CN110160248A - A kind of screen mounting structure and air conditioner - Google Patents
A kind of screen mounting structure and air conditioner Download PDFInfo
- Publication number
- CN110160248A CN110160248A CN201910565771.8A CN201910565771A CN110160248A CN 110160248 A CN110160248 A CN 110160248A CN 201910565771 A CN201910565771 A CN 201910565771A CN 110160248 A CN110160248 A CN 110160248A
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- Prior art keywords
- strainer
- fitting
- guide surface
- mounting structure
- guide
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- 238000009434 installation Methods 0.000 claims abstract description 96
- 238000011900 installation process Methods 0.000 claims abstract description 11
- 238000003780 insertion Methods 0.000 claims description 18
- 230000037431 insertion Effects 0.000 claims description 18
- 230000002787 reinforcement Effects 0.000 claims description 9
- 230000001154 acute effect Effects 0.000 claims description 6
- 238000000034 method Methods 0.000 description 13
- 238000010586 diagram Methods 0.000 description 10
- 230000008569 process Effects 0.000 description 9
- 238000005452 bending Methods 0.000 description 6
- 238000004519 manufacturing process Methods 0.000 description 5
- 230000013011 mating Effects 0.000 description 3
- 238000004378 air conditioning Methods 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000001914 filtration Methods 0.000 description 2
- 230000005764 inhibitory process Effects 0.000 description 2
- WYTGDNHDOZPMIW-RCBQFDQVSA-N alstonine Natural products C1=CC2=C3C=CC=CC3=NC2=C2N1C[C@H]1[C@H](C)OC=C(C(=O)OC)[C@H]1C2 WYTGDNHDOZPMIW-RCBQFDQVSA-N 0.000 description 1
- 229910003460 diamond Inorganic materials 0.000 description 1
- 239000010432 diamond Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000002452 interceptive effect Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 230000003014 reinforcing effect Effects 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
- 230000000007 visual effect Effects 0.000 description 1
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/28—Arrangement or mounting of filters
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
- Filtering Of Dispersed Particles In Gases (AREA)
Abstract
The present invention provides a kind of screen mounting structure and air conditioners, screen mounting structure includes being set between strainer and squab panel with respect to the mounting structure ontology at sliding, mounting structure ontology includes fitting and guide surface, and one in fitting and guide surface is arranged on squab panel, another is arranged on strainer；And the shaft part of the air inlet on squab panel is set, the installation direction setting of the vertical strainer of shaft part, and it is located at the side for being assemblied in installation site upper filter screen；Guide surface mutually abutted in strainer installation process with fitting and it is opposite slide, rotate synchronously suitable for the guidance strainer shaft member that rotates during being slidably installed to installation site.Screen mounting structure of the invention passes through the mutual cooperation of fitting, guide surface and shaft part, to guide strainer to rotate synchronously installation during being slidably installed to the installation site on squab panel, so that assembly can be realized deformation occurs or only generates smaller deformation in strainer, it is convenient for disassembly and assembly, high-efficient.
Description
Technical field
The present invention relates to air-conditioning technical fields, in particular to a kind of screen mounting structure and air conditioner.
Background technique
With the continuous improvement of people's living standards, air conditioner has been widely used.
Currently, the arc-shaped design of the filter screen of air conditioner, mounting means generally use buckle structure and position limiting structure phase
In conjunction with mode.But works as filter screen overall structure to be not easy that other component is installed inside deformation or filter screen, it is made to be not easy deformation
When, existing assembly method makes the dismounting of filter screen difficult, seriously affects user experience.
It can be seen that it is urgently to be solved at present for researching and developing a kind of a kind of screen mounting structure that can effectively solve the above problem
Technical problem.
Summary of the invention
Problems solved by the invention is the filter screen structure for being not easy deformation, and existing assembly method tears filter screen open
Dress is difficult.
To solve the above problems, the present invention provides a kind of screen mounting structure, for strainer to be slidably mounted on squab panel
Air inlet, and be fixed on the installation site that the air inlet is covered on the squab panel, comprising:
Mounting structure ontology is set between the strainer and the squab panel at opposite sliding, the mounting structure
Ontology includes fitting and guide surface, and one in the fitting and the guide surface is arranged on the squab panel, and
Another is arranged on the strainer；
With shaft part, the air inlet on the squab panel is set, and the shaft part is perpendicular to the strainer
Installation direction setting, and be located at and be assemblied in the side of the strainer in the installation site；
The guide surface mutually abuts in the strainer installation process with the fitting and opposite sliding, is suitable for guidance
The strainer is rotated synchronously around the shaft part to the installation site during being slidably installed.
Compared with prior art, the phase that the screen mounting structure in the present embodiment passes through fitting, guide surface and shaft part
Mutually cooperation, to guide strainer to rotate synchronously installation during being slidably installed to the installation site on squab panel, so that strainer exists
Deformation occurs or only generates smaller deformation can be realized assembly, not only convenient for disassembly and assembly, high-efficient, but also structure is simple, dress
It is reliable with process.
Optionally, it is provided with stopper section, the stopper section and described this mates of mounting structure on the squab panel, fits
In the strainer after the assembly is completed, the strainer is limited.
In this way, preventing strainer from installing by cooperating to limit strainer between stopper section and fitting
It rotates after to installation site, to ensure stability when strainer installation.
Optionally, the edge of the stopper section is arranged in the shaft part, and is connected with the stopper section.
In this way, using the edge of the first stopper section as first rotating shaft part, using the edge of the second stopper section as the second shaft
Part simplifies squab panel in the structure of air inlet, convenient for the production of squab panel；Also enhance first rotating shaft part and the second shaft
The structural strength of part prevents shaft part to be broken during the Relative sliding with strainer.
Optionally, have at Relative sliding between the strainer and the squab panel at two be oppositely arranged, and the peace
Assembling structure ontology is at least set at one.
In this way, can select according to actual needs in the upside of strainer and/or downside setting mounting structure ontology, to realize
Strainer completes assembly in the case where hardly happening deformation, ensures the reliability of assembling process.
Optionally, the fitting includes the first fitting being arranged on the squab panel, and the guide surface includes setting
The first guide surface on the strainer is set, the shaft part includes the first rotating shaft part being arranged on the inside of the air inlet；Institute
It states and cooperates between the first guide surface and first fitting, suitable for guiding the strainer towards the interior side of the air inlet
It rotates synchronously to offset, and around the first rotating shaft part to the installation site.
In this way, can divide by the first fitting of setting and the first guide surface, and by the first fitting and the first guide surface
It is not arranged on two different components, to guide being slidably installed for strainer, and around first rotating shaft part while strainer sliding
It rotates synchronously, to guarantee that strainer can smoothly be installed in the case where deformation occurs to installation site.
Optionally, the fitting includes the second fitting being arranged on the strainer, and the guide surface includes setting
The second guide surface on the squab panel, the shaft part include the second shaft part being arranged on the outside of the air inlet；Institute
It states and cooperates between the second guide surface and second fitting, suitable for guiding the strainer towards the outside of the air inlet
It rotates synchronously to offset, and around the second shaft part to the installation site.
In this way, can divide by the second fitting of setting and the second guide surface, and by the second fitting and the second guide surface
It is not arranged on two different components, and is rotated synchronously while strainer sliding around the second shaft part, guides strainer
It is slidably installed, to guarantee that strainer can smoothly be installed in the case where deformation occurs to installation site.
