CN208620548U - A kind of outdoor shell and air conditioner - Google Patents
A kind of outdoor shell and air conditioner Download PDFInfo
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- CN208620548U CN208620548U CN201821216852.4U CN201821216852U CN208620548U CN 208620548 U CN208620548 U CN 208620548U CN 201821216852 U CN201821216852 U CN 201821216852U CN 208620548 U CN208620548 U CN 208620548U
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Abstract
The utility model discloses a kind of outdoor shell and air conditioner, including lamina tecti, chassis and every wind vertical plate, it is characterized in that, the upper end every wind vertical plate is fixedly connected with the lamina tecti, the bottom every wind vertical plate is fixedly connected with the chassis, described to be equipped with partition every wind vertical plate, the chassis includes chassis body, in the passageway in the partition insertion chassis body.Outdoor shell described in the utility model has made improvement to outdoor shell detail section of problems, has improved the leakproofness of outdoor shell, so that the assembly enhanced convenience of outdoor unit by optimizing the structure of outdoor shell.
Description
Technical field
The utility model relates to air conditioner technical field, in particular to a kind of outdoor shell and air conditioner.
Background technique
There are more imprecise places for the shell of outdoor unit at present, and there are gap, bottoms such as chassis and between wind vertical plate
The insect of water or outside on disk can enter to inside wind vertical plate, cause damages to the electrical appliance part of air conditioner indoor unit, right
There is also more gaps for the valve plate being arranged on side plate, and assembly is extremely inconvenient, and there are more improvement places for outdoor shell.
In view of the above drawbacks, the utility model creator obtains originally practical new finally by prolonged research and practice
Type.
Utility model content
In view of this, the utility model is directed to a kind of outdoor shell, to improve outdoor shell structure imprecision
Place, optimize the structure of outdoor shell.
In order to achieve the above objectives, the technical solution of the utility model is achieved in that
A kind of outdoor shell and air conditioner, including lamina tecti, chassis with every wind vertical plate, which is characterized in that
The upper end every wind vertical plate is fixedly connected with the lamina tecti, and the bottom every wind vertical plate and the chassis are solid
Fixed connection, described to be equipped with partition every wind vertical plate, the chassis includes chassis body, the mistake in the partition insertion chassis body
In road.
Further, described to be equipped with partition every wind vertical plate, the partition is inserted into the passageway in chassis body.
Further, the passageway is equipped with inserting groove, and the partition is inserted into the inserting groove.
Further, the partition is flexibly connected with described every wind vertical plate, and the partition described every on wind vertical plate
Varying height positions.
Further, the partition is equipped with special-shaped gap, described to insert in the special-shaped gap every wind vertical plate, described different
The spacing of shape gap middle section is less than the spacing at both ends.
Further, the chassis body is integrated installation, the right side plate ontology and institute with the right side plate ontology
It is perpendicular to state chassis body；The outdoor shell further includes valve plate body, and the right side plate ontology includes opening, the opening
It is adapted with the valve plate body；The valve plate body and the right side plate ontology are detachably connected in the opening.
Further, the valve plate body includes the first mounting hole and the second mounting hole, first mounting hole and described
Second mounting hole is respectively used to pass through for the air inlet pipe and an air outlet pipe of shut-off valve.
Further, the valve plate body further includes the first valve plate body and the second valve plate body, the first valve plate sheet
Body and second valve plate body are detachably connected.
Further, first valve plate body and described this body by integral forming of right side plate.The valve plate body further includes
First notch and the second notch, wherein first notch is connected to first mounting hole, second notch and described the
The connection of two mounting holes.
Further, a kind of air conditioner, the air conditioner include outdoor shell described above.
Compared with the existing technology, chassis structure described in the utility model has the advantage that
There is outdoor shell by optimizing the structure of outdoor shell in outdoor shell described in the utility model
The detail section of problem has made improvement, improves the leakproofness of outdoor shell, so that the assembly enhanced convenience of outdoor unit.
Detailed description of the invention
The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new
The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.?
