installation of damping means；
Fig. 4 be the utility model be provided with damping means compressor assembly installation when dimensional structure diagram；
Fig. 5 is the dimensional structure diagram that the utility model is provided with after the compressor assembly installation of damping means；
Fig. 6 is the positive structure schematic of the circumferential surface sound-insulating member of the damping means of the utility model；
Fig. 7 is the structure schematic diagram of the circumferential surface sound-insulating member of the damping means of the utility model；
Fig. 8 is the dimensional structure diagram of the top sound-insulating member of the damping means of the utility model.
Reference numeral is expressed as in figure：
1, compressor；11, foot pad；12, inlet；13, liquid outlet；2, damping means；3, positioning element；4, fluid reservoir；
5, circumferential surface sound-insulating member；51, high frequency sound absorbing layer structure；51a, the first broadside；51b, the second broadside；52, low-frequency sound-absorbing layer structure；
53, foot pad via；6, chassis；61, the first hasp；62, the second hasp；7, inlet tube wears mouth；8, outlet tube wears mouth；9, gap；
10, top sound-insulating member；12, gap.
Specific implementation mode
Embodiment 1
As shown in figures 1-8, the utility model provides a kind of compressor damping assembly comprising：
Damping means 2 can wrap up 1 shell of compressor；
Positioning element 3 is arranged on 1 shell of the compressor, is protruding, can allow the damping means 2 therefrom
It passes through, to be positioned in compressor axis direction to the damping means 2.
Compressor case can be wrapped up by damping means；Positioning element, be arranged on the compressor case,
It is protruding, the damping means can be allowed to extend there through, determined in compressor axis direction the damping means
Position so that damping means can be positioned accurately and efficiently when mounted, can not be accurately positioned and be led when solving sound insulation wool packaging
Packaging difficult problem is caused, the installation effectiveness of damping means is improved.
Preferably,
The positioning element 3 can also position the damping means 2 in compressor radial direction.In this way
Structure type can also by positioning element to damping means compressor radial direction generate positioning and position-limiting action so that
Damping means can be positioned and limited in compressor radial direction, and the installation effectiveness of damping means is further increased.
Preferably,
The positioning element 3 is the frame-type bead structures stretched out outwardly from 1 shell of the compressor.As shown in Figure 1, its
To be connected to the frame-type bead structures on compressor case so that damping means can be from the frame-type space of frame-type bead structures
It passes through, to carry out installation positioning action to damping means, has effectively achieved circumferential multi-direction with radial direction in compressor
Positioning action.It is worn when damping means are installed, from the side of frame-type bead structures along compressor circumferential direction, preferred orientation component
For two frame shape bead structures, the both sides of compressor are located at, positioning limit can be carried out to damping means in compressor both sides
Position effect, forms loop configuration as shown in Figure 4.And lap buckle conjunction is carried out by two hasps of free end, form such as Fig. 5
Shown in closing structure.
Preferably,
The damping means 2 can also wrap up fluid reservoir 4.By way of also wrapping up fluid reservoir, also
Damping effect can be carried out to fluid reservoir, to reduce noise caused by fluid reservoir vibration.
Embodiment 2
The present embodiment is being further improved on the basis of embodiment 1, it is preferable that
The damping means 2 include can be same to the peripheral surface of the compressor 1 and the peripheral surface of the fluid reservoir 4
The circumferential surface sound-insulating member 5 of Shi Jinhang packages, the circumferential surface sound-insulating member 5 can be passed through from the positioning element 3 to be positioned
Installation.This is the further preferred structure type of the damping means of the utility model, can be to pressure by weekend sound-insulating member
The peripheral surface of contracting machine and fluid reservoir is wrapped up, plays effective damping effect.
Preferably,
The circumferential surface sound-insulating member 5 includes high frequency sound absorbing layer structure 51 and low-frequency sound-absorbing layer structure 52, the low-frequency sound-absorbing
Layer structure 52 is covered in the part high frequency sound absorbing layer structure 51, as shown in fig. 7, being additionally provided in high frequency sound absorbing layer structure 51
Gap 12 is passed therethrough with the pipeline accommodated when mounted on compressor.
When the circumferential surface sound-insulating member 5 wraps the compressor 1 and the fluid reservoir 4：The high frequency sound absorbing layer knot
The structure 51 and 52 equitant position of low-frequency sound-absorbing layer structure is corresponding with the position of the compressor 1, high frequency described in single layer
The position of sound absorbing layer structure 51 is corresponding with the position of the fluid reservoir 4.