Optionally, the mounting structure ontology include set on the strainer side on the first guide part, described first
Guide surface is arranged on first guide part towards the lateral position on the outside of the strainer；The strainer has before installation direction
The insertion end at end, first guide surface are the outside for being directed toward the strainer, and are inclined towards the opposite direction at the insertion end place
The inclined-plane being tiltedly arranged, and inclined angle is acute angle.
In this way, by being arranged the first guide surface on the first guide part, and utilize the first guide part and the first fitting
Cooperate to strainer is oriented to and is limited, to guarantee that strainer is smoothly installed to installation site.
Optionally, there is the cambered surface matched with first guide surface, first guiding on first fitting
Tangent state is between face and the cambered surface during Relative sliding.
In this way, passing through the sliding of the first guide surface and cambered surface, the phase between the first guide part of Lai Shixian and the first fitting
Mutually cooperation, to be oriented to and be limited to strainer；Moreover, the setting of cambered surface is so that the first guide part is slided along the first fitting
It is more smoothly, facilitate the installation of strainer.
Optionally, the mounting structure ontology includes that second be set on the side wall of air inlet described in the squab panel is led
To part, second guide surface is arranged on second guide part towards the lateral position on the outside of the squab panel；The air inlet
Mouth has the side frame abutted with strainer installation direction front end, and second guide surface is the outer of the direction air inlet
Side, and the inclined-plane being obliquely installed towards the direction at the side frame place, and inclined angle is acute angle.
In this way, by being arranged the second guide surface on the second guide part, using the second fitting and the second guide part it
Between mutual cooperation reduce the installation difficulty of strainer further to guide the installation of strainer, to improve assembly efficiency.
Optionally, second fitting is equipped with the guide surface matched with second guide surface, the guide surface
It is arranged in parallel with second guide surface.
In this way, by sliding between guide surface and the second guide surface, the second fitting of Lai Shixian and the second guide part it
Between mating reaction, further to guide the installation of strainer.
Optionally, first guide part also has the first confined planes being connected with first guide surface, and described first
Confined planes be parallel to the strainer end face setting, be suitable for the strainer after the assembly is completed, first confined planes with it is described
First fitting abuts.
In this way, by the way that the first confined planes are arranged on the first guide part, using between the first confined planes and the first guide surface
Mutual cooperation so that strainer after the assembly is completed, abutting limit can be carried out to strainer.
Optionally, reinforcement part, institute are equipped with away from the side of the first fitting sliding trace on first guide part
The both ends for stating reinforcement part are connected at the first guide surface place and first confined planes place respectively.
In this way, the structural strength of the first guide part can be further increased, to further increase the first guide part and
The fastness abutted between one fitting, so that strainer is more firm in the installation of air inlet.
Optionally, at least one in second guide part and second fitting also has the second confined planes, described
Second confined planes are connected with second guide surface or the guide surface, and second confined planes are parallel to the end of the strainer
Face setting, be suitable for the strainer after the assembly is completed, second confined planes are abutted with second guide part or described second
Part abuts.
In this way, by the withstanding effect between the second confined planes and the second guide part or the second fitting, Lai Shixian second
Contacting between fitting and the second guide part, further to carry out abutting limit to strainer.
Optionally, the shaft part is arranged close to the middle part of the installation site.
In this way, can reduce the active force for being applied to strainer rotation, while strainer can also be reduced and be rotatablely installed to installation
Required rotational angle when position is rotatablely installed convenient for strainer.
Optionally, the screen mounting structure further includes limit rib and limiting slot；In the assembled condition, the limit rib is inserted
In the limiting slot.
In this way, can be played during pulling strainer certain by the mutual cooperation between limit rib and limiting slot
Inhibition has ensured the stability of strainer installation to prevent strainer from being pulled out easily；And can be avoided transport or
In air conditioner operational process, strainer falls off because being vibrated impact, damages, and effectively raise strainer is suitable for the longevity
Life.
To solve the above problems, the present invention also provides a kind of air conditioner, including any of the above-described screen mounting structure.
Possessed advantage is identical compared with the existing technology with above-mentioned screen mounting structure for the air conditioner, no longer superfluous herein
It states.
Detailed description of the invention
Fig. 1 is structural schematic diagram when squab panel and strainer assemble in the embodiment of the present invention；
Fig. 2 is cross section structure schematic diagram when squab panel and strainer assemble in the embodiment of the present invention；
Fig. 3 is the partial enlarged view in Fig. 2 at A；
Fig. 4 is cross section structure schematic diagram of the squab panel at the first fitting and the second guide part in the embodiment of the present invention；
Fig. 5 is cross section structure schematic diagram of the strainer at the first guide part and the second fitting in the embodiment of the present invention；
Fig. 6 is structural schematic diagram when squab panel and strainer are split in the embodiment of the present invention；
Fig. 7 is the structural schematic diagram of squab panel in the embodiment of the present invention；
Fig. 8 is the structural schematic diagram of strainer in the embodiment of the present invention；
Fig. 9 is the structural schematic diagram at another visual angle of strainer in the embodiment of the present invention；
Figure 10 is cross section structure schematic diagram of the squab panel at limit rib in the embodiment of the present invention；
Figure 11 is cross section structure schematic diagram of the strainer at limiting slot in the embodiment of the present invention；
Figure 12 is that cross section structure when squab panel is assembled with strainer in the embodiment of the present invention at limit rib and limiting slot shows
It is intended to；
Figure 13 is the partial enlarged view in Figure 12 at B.
Description of symbols:
1- squab panel, 10- air inlet, 101- upper side frame, 102- lower frame, the first side 103- frame, the second side 104-
Frame, the first fitting of 11-, 111- cambered surface, the second guide part of 12-, the second guide surface of 121-, the first bearing surface of 122-, 123-
One guide portion, the second guide portion of 124-, 13- limit rib, 14- insert port, the stopper section 15-, the first stopper section 151-, 152- second
Stopper section, 16- shaft part, 161- first rotating shaft part, 162- the second shaft part, 2- strainer, the first guide part of 21-, 211- guiding
Portion, the first confined planes of 212-, 213- second connecting portion, 214- reinforcement part, the first guide surface of 215-, 216- first connecting portion,
217- abutting part, the second fitting of 22-, 221- guide surface, the second bearing surface of 222-, 23- limiting slot, 24- upper hem, under 25-
Flanging, 26- insertion end, 27- handheld terminal, the hand-held part 28-.
Specific embodiment
To make the above purposes, features and advantages of the invention more obvious and understandable, with reference to the accompanying drawing to the present invention
Specific embodiment be described in detail.
In the description of the present invention, it should be noted that the instruction such as term " on ", "lower", "left", "right", "high", " low "
Direction or positional relationship be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the present invention and simplification retouch
It states, rather than the device of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore not
It can be interpreted as limitation of the present invention.
In conjunction with shown in Fig. 1 to Fig. 3, the present embodiment provides a kind of screen mounting structures, after being slidably mounted on strainer 2
At the air inlet 10 of coaming plate 1, and it is fixed on the installation site that air inlet 10 is covered on squab panel 1, screen mounting structure includes:
Mounting structure ontology is set between strainer 2 and squab panel 1 at opposite sliding, and mounting structure ontology includes supporting
Fitting and guide surface, and one in fitting and guide surface is arranged on squab panel 1, and another is arranged on strainer 2；
With shaft part 16, it is arranged at the air inlet 10 on squab panel 1, the installation direction of the vertical strainer 2 of shaft part 16
Setting, and it is located at the side for the strainer 2 being assemblied in installation site；
Guide surface mutually abuts in 2 installation process of strainer with fitting and opposite sliding, is sliding suitable for guidance strainer 2
The shaft member that rotates in installation process 16 is rotated synchronously to installation site.