In attached drawing:
Fig. 1 is a certain visual angle schematic diagram of outdoor shell described in the utility model embodiment 1；
Fig. 2 is another visual angle schematic diagram of outdoor shell described in the utility model embodiment 1；
Fig. 3 is outdoor machine shell body portion plate explosive view described in the utility model embodiment 1；
Fig. 4 is described in the utility model embodiment 2 every wind vertical plate and partition partial isometric view；
Fig. 5 is in the partial enlarged view in the utility model embodiment 2 in Fig. 4 I；
Fig. 6 is in the partial enlarged view in the utility model embodiment 4 in Fig. 4 I；
Fig. 7 is in the partial enlarged view in the utility model embodiment 5 in Fig. 4 I；
Fig. 8 is in the partial enlarged view in the utility model embodiment 6 in Fig. 4 I；
Fig. 9 is the structural schematic diagram of card slot in the utility model embodiment 6；
Figure 10 is in the partial enlarged view in the utility model embodiment 7 in Fig. 4 I；
Figure 11 is in the partial enlarged view in the utility model embodiment 8 in Fig. 4 I；
Figure 12 is I partial enlarged view for being in another situation in the utility model embodiment 8 in Fig. 4；
Figure 13 is the structural schematic diagram of partition in the utility model embodiment 9；
Figure 14 is that partition is mounted on front view when on wind vertical plate in the utility model embodiment 10；
Figure 15 is that partition is mounted on side view when on wind vertical plate in the utility model embodiment 10；
Figure 16 is the partial isometric view of chassis insect preventing structure in the utility model embodiment 11；
Figure 17 is in the partial enlarged view in the utility model embodiment 12 and embodiment 13 in Figure 16 I；
Figure 18 is in the partial enlarged view in the utility model embodiment 14 in Figure 16 I；
Figure 19 is the structural schematic diagram of the water seepage hole in the utility model embodiment 15；
Figure 20 is top view of the inserting groove at water seepage hole in the utility model embodiment 16；
Figure 21 is top view of the inserting groove of another situation in the utility model embodiment 17 at water seepage hole.
Figure 22 is chassis described in the utility model embodiment 18 and right side plate integral structure figure；
Figure 23 is the structure chart of valve plate described in the utility model type embodiment 18；
Figure 24 is the first valve plate body described in the utility model embodiment 18 and right side plate integral structure figure；
Figure 25 is the first valve plate body and the second valve plate body structure chart described in the utility model embodiment 18；
Figure 26 is valve board structure figure described in the utility model embodiment 20；
Figure 27 is valve board structure figure described in the utility model embodiment 23；
Figure 28 is right side plate structure chart described in the utility model embodiment 23；
Figure 29 is valve board structure figure described in the utility model embodiment 24；
Figure 30 is chassis, compressor connection schematic diagram in outdoor unit described in the utility model embodiment 26
Figure 31 is the structural schematic diagram that foot bolt is pumped described in the utility model embodiment 26；
Figure 32 is the structural schematic diagram of annular protrusion described in the utility model embodiment 27；
Figure 33 is the sectional view of Figure 32 line A-A along figure；
Figure 34 is the structural schematic diagram of annular protrusion described in the utility model embodiment 30；
Figure 35 is the structural schematic diagram of annular protrusion described in the utility model embodiment 31；
Figure 36 is the sectional view of Figure 35 line B-B along figure；
Figure 37 is the structural schematic diagram of annular protrusion described in the utility model embodiment 33；
Specific embodiment
In addition, all directions being previously mentioned in the embodiments of the present invention or positional relationship are the position based on attached drawing
Relationship is set, " front and back up and down " coordinate system occurred in attached drawing, only for the purposes of understanding the utility model and simplifying description, and
It is not the specific orientation that implies signified device or element and must have, should not be understood as limiting the present invention.
Below in conjunction with attached drawing, the technical characteristic and advantage of the utility model patent are described in more detail.