This is the further structure type of the circumferential surface sound-insulating member of the utility model, since compressor usually will produce height
The multifrequencies noise such as frequency and low frequency, it is therefore desirable to compressor be carried out jointly by high frequency sound absorbing layer structure and low-frequency sound-absorbing layer structure
Vibration damping suction is made an uproar, and fluid reservoir usually will produce more high frequency noise (and being more than low frequency noise), it is therefore desirable to be set to fluid reservoir
It sets high frequency sound absorbing layer structure and vibration and noise reducing is carried out to fluid reservoir, so the stacked high and low frequency by the utility model is inhaled
Sound-absorbing layer structure can be generated and pointedly be treated respectively, and high frequency sound absorbing layer structure and low-frequency sound-absorbing layer structure are used to compressor
Low frequency noise and high frequency noise are drawn to compressor jointly, fluid reservoir can draw fluid reservoir using high frequency sound absorbing layer structure
High frequency noise realizes the maximum decrease of noise, also reduces the setting of material, reduces cost.
The utility model devises the compressor arrangement that one kind being easily installed damping assembly (the preferred sound-proof material of damping means),
Can not be accurately positioned when solving sound insulation wool packaging causes to pack difficult problem；Devise a kind of new damping assembly (vibration damping portion
The preferred sound-proof material of part), sound-proof material includes the sound-proof material component of the sound insulation cotton-padded cap and packaging compressor casing of packaging compression cover, every
Sound cotton component is stacked by high frequency sound-absorbing structure and low-frequency sound-absorbing structure composition, high frequency sound-absorbing structure and low-frequency sound-absorbing structure,
There is hasp structure on sound-proof material, can completely enclose, fasten packaging compressor, preferably play noise reduction.
Preferably,
The high frequency sound absorbing layer structure 51 be can be unfolded and the structure being bent and its expansion when be rectangular parallelepiped structure, packet
Two broadsides of the first broadside 51a and the second broadside 51b are included,
And in the high frequency sound absorbing layer structure 51, positioned at the position of the first broadside 51a and/or close to described first
The position of broadside 51a is additionally provided with the first hasp 61, and in the high frequency sound absorbing layer structure 51, be located at second broadside
The position of 51b and/or the position of the close second broadside 51b are additionally provided with the second hasp 62,
And first hasp 61 can mutually overlap fastening (in the circumferential surface sound-insulating member 5 with second hasp 62
When wrapping the compressor and the fluid reservoir).
This is the preferred constructive form of the high frequency sound absorbing layer structure of the utility model, by the first broadside and the second broadside
On the first hasp and the second hasp that are respectively set, can be generated by overlap joint fastens by the two so that circumferential surface sound-insulating member package
Firmly compressor and when fluid reservoir, make the first broadside and the second broadside be fastened on together, are formed to compressor and fluid reservoir circumferential surface
The closed package of whole in direction, to further increase absorbing and the noise reduction to compressor and fluid reservoir.
Preferably,
The lower end position corresponding with the foot pad 11 of the compressor of the circumferential surface sound-insulating member 5 is additionally provided with and can hold
Receive the foot pad via 53 of the foot pad 11.Foot pad can be accommodated by the above-mentioned foot pad via of setting to be disposed therein, and avoided
Interference is generated with compressor when packaging, ensures fitting closely between circumferential surface sound-insulating member and compressor and fluid reservoir, raising subtracts
It shakes noise reduction.
Preferably,
The damping means 2 further include that can be covered to the top of the compressor 1 and the top of the fluid reservoir 4
Top sound-insulating member 10.It can be to generating vibration damping drop at the top of compressor top and fluid reservoir by the top sound-insulating member of setting
The effect of making an uproar improves the effect of vibration and noise reduction to compressor and fluid reservoir, is formed to compressor and storage together with circumferential surface sound-insulating member
The comprehensive closing package of flow container, compared with the existing technology in sound-insulating structure for greatly increase vibration and noise reducing effect
And effect.
Preferably,
Inlet tube corresponding with the refrigerant inlet on the fluid reservoir 4 is additionally provided on the top sound-insulating member 10 to wear
Mouthfuls 7, and/or, be additionally provided on the top sound-insulating member 10 it is corresponding with the refrigerant exit on the compressor 1 go out liquid
Pipe wears mouth 8.By the inlet tube being arranged on the sound-insulating member of top wear mouth can it is corresponding with refrigerant inlet and accommodate refrigerant into
The outlet tube that mouth pipe extends there through, prevents from interfering with refrigerant inlet pipe, while being arranged wears mouth can be opposite with refrigerant exit
It should be extended there through with accommodating refrigerant exit pipe, prevent from interfering with refrigerant exit pipe, further ensure that top sound proof part
Between part and compressor and fluid reservoir it is effective it is close be bonded package, further improve effect of vibration and noise reduction.
Preferably,
On the top sound-insulating member 10, it is further opened with and extends to the inlet tube from its side and wear mouth 7 and/or from its week
Side extends to the gap 9 that the outlet tube wears mouth 8.Top sound proof part is enabled to by the above-mentioned gap being arranged in above-mentioned position
Part when installation is assembled at the top of compressor and fluid reservoir by the gap sets refrigerant exit pipe and refrigerant inlet pipe sleeve into
Enter to inlet tube wear mouth neutralize outlet tube wear in mouth, convenient for assembly.