Squab panel 1 and strainer 2 are a circular-arc structure, and 2 entirety of strainer is unlikely to deform.Fitting and guide surface setting exist
At opposite sliding between squab panel 1 and strainer 2, shaft part 16 is located at air inlet 10, and along the length direction of squab panel 1 from
The upper edge of air inlet 10 extends to lower edge, and shaft part 16 is perpendicular to the installation direction of strainer 2, and the top of air inlet 10
Curved channel is formed between edge and lower edge, curved channel is divided into two parts by shaft part 16.Strainer 2 is in curved channel
It is installed by sliding to installation site, wherein the installation site of strainer 2 refers to that strainer 2 is installed in place, and is fixed on air inlet
Fixation position at mouth 10.During strainer 2 is slidably installed, the upper side of strainer 2 and downside are respectively in air inlet 10
Opposite squab panel 1 slides at upper edge and lower edge, that is to say, that squab panel 1 is stationary, arcuately air inlet 10 of strainer 2
It slides from left to right.When strainer 2 is installed, first by the right end of strainer 2 close to shaft part 16, strainer 2, strainer 2 are then pushed to the right
Right end enter the right half part of curved channel, and arcuately channel moves right, and during this, fitting, guide surface and turns
By cooperating between shaft member 16, enable strainer 2 in the case where hardly happening deformation along setting track slippage
The shaft member 16 that also rotates simultaneously rotation；When right end the right that arcuately channel is mobile and synchronous rotation is extremely with air inlet 10 of strainer 2
Along when leaning, strainer 2 is installed to installation site, i.e. strainer 2 is installed in place, so to complete assembly.When dismantling strainer 2, to
Zola's electric filter 2, arcuately air inlet 10 is moved to the left strainer 2, until the right end of strainer 2 is detached from the connection with shaft part 16,
Strainer 2 completes disassembly.
In the prior art, strainer carries out installation fixation in such a way that buckle structure is combined with position limiting structure, and
Buckle structure strainer need to occur biggish deformation in assembling process to be just able to achieve clamping with squab panel, to complete to pacify
Dress.Compared with prior art, the screen mounting structure in the present embodiment passes through the phase between fitting, guide surface and shaft part 16
Mutually cooperation, to guide strainer 2 to rotate synchronously installation during being slidably installed to the installation site on squab panel 1, so that strainer 2
Assembly can be realized deformation occurs or only generates smaller deformation, it is not only convenient for disassembly and assembly, high-efficient, but also structure it is simple,
Assembling process is reliable.
Optionally, shaft part 16 is arranged close to the middle part of installation site.It also corresponds to be that shaft part 16 is located at air inlet 10
Middle position.
In this way, can reduce the active force for being applied to the rotation of strainer 2, while the rotational installation of strainer 2 can also be reduced to peace
Required rotational angle when holding position is rotatablely installed convenient for strainer 2.
Optionally, have at Relative sliding between strainer 2 and squab panel 1 at two be oppositely arranged, and mounting structure ontology
At least it is set at one.
In conjunction with shown in Fig. 8 or Fig. 9, air inlet 10 has upper side frame 101 and lower frame 102, the upper side frame with air inlet 10
101 and lower frame 102 it is corresponding, strainer 2 has upper hem 24 and lower hem 25, and upper hem 24 and lower hem 25 are respectively positioned on
The inside of strainer 2.The upper side frame 101 and lower frame 102 of air inlet 10 are respectively positioned on the inside of air inlet 10, and are located at air inlet
At the upper edge and lower edge of mouth 10.Upper hem 24 and lower hem 25 due to during installing strainer 2, being strainer 2 are distinguished
Opposite squab panel 1 slides at the upper side frame 101 and lower frame 102 of air inlet 10.That is, mounting structure ontology can be set
It sets between upper side frame 101 and upper hem 24, also can be set between lower frame 102 and lower hem 25, it can also be in top
It is respectively provided between frame 101 and upper hem 24, between lower frame 102 and lower hem 25.
In this way, can select according to actual needs in the upside of strainer 2 and/or downside setting mounting structure ontology, with reality
Existing strainer 2 completes assembly in the case where hardly happening deformation, ensures the reliability of assembling process.
The preferred mounting structure ontology of the present embodiment is respectively provided in the two sides that strainer 2 slides relative to squab panel 1.
In this way, the sliding of strainer 2 can be guided to pacify by being respectively provided with mounting structure ontology in the upper side and lower side of strainer 2
Dress guarantees that the upper side and lower side of strainer 2 does not shift during being slidably installed；It meanwhile being strainer 2 above to under
Direction, which all provides, abuts fixed point, so that the fixation of strainer 2 is more stable reliable, to further improve the steady of the installation of strainer 2
Solidity.
Optionally, as shown in connection with fig. 1, stopper section 15 is provided on squab panel 1, stopper section 15 and mounting structure ontology match
Close, be suitable for strainer 2 after the assembly is completed, strainer 2 is limited.
Stopper section 15 is the border structure that left air inlet or right air inlet are surrounded on squab panel 1, and stopper section 15 is in strainer 2
After completing installation, stopper section 15 and fitting, guide surface cooperate, and limit to strainer 2.
In this way, preventing from filtering by cooperating to limit strainer 2 between stopper section 15 and mounting structure ontology
Net 2 rotates after installing to installation site, stability when ensureing that strainer 2 is installed.
Stopper section 15 includes the first stopper section 151 and/or the second stopper section 152, and the second stopper section 152 is located at air inlet 10
Outside, the first stopper section 151 is located at the inside of air inlet 10.First stopper section 151 is existed simultaneously with the second stopper section 152
When, end close to each other forms insert port 14 between the first stopper section 151 and the second stopper section 152；Wherein, with air inlet
Cambered surface where 10 opening is boundary, towards the inside and arc air inlet that the side inside air conditioner is air inlet 10
10 sides surrounded, conversely, the side away from the inside of air conditioner is the outside of air inlet 10；Similarly, strainer 2 is towards air conditioner
Internal side is the inside of strainer 2, and the side away from the inside of air conditioner is the outside of strainer 2.This sentences the first stopper section 151
For the case where being existed simultaneously with the second stopper section 152, to illustrate the installation process of strainer 2: when installation strainer 2, first by strainer 2
Right end be aligned insert port 14, then to the right push strainer 2, strainer 2 by insert port 14 enter curved channel right half part, and
Arcuately channel moves right；During this, by cooperating between fitting, guide surface and shaft part 16, so that strainer 2
It can be in the case where hardly happening deformation along the rotation of shaft member 16 that also rotates while setting track slippage；When the right side of strainer 2
End it is mobile and rotate synchronously to the left frame with air inlet 10 along lean when, strainer 2 is installed to installation site, i.e. strainer 2 is pacified
It is attached to position, so to complete assembly.When dismantling strainer 2, strainer 2 is pulled to the left, arcuately air inlet 10 is moved to the left strainer 2,
Until the right end of strainer 2 is detached from the connection with shaft part 16, strainer 2 is completed between disassembly fitting, guide surface and shaft part 16
By cooperating, strainer 2 is gone back while moving sliding along setting track in the case where hardly happening deformation
The shaft member that rotates 16 rotates；When arcuately channel is mobile and rotates synchronously to the right with air inlet 10 along offseting for the right end of strainer 2
By when, strainer 2 is installed to installation site, i.e. strainer 2 is installed in place, so with complete assembly.When dismantling strainer 2, pull to the left
Strainer 2, arcuately channel is moved to the left strainer 2, until the right end of strainer 2 is detached from from insert port 14, strainer 2 completes disassembly.