Embodiment 1
In conjunction with Fig. 1-Fig. 3, a kind of outdoor shell, including lamina tecti 11, front panel 13, left plate 17, right side plate 31, bottom
Disk 21 with every wind vertical plate 23, wherein the front panel 13 is plate body where outdoor unit air outlet；The left plate 17, which is positive, to be shown in
When the front panel 13, the plate body in 13 left side of front panel；The right side plate 17 is when being just shown in the front panel 13, described
The plate body on 13 right side of front panel；The chassis 21 is plate body when outdoor unit is normally placed positioned at bottom；The lamina tecti 11 is
It is described every the riser that wind vertical plate 23 is placement inside outdoor unit positioned at the plate body at top when outdoor unit is normally placed, it is described every wind
The upper end of vertical plate 23 is fixedly connected with the lamina tecti 11, and the bottom every wind vertical plate 23 is fixedly connected with the chassis.
The title word used on the shell mechanisms such as the left-right and front-back in the present embodiment, and it is following used in the examples
The nouns of locality such as " front and backs up and down " do not conflict.
Embodiment 2
With above-described embodiment the difference is that, as shown in figure 4, the technical solution that the present embodiment uses are as follows: vertical every wind
Plate 23 is equipped with partition 233, and partition 233 is inserted into the passageway 216 in chassis body 211.By being added every on wind vertical plate 23
Partition 232 will extend in the passageway 216 in chassis body 211 every wind vertical plate 23, to realize the hermetically sealed of compressor, avoid
Insects enter compressor, to influence the work of compressor.
Embodiment 3
As shown in connection with fig. 5, the present embodiment and above-described embodiment the difference is that, partition 232 in the present embodiment
Shape and the cross-sectional shape in passageway 216 match.Seal more between passageway in this way on partition 232 and chassis body 211
Good, vermins-proof effect is more preferably.
Embodiment 4
As shown in connection with fig. 6, the present embodiment and above-described embodiment the difference is that, partition 233 in the present embodiment
Two sides are equipped with stiffening plate 2331, and stiffening plate 2331 connects partition 233 and passageway.Stiffening plate 2331 is for improving partition 233
Intensity, with the shaking generated when reducing partition 233 with vibration of compressor, so that partition 233 be avoided to occur in vibration processes
Fracture loses insect prevention effect.
Further, stiffening plate 2331 and partition 233 can be welding, be also possible to be integrally formed, the present embodiment is preferred
Welding reduces production cost to reduce die sinking.
Embodiment 5
As shown in connection with fig. 7, the present embodiment and above-described embodiment the difference is that, partition 233 in the present embodiment
Lower end is in contact with passageway 216, and the lower end of partition 233 is broached-tooth design.In this way, condensed water can be from the gap between sawtooth
Pass through, while being formed between partition 233 and the passageway in chassis body 211 and contacting sealing, sealing effect is more preferable, and vermins-proof effect is more
It is good.
Further, the end of the broached-tooth design of 233 lower end of partition is arc surface, in this way, increasing partition 233 and passageway
The contact area of 216 bottom surface avoids broached-tooth design from piercing through passageway to reduce broached-tooth design to the active force in passageway 216
216 bottom surface reduces the intensity in passageway 216.
Embodiment 6
As shown in connection with fig. 8, the present embodiment and above-described embodiment the difference is that, on the partition 233 in the present embodiment
Cutting 2332 is had additional, every having additional card slot 2333 on wind vertical plate 23, cutting 2332 is inserted into card slot 2333.In this way, partition 233
It is flexibly connected with every the formation of wind vertical plate 23, can select to match the different partitions 233 for crossing road shape according to actual needs, improve
Every the versatility of wind vertical plate 23.
Specifically, as shown in connection with fig. 9, card slot 2333 is L-type slot, it is recessed by partition 233, by inserting cutting 2332
Enter in card slot 2333 and realize every the sealing of wind vertical plate 23 and passageway 216, achievees the purpose that insect prevention.
Embodiment 7
As shown in connection with fig. 10, the present embodiment and above-described embodiment the difference is that, the card slot 2333 in the present embodiment
To be welded in the U-type groove on partition.In this way, universal architecture can will be made into every wind vertical plate 23, to reduce die sinking, reduction is produced into
This；Card slot 2333 can also be being welded every the different location on wind vertical plate 23, or every wind vertical plate 23 according to actual needs
The card slot 2333 of upper welding different number, to adapt to different outdoor unit types.