Preferably,
The damping means 2 are sound-proof material.This is the preferred kind and structure type of the damping means of the utility model, energy
It is enough that good deadening and effectiveness in vibration suppression are formed to compressor and fluid reservoir.
The utility model also provides a kind of compressor assembly, including compressor 1 and fluid reservoir 4, further includes any one of preceding
The compressor damping assembly.Compressor case can be wrapped up by damping means；Positioning element is arranged described
On compressor case, it is protruding, the damping means can be allowed to extend there through, with to the damping means in compressor shaft
Line direction is positioned so that damping means can be positioned accurately and efficiently when mounted, when solving sound insulation wool packaging without
Method accurate positionin causes to pack difficult problem, improves the installation effectiveness of damping means.
Damping means include the circumferential surface sound-insulating member of the top sound-insulating member and packaging compressor casing of packaging compression cover,
Circumferential surface sound-insulating member is set by high frequency sound-absorbing structure and low-frequency sound-absorbing structure composition, high frequency sound-absorbing structure and the stacking of low-frequency sound-absorbing structure
It sets, there is hasp structure on sound-proof material, can completely enclose, fasten packaging compressor, preferably play noise reduction.
Such as Fig. 1, compressor assembly mainly by compressor 1, fluid reservoir 4, chamber lid, positioning element 3, foot pad 11, felt pad, into
Liquid mouth 12, liquid outlet 13 form, when sound insulation wool packaging compressor, when positioning element 3 can be played to sound insulation wool packaging compressor
Position positions and guiding role.Positioning bolt is fixed together the foot pad 11 of compressor with chassis 6.
Fig. 7 is top sound-insulating member 10 (preferably sound insulation cotton-padded cap) structural schematic diagram, and sound insulation cotton-padded cap can directly be buckled in chamber
It covers and sound insulation is carried out to compressor.There are inlet tubes to wear mouth 7 on sound insulation cotton-padded cap, outlet tube wears mouth 8, gap 9, instant packed chamber lid
When correspond to passing through for pipeline.
First layer packaging is carried out to cavity directly through location structure when sound insulation wool packaging, location structure limits sound-proof material
Along moving for cavity vertical direction, while avoiding interference when around pipeline is to sound insulation wool packaging.
Fig. 6 and Fig. 7 is respectively the structural schematic diagram of circumferential surface sound-insulating member 5 (sound-proof material component) positive and negative, sound-proof material component
It is made of low-frequency sound-absorbing layer structure 52, the first hasp 51a, the second hasp 51b, high frequency sound absorbing layer structure 51, low-frequency sound-absorbing layer knot
Structure 52 is mainly made of rubber layer, and high frequency sound absorbing layer structure 51 is mainly made of blanket layer, rubber layer and the setting of blanket layer stackup,
Rubber layer passes through the location structure of compressor when packing compressor, encases compression chamber, and blanket layer structure surrounds liquid storage cylinder, and first
Hasp and the second hasp are buckled together, and completely enclose, fastening packaging compressor, wherein have foot pad via 53 in rubber layer, avoid
It is interfered with compressor foot pad when packaging, packaging process is as in Figure 3-5.
The utility model also provides a kind of air conditioner comprising preceding any one of them compressor damping assembly.
Compressor case can be wrapped up by damping means；Positioning element, be arranged on the compressor case,
It is protruding, the damping means can be allowed to extend there through, determined in compressor axis direction the damping means
Position so that damping means can be positioned accurately and efficiently when mounted, can not be accurately positioned and be led when solving sound insulation wool packaging
Packaging difficult problem is caused, the installation effectiveness of damping means is improved.
Damping means include the circumferential surface sound-insulating member of the top sound-insulating member and packaging compressor casing of packaging compression cover,
Circumferential surface sound-insulating member is set by high frequency sound-absorbing structure and low-frequency sound-absorbing structure composition, high frequency sound-absorbing structure and the stacking of low-frequency sound-absorbing structure
It sets, there is hasp structure on sound-proof material, can completely enclose, fasten packaging compressor, preferably play noise reduction.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement etc., should be included in the utility model made by within the spirit and principle of utility model
Protection domain within.The above is only the preferred embodiment of the utility model, it is noted that for the art
For those of ordinary skill, without deviating from the technical principle of the utility model, several improvements and modifications can also be made,
These improvements and modifications also should be regarded as the scope of protection of the utility model.
Claims (14)
1. a kind of compressor damping assembly, it is characterised in that：Including：
Damping means (2), can wrap up compressor case；
Positioning element (3), be arranged on the compressor (1) shell, it is protruding, can allow the damping means (2) from
In pass through, to be positioned in compressor axis direction to the damping means (2).