Optionally, the edge of stopper section 15 is arranged in shaft part 16, and is connected with stopper section 15.
When stopper section 15 includes the first stopper section 151, shaft part 16 includes first rotating shaft part 161, the first stopper section 151
Left end connect with squab panel, right end is in free state, and the setting of first rotating shaft part 161 is the first stopper section 151 is separate and back wall
One end edge that plate 1 connects, that is first rotating shaft part 161 is located at the right hand edge of the first stopper section 151；When stopper section 15 is wrapped
When including the second stopper section 152, shaft part 16 includes the second shaft part 162, and the left end of the second stopper section 152 is in free state, right
End is connect with squab panel, and the left edge of the second stopper section 152 is arranged in the second shaft part 162；When stopper section 15 is stopped including first
When stopper 151 and the second stopper section 152, shaft part 16 includes first rotating shaft part 161 and the second shaft part 162, and first rotating shaft
The right hand edge of the first stopper section 151 is arranged in part 161, and the second shaft part 162 is arranged on the left edge of the second stopper section 152.
Strainer 2, can be around the edge of the separate one end connecting with squab panel 1 in stopper section 15 during being slidably installed, that is, rotate shaft member
16 rotations, avoid interfering with stopper section 15.
In this way, using the edge of the first stopper section 151 as first rotating shaft part 161, using the edge of the second stopper section 152 as
Second shaft part 162 not only simplifies structure of the squab panel 1 at air inlet 10 and also enhances convenient for the production of squab panel 1
The structural strength of first rotating shaft part 161 and the second shaft part 162, prevents shaft part 16 during the Relative sliding with strainer 2
It is broken.
Optionally, fitting is arranged on one in squab panel 1 and strainer 2, and guide surface is arranged in 1 He of squab panel
On another in strainer 2, alternatively, fitting and guide surface are respectively provided on squab panel 1 and strainer 2.
That is, there are three kinds of situations for the setting position of fitting and guide surface: the first situation is that fitting is only set
It sets on squab panel 1, guide surface is provided only on strainer 2；Second situation is that fitting is provided only on strainer 2, guide surface
It is provided only on squab panel 1；The third situation is that fitting and guide surface are equipped on squab panel 1 and strainer 2.In reality
Which kind of in production process, can select according to actual needs with situation setting fitting and guide surface.
In this way, the scope of application of fitting and guide surface can be expanded, to improve the versatility of screen mounting structure.
Optionally, in conjunction with shown in Fig. 2 and Fig. 3, fitting includes the first fitting 11 being arranged on squab panel 1, guiding
Face includes the first guide surface 215 being arranged on strainer 2, and shaft part 16 includes the first rotating shaft part that 10 inside of air inlet is arranged in
161；It cooperates between first guide surface 215 and the first fitting 11, suitable for guiding strainer 2 towards the interior direction of air inlet 10
Offset, and rotate synchronously around first rotating shaft part 161 to installation site.
It is in air inlet 10 towards the side inside air conditioner using the arcwall face where the opening of air inlet 10 as boundary
The side that side and arc air inlet 10 are surrounded, conversely, the side away from the inside of air conditioner is the outside of air inlet 10.By
The one or both sides that strainer 2 slides relative to squab panel 1 are set in mounting structure ontology, therefore the first fitting 11 is arranged rear
On coaming plate 1, the setting of the first guide surface 215 on strainer 2, first rotating shaft part 161 be arranged at 10 inside of air inlet, can be by the
One fitting 11 and the first guide surface 215 are separately positioned on the upper hem 24 of the upper side frame 101 of air inlet 10, strainer 2, can also be with
First fitting 11 and the first guide surface 215 are separately positioned on to the lower hem 25 of the lower frame 102 of air inlet 10, strainer 2, also
The first fitting 11 can be respectively provided in the upper side frame 101 and lower frame 102 of air inlet 10, strainer 2 upper hem 24 and under
Flanging 25 is respectively provided with the first guide surface 215.In the present embodiment with the first fitting 11 be arranged in air inlet 10 lower frame 102,
For first guide surface 215 is arranged on the lower hem 25 of strainer 2, it is illustrated.Specifically, the first fitting 11 is arranged
On the lower frame 102 of air inlet 10, and close to 10 mouthfuls of air inlet of left margin, the lower folding of strainer 2 is arranged in the first guide surface 215
On side 25 at position corresponding with the first fitting 11.When strainer 2 is slidably installed, the first guide surface 215 on strainer 2 is with after
The first fitting 11 on coaming plate 1 forms opposite sliding, to guide strainer 2 to slide towards the offset inboard of air inlet 10, and on one side,
It is rotated on one side around first rotating shaft part 161, until installing to installation site.
In this way, can be by the first fitting 11 of setting and the first guide surface 215, and the first fitting 11 and first are led
Be separately positioned on two different components to face 215, to guide being slidably installed for strainer 2, and while strainer 2 slides around
First rotating shaft part 161 rotates synchronously, to guarantee that strainer 2 can smoothly be installed in the case where deformation occurs to installation position
It sets.
Optionally, in conjunction with shown in Fig. 2, Fig. 4 and Fig. 5, fitting includes the second fitting 22 being arranged on strainer 2, is led
It include the second guide surface 121 being arranged on squab panel 1 to face, shaft part 16 includes second turn that 10 outside of air inlet is arranged in
Shaft member 162；It cooperates between second guide surface 121 and the second fitting 22, suitable for guiding strainer 2 towards the outside of air inlet 10
Direction offset, and rotate synchronously around the second shaft part 162 to installation site.
There are two kinds of situations for the setting position of second fitting 22 and the second guide surface 121: the first situation is that second supports
Fitting 22 is arranged on squab panel 1, and the second guide surface 121 is arranged on strainer 2；Second situation is that the second fitting 22 is set
It sets on strainer 2, the second guide surface 121 is arranged on squab panel 1.In addition, it is necessary to explanation, abutting in the present embodiment
Part does not include the first fitting 11, and only includes the second fitting 22, and guide surface does not include the first guide surface 215, and is only included
Second guide surface 121.When the setting of the second fitting 22 is arranged on squab panel 1, the second shaft in strainer 2, the second guide surface 121
Part 162 is arranged at 10 outside of air inlet, the second fitting 22 and the second guide surface 121 can be separately positioned on strainer 2
Second fitting 22 and the second guide surface 121 can also be separately positioned on filter by the upper side frame 101 of upper hem 24, air inlet 10
The lower frame 102 of the lower hem 25 of net 2, air inlet 10, can also be respectively provided with second in the upper hem 24 and lower hem 25 of strainer 2
Fitting 22 is respectively provided with the second guide surface 121 in the upper side frame 101 and lower frame 102 of air inlet 10.With second in the present embodiment
The lower hem 25 of strainer 2 is arranged in fitting 22, the second guide surface 121 is arranged in for the lower frame 102 of air inlet 10, carries out
It illustrates.Specifically, the second fitting 22 is arranged on the lower hem 25 of strainer 2, and the right edge of close 10 mouthfuls of air inlet, the
Two guide surfaces 121 are arranged on the lower frame 102 of air inlet 10 at position corresponding with the second fitting 22.Strainer 2 slides
When installation, the second fitting 22 on strainer 2 and the second guide surface 121 on squab panel 1 form opposite sliding, to guide strainer
2 towards air inlet 10 lateral offset, and slide, rotated on one side around the second shaft part 162 on one side, until installation is to installation site.