Embodiment 8
In conjunction with shown in Figure 11, the present embodiment and above-described embodiment the difference is that, on the partition 233 in the present embodiment
Equipped with third reinforcing rib 2334, third reinforcing rib 2334 is by 233 punch forming of partition.The setting of third reinforcing rib 2334 improves
The intensity of partition 233 avoids partition 233 and is broken with acutely shaking is generated when vibration of compressor, to lose insect prevention
Effect；Third reinforcing rib 2334 is made of punch forming, is had the advantages of simple structure and easy realization, high production efficiency, is suitble to high-volume raw
It produces.
Further, third reinforcing rib 2334 is not only only equipped on partition 233, can also be from every wind vertical plate 23
Lower end extends on partition 233, in conjunction with shown in Figure 12, is arranged such that and enhances the intensity of partition 233, also enhance simultaneously
Intensity every 23 lower end of wind vertical plate reduces the shaking of partition 233.
Embodiment 9
In conjunction with shown in Figure 13, the present embodiment and above-described embodiment the difference is that, on the partition 233 in the present embodiment
Equipped with turnup structure.The setting of turnup structure increases the contact area between partition 233 and passageway 216, so that every wind vertical plate
The 23 vertical fixation on chassis is more firm.
Embodiment 10
In conjunction with shown in Figure 14, the present embodiment and above-described embodiment the difference is that, in the present embodiment every wind vertical plate
23 have several partitions 233, and partition 233 is flexibly connected with every wind vertical plate 23, and partition 233 is inserted in every on wind vertical plate 23
Varying height positions.So set, vermins-proof effect can not only be reached, 233 pairs of 216 shapes of different passageways of partition oneself is also achieved
It adapts to adjustment, in this way, universal architecture can will can be fabricated to every wind vertical plate 23, adapts to different shape by adjusting partition 233
Passageway 216, improve the versatility every wind vertical plate 23.
In conjunction with shown in Figure 15, partition 233 is symmetrical clamping piece structure, and special-shaped gap is equipped on partition 233, different
The upper end of shape gap is V-shaped, is inserted into partition 233 convenient for guidance every wind vertical plate 23, the spacing of special-shaped gap middle section is less than
The spacing at both ends, and the minimum spacing of middle section is less than the thickness every wind vertical plate 23, this to be inserted into partition every wind vertical plate 23
It can be clamped at special-shaped gap medium spacing minimum without sliding when 233, the depth of special-shaped gap can satisfy partition 233 in mistake
The demand of different location on road 216, to realize automatic adjusument.
The principle of the realization automatic adjusument of partition 233 are as follows: in installation when wind vertical plate 23, according to the width in passageway 216,
Every the partition 233 for plugging respective numbers on wind vertical plate 23, can satisfy every the depth that wind vertical plate 23 is inserted into partition 233 every wind vertical plate
23 are just clamped by partition 233, passageway 216 will be inserted perpendicularly into every wind vertical plate 23 with partition 233, in this process
In, partition 233 is moved downward with every wind vertical plate 23, touches passageway at first apart from the smallest partition 233 with 216 side wall of passageway
216, and rested on 216 side wall of passageway by the obstruction of 216 side wall of passageway, with moving downward every wind vertical plate 23, partition
233 resting on passageway 216 one by one, until the partition 233 being located above 216 bottom surface of passageway drops to passageway 216
On bottom surface, this is also not mounted to position after wind vertical plate 23, needs to continue to pressure and promotes to continue to move downward every wind vertical plate 23,
With moving downward every wind vertical plate 23, also it is increase accordingly every the depth that wind vertical plate 23 is inserted into partition 233, i.e., partition 233 exists
Also increase every the height on wind vertical plate 23, until being installed every the installation face contact on the installation flange of wind vertical plate 23 and chassis
In place, partition 233 is successively decreased every the height on wind vertical plate 23 from 216 both ends of passageway to 216 bottom surface of passageway at this time, is formed in Figure 37
State is completed to adjust.