2. compressor damping assembly according to claim 1, it is characterised in that：
The positioning element (3) can also position the damping means (2) in compressor radial direction.
3. compressor damping assembly according to claim 1, it is characterised in that：
The positioning element (3) is the frame-type bead structures stretched out outwardly from the compressor (1) shell.
4. compressor damping assembly according to any one of claim 1-3, it is characterised in that：
The damping means (2) can also wrap up fluid reservoir (4).
5. compressor damping assembly according to claim 4, it is characterised in that：
The damping means (2) include can be to the peripheral surface of the peripheral surface and the fluid reservoir (4) of the compressor (1)
It is carried out at the same time the circumferential surface sound-insulating member (5) of package, the circumferential surface sound-insulating member (5) can pass through from the positioning element (3)
With by location and installation.
6. compressor damping assembly according to claim 5, it is characterised in that：
The circumferential surface sound-insulating member (5) includes high frequency sound absorbing layer structure (51) and low-frequency sound-absorbing layer structure (52), and the low frequency is inhaled
Sound-absorbing layer structure (52) is covered on the high frequency sound absorbing layer structure (51) of part,
When the circumferential surface sound-insulating member (5) wraps the compressor (1) and the fluid reservoir (4)：The high frequency sound absorbing layer
Structure (51) and the equitant position of the low-frequency sound-absorbing layer structure (52) is corresponding with the position of the compressor (1), single layer
The position of the high frequency sound absorbing layer structure (51) is corresponding with the position of the fluid reservoir (4).
7. compressor damping assembly according to claim 6, it is characterised in that：
The high frequency sound absorbing layer structure (51) be can be unfolded and the structure being bent and its expansion when be rectangular parallelepiped structure, including
Two broadsides of first broadside (51a) and the second broadside (51b),
And the position on the high frequency sound absorbing layer structure (51), positioned at first broadside (51a) and/or close described first
The position of broadside (51a) is additionally provided with the first hasp (61), and on the high frequency sound absorbing layer structure (51), be located at described the
The position of two broadsides (51b) and/or the position of close second broadside (51b) are additionally provided with the second hasp (62),
And first hasp (61) can mutually overlap fastening with second hasp (62).
8. compressor damping assembly according to claim 5, it is characterised in that：
The lower end position corresponding with foot pad (11) of the compressor of the circumferential surface sound-insulating member (5) is additionally provided with and can hold
Receive the foot pad via (53) of the foot pad (11).
9. compressor damping assembly according to claim 4, it is characterised in that：
The damping means (2) further include can be to covering at the top of the top of the compressor (1) and the fluid reservoir (4)
The top sound-insulating member (10) of lid.
10. compressor damping assembly according to claim 9, it is characterised in that：
Inlet tube corresponding with the refrigerant inlet on the fluid reservoir (4) is additionally provided on the top sound-insulating member (10) to wear
Mouth (7), and/or, it is additionally provided on the top sound-insulating member (10) corresponding with the refrigerant exit on the compressor (1)
Outlet tube wears mouth (8).
11. compressor damping assembly according to claim 10, it is characterised in that：
On the top sound-insulating member (10), it is further opened with and extends to the inlet tube from its side and wear mouth (7) and/or from its week
Side extends to the gap (9) that the outlet tube wears mouth (8).
12. compressor damping assembly according to any one of claim 1-3, it is characterised in that：
The material of the damping means (2) is sound-proof material.
13. a kind of compressor assembly, including compressor (1) and fluid reservoir (4), it is characterised in that：Further include claim 1-12
Any one of described in compressor damping assembly.
14. a kind of air conditioner, it is characterised in that：Including the compressor damping assembly described in any one of claim 1-12.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644246.8U CN207777110U (en) | 2017-11-30 | 2017-11-30 | A kind of compressor damping assembly, compressor assembly and air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644246.8U CN207777110U (en) | 2017-11-30 | 2017-11-30 | A kind of compressor damping assembly, compressor assembly and air conditioner |
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| Publication Number | Publication Date |
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| CN207777110U true CN207777110U (en) | 2018-08-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050045A (en) * | 2017-11-30 | 2018-05-18 | 珠海格力电器股份有限公司 | A kind of compressor damping assembly, compressor assembly and air conditioner |
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2017
- 2017-11-30 CN CN201721644246.8U patent/CN207777110U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050045A (en) * | 2017-11-30 | 2018-05-18 | 珠海格力电器股份有限公司 | A kind of compressor damping assembly, compressor assembly and air conditioner |
| CN108050045B (en) * | 2017-11-30 | 2024-04-19 | 珠海格力电器股份有限公司 | Compressor damping assembly, compressor assembly and air conditioner |
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