In this way, can be by the second fitting 22 of setting and the second guide surface 121, and the second fitting 22 and second are led
It is separately positioned on two different components to face 121, and is rotated synchronously while strainer 2 slides around the second shaft part 162,
Being slidably installed for strainer 2 is guided, to guarantee that strainer 2 can smoothly be installed in the case where deformation occurs to installation position
It sets.
Optionally, in conjunction with shown in Fig. 2 to Fig. 4, fitting includes the first fitting 11 being arranged on squab panel 1 and setting
The second fitting 22 on strainer 2, guide surface include the first guide surface 215 being arranged on strainer 2 and are arranged in squab panel 1
On the second guide surface 121, shaft part 16 includes that the first rotating shaft part 161 of the inside of air inlet 10 is arranged in and is arranged in air inlet
The second shaft part 162 in 10 outsides；Cooperate between first guide surface 215 and the first fitting 11, the second guide surface 121 with
It cooperates between second fitting 22, the lateral direction suitable for guiding strainer 2 towards air inlet 10 deviates, and the shaft member 16 that rotates is same
Step turns to installation site.
Shaft part 16 has the two sides being located on 2 installation direction of strainer, respectively left and right side, wherein strainer 2 be from
Arcuately channel is slidably installed left-to-right, i.e. the installation direction of strainer 2 is from left to right.First fitting 11 and the first guide surface
215 are located on different components, and one be respectively positioned in the left and right side of shaft part 16；Second fitting 22 is led with second
Also be located to face 121 on different components, and be respectively positioned in the left and right side of shaft part 16 another.Fitting and guiding
There are two kinds of situations for the setting position in face: the first is, the first fitting 11 and the second guide surface 121 are arranged on squab panel 1,
Second fitting 22 and the first guide surface 215 are arranged on strainer 2；Second is the first fitting 11 and the second guide surface 121
It is arranged on strainer 2, the second fitting 22 and the first guide surface 215 are arranged on squab panel 1.In the present embodiment, first is abutted
Part 11 and the second guide surface 121 are arranged on squab panel 1, and the second fitting 22 and the first guide surface 215 are arranged on strainer 2,
And first fitting 11 and the first guide surface 215 be located at the left side of shaft part 16, the second fitting 22 and the second guide surface 121
In the right side of shaft part 16.
In this way, by mutual cooperation between the first fitting 11 and the first guide surface 215 and the second fitting 22 with
Mutual cooperation between second guide surface 121, further to guide being slidably installed for strainer 2, to be further ensured that strainer 2 can
It smoothly installs in the case where deformation occurs to installation site.
In addition, that is, the first guide surface 215 is led with second when the first guide surface 215 and the second guide surface 121 are parallel to each other
When identical relative to unidirectional tilt angle to face 121, strainer 2 can not contact shaft part 16 during being slidably installed
Rotation.
Optionally, in conjunction with shown in Fig. 1 to Fig. 3 and Fig. 8, mounting structure ontology includes the on the side of strainer 2
One guide part 21, the first guide surface 215 are arranged on the first guide part 21 towards the lateral position in 2 outside of strainer；Strainer 2, which has, to be located at
The insertion end 26 of installation direction front end, the first guide surface 215 are the outside for being directed toward strainer 2, and towards anti-where insertion end 26
The inclined-plane that direction is obliquely installed, and inclined angle is acute angle.
First guide part 21 is arranged on the side of 2 inside of strainer, while also being located on the lower hem 25 of strainer 2, wherein
Strainer 2 is the inside of strainer 2 towards the side inside air conditioner, and the side away from the inside of air conditioner is the outside of strainer 2.Strainer
There are both ends in assembly direction, one end is located at the front end of installation direction, referred to as insertion end 26, and the other end is located at installation direction on 2
Rear end, referred to as handheld terminal 27.Opposite direction where insertion end 26 refers to being directed toward strainer 2 by the insertion end 26 of strainer 2
27 direction of handheld terminal, such as in Fig. 8, the insertion end 26 of strainer 2 is located at the right end of strainer 2, handheld terminal 27 is located at a left side for strainer 2
End, then the opposite direction where insertion end 26 refers to the direction in Fig. 1 from right to left.First guide surface 215 is directed toward strainer 2
Outside, and be obliquely installed towards the opposite direction where insertion end 26, that is to say, that the first guide surface 215 is in Fig. 2 towards left back
It is obliquely installed.Since the first guide surface 215 is arranged relative to 2 radial skew of strainer, therefore the tilt angle of the first guide surface 215
Refer to the angle α between 2 radius of the first guide surface 215 and strainer, and α is less than 90 °.During strainer 2 is installed, it is arranged rear
The first fitting 11 on coaming plate 1 be it is fixed, the first guide part 21 on strainer 2 is set with the movement of strainer 2 and
Opposite sliding occurs, on the first guide surface 215 with the first fitting 11 to guide the installation of strainer 2；When the insertion end of strainer 2
26 arcuately channel be moved to the right of air inlet 10 along lean when, strainer 2 is installed to installation site, i.e., strainer 2 is installed
In place, it is formed and is abutted between strainer 2 and stopper section 15 at this time, while also formed between the first fitting 11 and the first guide part 21
It abuts, so that strainer 2 is fixed at air inlet 10.
In this way, by being arranged the first guide surface 215 on the first guide part 21, and utilize the first guide part 21 and first
Fitting 11 cooperates to that strainer 2 is oriented to and is limited, to guarantee that strainer 2 is smoothly installed to installation site.
Optionally, as shown in connection with fig. 3, there is the cambered surface 111 matched with the first guide surface 215 on the first fitting 11,
Tangent state is between first guide surface 215 and cambered surface 111 during Relative sliding.
Under assembled state, the first guide part 21 is located at the inside of the first fitting 11, direction first on the first fitting 11
The side of guide part 21 is cambered surface 111, that is to say, that cambered surface 111 is arranged in the inside of the first fitting 11, and the first guide surface
215 are arranged in the outside of the first guide part 21；Wherein, the inside of the first fitting 11 refers to the first fitting 11 towards air-conditioning
Side inside device, conversely, the outside of the first fitting 11 refers to side of first fitting 11 away from the inside of air conditioner；Together
Reason, the inside of the first guide part 21 refer to the first guide part 21 towards the side inside air conditioner, the first guide part 21 it is outer
Side refers to side of first guide part 21 away from the inside of air conditioner.Cambered surface 111 is in outer gibbosity on the first fitting 11, is being filtered
During net 2 is slidably installed, also Relative sliding, and cambered surface 111 and the first guide surface between cambered surface 111 and the first guide surface 215
215 are in tangent state always during Relative sliding.
In this way, by the sliding of the first guide surface 215 and cambered surface 111, Lai Shixian the first guide part 21 and the first fitting
Mutual cooperation between 11, strainer 2 is oriented to and be limited；Moreover, the setting of cambered surface 111 is so that 21 edge of the first guide part
First fitting 11 slides more smoothly, facilitates the installation of strainer 2.
Optionally, in conjunction with shown in Fig. 2 to Fig. 5, the first fitting 11 is limited post, and limited post is cylindrical.
First fitting 11 be air inlet 10 upper side frame 101 is downwardly convex, lower frame 102 raises upward and is formed by circle
Column limited post.
In this way, setting limit rod structure for the first fitting 11, structure of the squab panel 1 at air inlet 10 is simplified,
Convenient for the production of mold, to improve the high production efficiency of squab panel 1；Moreover, set cylindric for the first fitting 11,
Can guarantee to slide between the first fitting 11 and the first guide part 21 it is smooth, improve strainer 2 installation convenience.