Further, the seamed edge rounded corner of partition 233, in this way, gap is formed between each partition 233, for condensed water
Pass through.The quantity of partition 233 can increase and decrease according to the actual situation, to guarantee the sealing between partition 233 and passageway 216, and
The gap of formation is not enough to that insects is allowed to enter, and reaches vermins-proof effect.
Embodiment 11
The difference is that, chassis structure provided in this embodiment is mainly used for solving outdoor unit bottom with above-described embodiment
Disk is unable to the problem of insect prevention.As shown in figure 16, the technical solution that the present embodiment uses are as follows: chassis insect preventing structure includes passageway 216,
Passageway 216 is equipped with inserting groove 2161.Inserting groove 2161 is used for the insertion of partition 233, so that partition 233 and passageway 216 are formed
All-sealed structure effectively prevents insects and enters compressor region, influences compressor operating.
Embodiment 12
In conjunction with shown in Figure 17, the present embodiment and above-described embodiment the difference is that, the inserting groove in the present embodiment
2161 are recessed by passageway 216.In this way, partition 233 is further inserted into inserting groove 2161 after being inserted into passageway 216, so that
It is more secured every fixation of the wind vertical plate in the vertical direction of chassis, limitation partition 233 can also be played in the outdoor unit course of work
Shaking on the length direction in passageway 216 reduces damage of the vibration generated when compressor operation to partition 233.
Embodiment 13
In conjunction with shown in Figure 18, the present embodiment and above-described embodiment the difference is that, the inserting groove in the present embodiment
2161 slot bottom is equipped with water seepage hole 2162.The gap that water seepage hole 2162 is used to be discharged between partition 233 and passageway 216 penetrate into
The condensed water gone causes to corrode in order to avoid forming ponding in inserting groove 2161 to the partition 233 being inserted in inserting groove 2161, drop
The performances such as the intensity of low partition 233.
Embodiment 14
In conjunction with shown in Figure 18, the present embodiment and above-described embodiment the difference is that, the inserting groove in the present embodiment
2161 include groove bottom and grafting groove sidewall 2163, and groove bottom is concordant with the bottom surface in passageway 216, and grafting groove sidewall 2163 was higher by
The bottom surface in road 216.So set, partition 233 is limited by grafting groove sidewall 2163 in the shaking of 216 length direction of passageway,
Reduce damage of the vibration generated when compressor operation to partition 233.
Specifically, grafting groove sidewall 2163 is connected with the convex closure of 216 two sides of passageway, the intensity in passageway 216, grafting are enhanced
The junction in groove sidewall 2163 and passageway 216 is arc surface, and arc surface and the bottom surface in passageway 216 and side are tangent, in this way, one
Aspect reduces the concentrated stress of the junction in grafting groove sidewall 2163 and passageway 216, on the other hand by grafting groove sidewall 2163
Contact of the forming face with face, increases contact area between passageway, so that the company between grafting groove sidewall 2163 and passageway 216
It connects more secured and stablizes.
Embodiment 15
In conjunction with shown in Figure 19, the present embodiment and above-described embodiment the difference is that, the water seepage hole in the present embodiment
2162 be zigzag.Jagged water seepage hole 2162 is continuous and intensive, not only ensure that grafting groove sidewall 2163 and passageway 216
Bottom surface is in contact, so that fixation of the grafting groove sidewall 2163 in passageway 216 is more firm, is also convenient for the quick logical of condensed water
It crosses.
Embodiment 16
In conjunction with shown in Figure 20, the present embodiment and above-described embodiment the difference is that, the water seepage hole in the present embodiment
2162 in grafting groove sidewall 2163 interlaced arrangement.Interlaced arrangement is set by water seepage hole 2162, on the one hand ensure that condensed water
Inserting groove 2161 can be flowed out from staggered water seepage hole 2162, on the other hand, the water seepage hole 2162 of interlaced arrangement is in inserting groove
It is upper opaque, the sight of insects can be hindered, allows insects to think preceding Lu Butong and abandon climbing into, reaches vermins-proof effect.
Specifically, water seepage hole 2162 staggeredly and is in tilted layout in grafting groove sidewall 2163, two grafting groove sidewalls 2163
On water seepage hole 2162 inclined direction on the contrary, water seepage hole 2162 cross section be rectangular, U-shaped, V-type, semicircle or trapezoidal
Etc. Common Shapes, and the cross-sectional area of water seepage hole 2162 is smaller, can guarantee that insects not can enter.