Optionally, in conjunction with shown in Fig. 2 to Fig. 5, the first guide part 21 also has the first limit being connected with the first guide surface 215
Plane 212, the first confined planes 212 be parallel to strainer 2 end face setting, be suitable for strainer 2 after the assembly is completed, the first confined planes
212 abut with the first fitting 11.
First guide part 21 includes four parts, and it is sequentially connected first respectively that this four parts, which are in be similar to serpentine,
The outer of guide part 211 is arranged in interconnecting piece 216, guide part 211, abutting part 217 and second connecting portion 213, the first guide surface 215
On side, the first confined planes 212 are arranged on the lateral surface of abutting part 217, and the first guide surface 215 and the first confined planes 212
It is connected, the first confined planes 212 are parallel with the end face of strainer 2.The junction of guide part 211 and abutting part 217, abutting part 217 with
The junction of second connecting portion 213 is arc transition connection, i.e. the first guide surface 215 and the first confined planes 212 pass through circular arc
Face is connected, and guide part 211 is connect with the inner sidewall of strainer 2, and first connecting portion 216 is connect with the first stopper section 151, and second connects
Socket part 213 is connect with the lateral wall of strainer 2.In order to make it easy to understand, the present embodiment will be located at the side wall in 2 outside of strainer on strainer 2
The referred to as lateral wall of strainer 2, while the lateral wall of strainer 2 is also the end face of strainer 2, and the side wall for being located at 2 inside of strainer is referred to as
The inner sidewall of strainer 2.In strainer 2, arcuately channel moves right in installation process, and the first fitting 11 is fixed, and first leads
To part 21 as arcuately channel moves right strainer 2 together, the guide part 211 of the first guide part 21 takes the lead in and the first fitting
11 contacts, with continuing to move to for strainer 2, the first guide part 21 also continues mobile close to the surface of the first fitting 11；This mistake
Cheng Zhong regards the first guide part 21 as fixed, the first fitting 11 when being object of reference with the first guide part 21
It is equivalent to be relatively moved along the guide part 211 of the first guide part 21, the first fitting 11 and 21 phase interworking of the first guide part
It closes, the left end of strainer 2 is guided to move along setting track；When strainer 2 is installed in place, the first fitting 11 is moved along guide part 211
It moves to abutting part 217, and is abutted with the first confined planes 212 on abutting part 217, at this time the left end of strainer 2 and air inlet 10
Left side be connected, the right side of right end and air inlet 10 leans, and strainer 2 is fixed at air inlet 10, the first fitting 11
With at the abutting of the first confined planes 212 be prescribed poles of first fitting 11 on the first guide part 21, so with completes filter
The installation of net 2.
In this way, being led using the first confined planes 212 with first by the way that the first confined planes 212 are arranged on the first guide part 21
Mutual cooperation between face 215 so that strainer 2 after the assembly is completed, abutting limit can be carried out to strainer 2.
Optionally, the first guide part 21 is convex rib structure.
First guide part 21 is raised upward by the upper hem 24 of strainer 2, lower hem 25 is downwardly convex is formed by convex ribs knot
Structure.
In this way, carrying out mating reaction with limited post by convex ribs, guidance strainer 2 is moved along setting track, with larger journey
The deformation of the reduction strainer 2 of degree, guaranteeing strainer 2, deformation occurs during the installation process or generates smaller deformation；In addition, by first
Guide part 21 is set as convex rib structure, can increase the structural strength of the first guide part 21, improves the first guide part 21 and first
The fastness abutted between fitting 11 prevents the first guide part 21 from occurring during matching with the first fitting 11 disconnected
It splits, influences the installation of strainer 2.
Optionally, as shown in connection with fig. 3, it is equipped with and adds away from the side of 11 sliding trace of the first fitting on the first guide part 21
Strong portion 214, the both ends of reinforcement part 214 are connected with where the first guide surface 215 and where the first confined planes 212 respectively.
Under assembled state, strainer 2 is mounted at the air inlet 10 on squab panel 1, at this point, the first fitting 11 is located at first
The outside of guide part 21, reinforcement part 214 are located at the inside of the first guide part 21.Reinforcement part 214 is in the convex rib structure of bending,
One end is connect with guide part 211, and the other end is connect with abutting part 217, wherein the first guide surface 215 is arranged in guide part 211
On, the first confined planes 212 are arranged on abutting part 217, and the bending place of reinforcement part 214 is towards the inside of strainer 2, so that reinforcing
Portion 214 and guide part 211, abutting part 217 surround a diamond structure.
In this way, the structural strength of the first guide part 21 can be further increased, to further increase the first guide part 21
The fastness abutted between the first fitting 11, so that installation of the strainer 2 at air inlet 10 is more firm.
Optionally, in conjunction with shown in Fig. 2 to Fig. 5, mounting structure ontology includes on the side wall of 1 air inlet 10 of squab panel
Second guide part 12, the second guide surface 121 are arranged on the second guide part 12 towards the lateral position in 1 outside of squab panel；Air inlet
10 have the side frame that abuts with 2 installation direction front end of strainer, and the second guide surface 121 is the outside of direction air inlet 10, and court
The inclined-plane that direction at where side frame is obliquely installed, and inclined angle is acute angle.
Second guide part 12 is arranged on the side wall of 1 inside of squab panel, while also being located at the lower frame 102 of air inlet 10
On, wherein squab panel 1 is the inside of squab panel 1 towards the side inside air conditioner, and the side away from the inside of air conditioner is back wall
The outside of plate 1.The radial direction of air inlet 10 refers to the direction where the radius of arc air inlet 10.Along installation side at air inlet 10
To tool, there are two side frames, are first side frame 103 and second side frame 104 respectively, wherein second side frame 104 is located at filter
The front end of 2 installation direction of net, and abutted with strainer 2.And first side frame 103 is located at the inside of air inlet 10, and is located at air inlet
At the left margin of mouth 10, second side frame 104 is located at the inside of air inlet 10, and is located at the right edge of air inlet 10.Second
Guide surface 121 is plane, and is directed toward the outside of air inlet 10, and be obliquely installed towards the direction where second side frame 104,
That is the second guide surface 121 is obliquely installed in Fig. 4 towards right back.Since the second guide surface 121 is relative to air inlet 10
Radial skew setting, therefore the tilt angle of the second guide surface 121 refers between 10 radius of the second guide surface 121 and air inlet
Angle β, and β is less than 90 °.When strainer 2 is installed, the right end of strainer 2 is first directed at insert port 14, then pushes strainer 2 to the right,
Strainer 2 is entered the right half part of curved channel by insert port 14, and arcuately channel moves right；During this, it is arranged rear
The second guide part 12 on coaming plate 1 is fixed, and the second fitting 22 being arranged on strainer 2 is moved together with strainer 2, and second
Fitting 22 is moved along the second guide part 12, to guide the installation of strainer 2；When the arcuately channel movement of insertion end 26 of strainer 2
And be rotatablely installed to when leaning with second side frame 104 of air inlet 10, strainer 2 is installed in place.
In this way, being led using the second fitting 22 with second by being arranged the second guide surface 121 on the second guide part 12
Mutual cooperation between part 12 reduces the installation difficulty of strainer 2, to improve assembly further to guide the installation of strainer 2
Efficiency.
Optionally, in conjunction with shown in Fig. 2, Fig. 4 and Fig. 5, the second fitting 22 is equipped with and matches with the second guide surface 121
Guide surface 221, guide surface 221 and the second guide surface 121 are arranged in parallel.
Under assembled state, the second fitting 22 is located at the outside of the second guide part 12, and the setting of guide surface 221 is abutted second
The inside of part 22；Wherein, the inside of the second guide part 12 refer to the second guide part 12 towards the side inside air conditioner, instead
It, the outside of the second guide part 12 refers to side of second guide part 12 away from the inside of air conditioner；Similarly, the second fitting 22
Inside refer to the second fitting 22 towards the side inside air conditioner, the outside of the second fitting 22 refers to the second abutting
Side of the part 22 away from the inside of air conditioner.
In this way, by the sliding between guide surface 221 and the second guide surface 121, the second fitting of Lai Shixian 22 and second
Mating reaction between guide part 12, further to guide the installation of strainer 2.
Optionally, the second confined planes, the second limit are additionally provided at least one in the second guide part 12 and the second fitting 22
Plane is connected with the second guide surface 121 or guide surface 221, and the second confined planes are parallel to the end face setting of strainer 2, suitable for filtering
After the assembly is completed, the second confined planes abut net 2 with the second guide part 12 or the second fitting 22.
The second confined planes are additionally provided at least one in second guide part 12 and the second fitting 22, refer to the second limit
Plane can be set on the second guide part 12, also can be set on the second fitting 22, can also be in the second guide part 12
It is respectively provided with on the second fitting 22.When the second confined planes are arranged on the second guide part 12, the second confined planes are that setting exists
Superolateral first bearing surface 122 of second guide part 12, and the first bearing surface 122 is parallel with the end face of strainer 2, first supports at this time
Junction 122 is connected with the second guide surface 121；When the second confined planes are arranged on the second fitting 22, the second confined planes are to set
The second bearing surface 222 in 22 inside of the second fitting is set, and the second bearing surface 222 is parallel with the end face of strainer 2, at this point, the
Two bearing surfaces 222 are connected with guide surface 221.In the present embodiment, second is equipped on the second guide part 12 and the second fitting 22
Confined planes, i.e. the second guide part 12 are equipped with the first bearing surface 122, and the second fitting 22 is equipped with the second bearing surface 222.Strainer
After 2 are installed in place, the first bearing surface 122 is abutted with the second fitting 22, and the second bearing surface 222 is abutted with the second guide part 12.
In this way, by the withstanding effect between the second confined planes and the second guide part 12 or the second fitting 22, Lai Shixian
Contacting between the second fitting 22 and the second guide part 12, further to carry out abutting limit to strainer 2.
Optionally, in conjunction with shown in Fig. 2 to Fig. 5, the second fitting 22 and the second guide part 12 are convex rib structure, are being assembled
In the process, the second fitting 22 can be slided along the second guide part 12.
Second fitting 22 is raised upward by the upper hem 24 of strainer 2, lower hem 25 is downwardly convex is formed by convex ribs knot
Structure；Second guide part 12 be air inlet 10 upper side frame 101 is downwardly convex, lower frame 102 raises upward and is formed by convex ribs knot
Structure.
In this way, further guiding the installation of strainer 2 using the sliding between convex ribs and convex ribs, structure is simple, is easy to real
It is existing.
Optionally, in conjunction with shown in Fig. 2 and Fig. 4, close to one end of shaft part 16 on the second guide part 12, towards air inlet 10
Inside bending.
Second fitting 22 is located at the outside of the second guide part 12 in the assembled condition, and the second guide part 12 is by primary curved
Two parts, respectively the first guide portion 123 and the second guide portion 124 are formed after folding, the setting of the second guide surface 121 is drawn first
The outside of the first guide portion 123 is led in portion 123 and is located at, the first guide portion 123 is on the second guide part 12 towards air inlet 10
Inside bending one end.Strainer 2 is entered the right half part of curved channel by insert port 14, and arcuately channel moved right
Cheng Zhong, when the second guide part 12 is not provided to bending structure, the right end of the second fitting 22 is easier to move to the second guide part
12 inside, so that the installation of guidance strainer 2 can not be cooperated between the second guide part 12 and the second fitting 22；This reality
It applies in example, the second guide part 12 is in bending structure, and the second fitting 22 takes the lead in connecing with the first guide portion 123 of the second guide part 12
Touching, and by the guidance to the second guide portion 124 of the first guide portion 123.
This way it is possible to avoid in the mobile installation process of strainer 2, because the second fitting 22 deviates the outer of the second guide part 12
Side and the installation for influencing strainer 2 have ensured 2 installation process of strainer so that it is guaranteed that strainer 2 can be installed correctly to squab panel 1
Reliability.
Optionally, in conjunction with shown in Fig. 6, Fig. 9, Figure 10 to Figure 13, screen mounting structure further includes limit rib 13 and limiting slot
23；In the assembled condition, limit rib 13 is inserted in limiting slot 23.
Limit rib 13 is provided with multiple, this multiple limit rib 13 is on the first side frame 103 of air inlet 10 along air inlet
10 length direction distribution.Limit rib 13 is bulge-structure, and limiting slot 23 is groove structure.When strainer 2 is installed in place, limit
Muscle 13 is inserted in limiting slot 23.
In this way, by the mutual cooperation between limit rib 13 and limiting slot 23 one can be played during pulling strainer 2
Fixed inhibition has ensured the stability that strainer 2 is installed to prevent strainer 2 from being pulled out easily；And it can be avoided and transporting
In defeated or air conditioner operational process, strainer 2 falls off because being vibrated impact, damages, effectively raises strainer 2
Suitable for the service life.
Optionally, in conjunction with shown in Fig. 7 to Fig. 9, the insertion end 26 of strainer 2 in the assembled condition with the first side of air inlet 10
103 detachable connection of frame.
The first side frame 103 of air inlet 10 is located at the inside of air inlet 10, and is located at the left margin of air inlet 10.By
It during installation in strainer 2, is the right end of strainer 2 first to be injected into insert port 14, therefore the insertion end 26 of strainer 2 is also the right side of strainer 2
End.When strainer 2 is installed in place, the insertion end 26 of strainer 2 and 103 detachable connection of first side frame of air inlet 10.
In this way, by increasing being connected and fixed a little between 10 the right edge of air inlet in the right end of strainer 2, further to mention
The stability that high strainer 2 assembles, so that the installation of strainer 2 is more secured.
Optionally, in conjunction with shown in Fig. 7 to Fig. 9, the handheld terminal 27 of strainer 2 second side with air inlet 10 in the assembled condition
104 detachable connection of frame.
Second side frame 104 of air inlet 10 is located at the inside of air inlet 10, and is located at the left margin of air inlet 10.By
It is installed from left to right in strainer 2, and during installation, user is to hold the left end of strainer 2 to push strainer 2, therefore strainer 2
Handheld terminal 27 also be strainer 2 left end.When strainer 2 is installed in place, the handheld terminal 27 of strainer 2 and second side of air inlet 10
104 detachable connection of frame.
In this way, by increasing being connected and fixed a little between the left margin of air inlet 10 at the left both ends of strainer 2, with into one
Step improves the stability that strainer 2 assembles, so that the installation of strainer 2 is more secured.
Optionally, as shown in connection with fig. 8, hand-held part 28 is equipped on the lateral surface of strainer 2 at handheld terminal 27.
It is the medial surface of strainer 2 towards the side inside air conditioner on strainer 2, is emerging in side outside air conditioner as filter
The lateral surface of net 2.Hand-held part 28 is just arranged on the lateral surface of strainer 2, and close to handheld terminal 27.
In this way, user can push or pull on strainer 2 by holding hand-held part 28, it is easy to operate.
Optionally, hand-held part 28 is recessed inwardly by the lateral surface of strainer 2.