Grafting groove sidewall 2163 and partition 233 are the sheet metal of same material production, and thickness is smaller, if in an inserting groove
Staggered water seepage hole 2162 is set on side wall 2163, it is complicated for operation, therefore by 2162 arranged crosswise of water seepage hole in two inserting grooves
On side wall 2163, to ensure the use intensity of grafting groove sidewall 2163.And for there is certain thickness grafting groove sidewall 2163, then
It can be used and staggered water seepage hole 2162 is set in a grafting groove sidewall 2163, preferably insects to be hindered to climb into.
Similarly, it can also set identical for the inclined direction of water seepage hole 2162, can also reach condensed water in this way and wear
Cross the purpose and insect prevention effect of inserting groove 2161.
Further, in conjunction with shown in Figure 21, water seepage hole 2162 can also be arranged perpendicular to grafting groove sidewall 2163, vertical
2162 easy processing of water seepage hole, it is high-efficient, flow path of the condensed water in inserting groove 2161 is shortened, also convenient for the logical of condensed water
It crosses.
Embodiment 17
In conjunction with shown in Figure 22, the present embodiment provides a kind of outdoor shell, which includes right side plate ontology 311
With chassis body 211, right side plate ontology 311 is perpendicular with chassis body 211 and is fixedly connected；For the assembly journey for simplifying outdoor unit
Sequence, while the bonding strength of outdoor unit is improved, as shown in connection with fig. 1, right side plate ontology 311 and chassis body 211 in the present embodiment
It is integrally formed, i.e., right side plate ontology 311 is integrated mounting structure with chassis body 211, which includes the right side
Side plate body 311 and chassis body 211.
After right side plate ontology 311 and the setting of chassis body 211 are integrated, when being assembled to outdoor unit, only
It needs at opening 3111 to be installed valve plate body 321 with right side plate ontology, to reduce assembly difficulty, improve
Assembly efficiency.
Outdoor shell further includes valve plate body 321 in the present embodiment, as shown in connection with fig. 2, is arranged on right side plate ontology 311
There is opening 3111, opening 3111 is adapted with valve plate body 321；When being assembled to outdoor shell, by 321 He of valve plate body
Right side plate ontology 311 is connected at opening 3111.
Embodiment 18
On the basis of embodiment 17, in conjunction with shown in Figure 23, the first mounting hole 3217 and are provided on valve plate body 321
Two mounting holes 3218, the first mounting hole 3217 and the second mounting hole 3218 are respectively used to lead to for the air inlet pipe and an air outlet pipe of shut-off valve
It crosses.To be easily installed, the valve plate body 321 in the present embodiment includes the first valve plate body 3211 and the second valve plate body 3212；
First valve plate body 3211 and the second valve plate body 3212 are detachably fixed connection.
Detachable connection structure is set by valve plate body 321, it, only need to be by the when being installed or removed to outdoor unit
One valve plate body 3211 and the second valve plate body 3212, which disassemble, to be come, to reduce installation difficulty.
For the structure for being further simplified outdoor unit, the first valve plate body 3211 and/or second valve plate body 3212 are set
There is the gap 3221 passed through for pipeline；First valve plate body 3211 is located in the opening 3111 of right side plate ontology 311, and the first valve
Plate ontology and the second valve plate body are integrally formed；Right side plate ontology 311 is removably arranged in second valve plate body 3211
In opening 3111.
In conjunction with shown in Figure 24, in the present embodiment, the first valve plate body 3211 and right side plate ontology 311 are integrally formed, and second
3212 detachable of valve plate body is arranged in the opening 3111 of right side plate ontology 311, can not depart from pipeline in shut-off valve
In the case of realize the disassembly and installation of the second valve plate body 3212.