In this way, user can hold strainer 2 in the recess of hand-held part 28, to push away in the installation process of strainer 2
Electric filter 2, or strainer 2 is pulled during dismantling strainer 2, structure is simple and convenient to operate；And the hand-held part 28 of recess
So that the outer surface of air conditioner is more smooth, the appearance of air conditioner is not influenced.
The present embodiment also provides a kind of air conditioner, uses existing assembly method to solve to be not easy the filter screen structure of deformation
When the difficult problem of dismounting, which includes any of the above-described screen mounting structure.
Air conditioner in the present embodiment is by being arranged fitting, guide surface and shaft in the junction of squab panel 1 and strainer 2
Part 16, by the mutual cooperation between fitting, guide surface and shaft part 16, to guide strainer 2 same during being slidably installed
Step rotational installation to the installation site on squab panel 1 so that strainer 2 deformation occurs or only generate smaller deformation can be real
Now assemble, it is not only convenient for disassembly and assembly, high-efficient, and also structure is simple, assembling process is reliable.
Although present disclosure is as above, present invention is not limited to this.Anyone skilled in the art are not departing from this
It in the spirit and scope of invention, can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
Subject to the range of restriction.
Claims (16)
1. a kind of screen mounting structure, for strainer (2) to be slidably mounted at the air inlet (10) of squab panel (1), and it is fixed
The installation site of the air inlet (10) is covered on the squab panel (1) characterized by comprising
Mounting structure ontology is set between the strainer (2) and the squab panel (1) at opposite sliding, the installation knot
Structure ontology includes fitting and guide surface, and one in the fitting and the guide surface is arranged in the squab panel (1)
On, and another is arranged on the strainer (2)；
With shaft part (16), be arranged on the squab panel (1) at the air inlet (10), the shaft part (16) perpendicular to
The installation direction of the strainer (2) is arranged, and is located at the side for the strainer (2) being assemblied in the installation site；
The guide surface mutually abuts in the strainer (2) installation process with the fitting and opposite sliding, is suitable for guidance
The strainer (2) rotates synchronously around the shaft part (16) to the installation site during being slidably installed.
2. screen mounting structure as described in claim 1, which is characterized in that the fitting includes being arranged in the squab panel
(1) the first fitting (11) on, the guide surface includes the first guide surface (215) being arranged on the strainer (2), described
Shaft part (16) includes the first rotating shaft part (161) being arranged on the inside of the air inlet (10)；First guide surface (215) with
It cooperates between first fitting (11), is suitable for the interior direction for guiding the strainer (2) towards the air inlet (10)
Offset, and rotate synchronously around the first rotating shaft part (161) to the installation site.
3. screen mounting structure as claimed in claim 1 or 2, which is characterized in that the fitting includes being arranged in the filter
The second fitting (22) on net (2), the guide surface include the second guide surface (121) being arranged on the squab panel (1),
The shaft part (16) includes the second shaft part (162) being arranged on the outside of the air inlet (10)；Second guide surface
(121) it cooperates between second fitting (22), is suitable for guiding the strainer (2) towards the outer of the air inlet (10)
Side direction offset, and rotate synchronously around the second shaft part (162) to the installation site.
4. screen mounting structure as claimed in claim 2, which is characterized in that the mounting structure ontology includes being set to the filter
Court is arranged on first guide part (21) in the first guide part (21) on the side of net (2), first guide surface (215)
Lateral position on the outside of the strainer (2)；The strainer (2) have positioned at installation direction front end insertion end (26), described first
Guide surface (215) is the outside for being directed toward the strainer (2), and be obliquely installed towards the opposite direction at the insertion end (26) place
Inclined-plane, and inclined angle is acute angle.
5. screen mounting structure as claimed in claim 4, which is characterized in that on first fitting (11) have with it is described
The cambered surface (111) that first guide surface (215) matches, opposite between first guide surface (215) and the cambered surface (111)
Tangent state is in during sliding.
6. screen mounting structure as claimed in claim 3, which is characterized in that the mounting structure ontology include be set to it is described after
The second guide part (12) on the side wall of air inlet (10) described in coaming plate (1), second guide surface (121) are arranged described
Towards the lateral position on the outside of the squab panel (1) on second guide part (12)；The air inlet (10) has and the strainer (2)
The side frame that installation direction front end abuts, second guide surface (121) is the outside for being directed toward the air inlet (10), and towards institute
The inclined-plane that the direction at side frame place is obliquely installed is stated, and inclined angle is acute angle.
7. screen mounting structure as claimed in claim 6, which is characterized in that second fitting (22) be equipped with it is described
The guide surface (221) that second guide surface (121) matches, the guide surface (221) is parallel with the second guide surface (121) to be set
It sets.
8. screen mounting structure as claimed in claim 4, which is characterized in that first guide part (21) also have with it is described
Connected the first confined planes (212) of first guide surface (215), first confined planes (212) are parallel to the end of the strainer (2)
Face setting, be suitable for the strainer (2) after the assembly is completed, first confined planes (212) are supported with first fitting (11)
It connects.
9. screen mounting structure as claimed in claim 8, which is characterized in that away from described the on first guide part (21)
The side of one fitting (11) sliding trace is equipped with reinforcement part (214), and the both ends of the reinforcement part (214) are respectively with described first
It is connected at where guide surface (215) at the first confined planes (212) place.
10. screen mounting structure as claimed in claim 6, which is characterized in that second guide part (12) and described second
At least one in fitting (22) also has the second confined planes, second confined planes and second guide surface (121) or institute
It states guide surface (221) to be connected, and second confined planes are parallel to the end face setting of the strainer (2), are suitable in the strainer
(2) after the assembly is completed, second confined planes are abutted with second guide part (12) or second fitting (22).
11. screen mounting structure as claimed in claim 3, which is characterized in that the shaft part (16) is close to the installation position
The middle part setting set.
12. the screen mounting structure as described in claim 3, which is characterized in that the strainer (2) and the squab panel (1)
Between have at Relative sliding at two be oppositely arranged, and the mounting structure ontology is at least set at one.
13. screen mounting structure as claimed in claim 12, which is characterized in that be provided with stopper section on the squab panel (1)
(15), the stopper section (15) and described this mates of mounting structure, be suitable for the strainer (2) after the assembly is completed, to institute
Strainer (2) is stated to be limited.
14. screen mounting structure as claimed in claim 13, which is characterized in that the shaft part (16) is arranged in the backstop
The edge in portion (15), and be connected with the stopper section (15).
15. screen mounting structure as claimed in claim 13, which is characterized in that the screen mounting structure further includes limit rib
(13) and limiting slot (23)；In the assembled condition, the limit rib (13) is inserted in the limiting slot (23).
16. a kind of air conditioner, which is characterized in that include screen mounting structure described in any one of claim 1-15.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910565771.8A CN110160248B (en) | 2019-06-27 | 2019-06-27 | Filter screen mounting structure and air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910565771.8A CN110160248B (en) | 2019-06-27 | 2019-06-27 | Filter screen mounting structure and air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110160248A true CN110160248A (en) | 2019-08-23 |
| CN110160248B CN110160248B (en) | 2024-05-10 |
Family
ID=67636970
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910565771.8A Active CN110160248B (en) | 2019-06-27 | 2019-06-27 | Filter screen mounting structure and air conditioner |
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| Country | Link |
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| CN (1) | CN110160248B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113566299A (en) * | 2021-08-24 | 2021-10-29 | 珠海格力电器股份有限公司 | Air outlet filtering structure of air conditioner and built-in industrial air conditioner |
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| Publication number | Publication date |
|---|---|
| CN110160248B (en) | 2024-05-10 |
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