In conjunction with shown in Figure 25, the first valve plate body 3211 and the second valve plate body 3212 are set there are two gap 3221, i.e., and the
It is set on one valve plate body 3211 there are two gap 3221, while setting that there are two gap 3221 on 3212 body of the second valve plate sheet；Second
When valve plate body 3212 is mounted on the opening 3111 of right side plate ontology 311, the first valve plate body 3211 and the second valve plate body
3212 3221 split of one of gap forms the first mounting hole 3217；First valve plate body 3211 and the second valve plate body
3212 another 3221 split of gap forms the second mounting hole 3218；Wherein, 3221 semicircular in shape of gap；Therefore, the second valve
When plate ontology 3212 is mounted on the opening 3111 of right side plate ontology 311, the first mounting hole 3217 and the second mounting hole 3218 are circle
Hole；Specifically, the first mounting hole 3217 is located at the top of the second mounting hole 3218, the first mounting hole 3217 and the second mounting hole
3218 pass through for the air inlet pipe and an air outlet pipe of shut-off valve.
Above-mentioned gap 3221 can also be in half elliptic；Therefore, the second valve plate body 3212 is mounted on right side plate ontology 311
Be open 3111 when, the first mounting hole 3217 and the second mounting hole 3218 are elliptical aperture.
In outdoor unit during tearing machine open, after releasing to the limitation of the second valve plate body 3212, due to the second valve plate body
3212 and first valve plate body 3211 be split construction, the second valve plate body 3212 can separate along the mating surface of the two
Come, the final disassembly for realizing the second valve plate body 3212.
Embodiment 19
It is unlike the embodiments above in conjunction with shown in Figure 23, it is integrally formed in the present embodiment in valve plate body 321,
That is when the first valve plate body 3211 and the second valve plate body 3212 are not separation structures, valve plate reinforcing rib 3223 is arranged in valve plate sheet
On body 321, specifically, valve plate reinforcing rib 3223 is arranged vertically at the lower end of valve plate body 321, and towards valve plate body
321 outside is extended, and enhances the intensity of 321 lower end of valve plate body as a result,.
Wherein, with no restriction, the center line along valve plate body 321 is symmetrically configured the quantity of valve plate reinforcing rib 3223
?.
When valve plate body 321 is separable first valve plate body 3211 and the second valve plate body 3212, valve plate is reinforced
Muscle 3223 is separately positioned on the lower end of the first valve plate body 3211 and the second valve plate body 3212, and direction first along the vertical direction
The outside of valve plate body 3211 and the second valve plate body 3212 is extended, and enhances the first valve plate body 3211 and second as a result,
The intensity of 3212 lower end of valve plate body.
Wherein, the valve plate reinforcing rib 3223 of the first valve plate body 3211 and the second valve plate body 3212 is along mating surface pair
Claim the lower end surface of setting, one end of valve plate reinforcing rib 3223 and the first valve plate body 3211 and the second valve plate body 3212 flat
Together, the first valve plate body 3211 and the second valve plate body 3212 are equipped with the intensity of 3223 position of valve plate reinforcing rib greatly as a result,
Qiang Liao.
Embodiment 20
It is unlike the embodiments above in conjunction with shown in Figure 26, the first valve plate body 3211 and the second valve in the present embodiment
Plate ontology 3212 is respectively provided with a gap 3221, when the second valve plate body 3212 is mounted on the opening 3111 of right side plate ontology 311,
The gap 3221 of first valve plate body 3211 and the second valve plate body 3212 stitches and fastens, wherein gap 3221 is in semiellipse
Shape, therefore, when the second valve plate body 3212 is mounted on the opening 3111 of right side plate ontology 311,3211 He of the first valve plate body
3221 split of gap of second valve plate body 3212 forms ellipse, as a result, the oval air inlet pipe and outlet for being used to place shut-off valve
Pipe.
The present embodiment is made up of oval come real the gap 3221 of the first valve plate body 3211 and the second valve plate body 3212
The air inlet pipe and an air outlet pipe installation of existing shut-off valve, only with setting on the first valve plate body 3211 and the second valve plate body 3212
One gap 3221, the process for saving punching.
Although 3221 split of gap of the first valve plate body 3211 and the second valve plate body 3212 forms ellipse, it is not excluded for
There are also other shapes, such as split to form rectangular, polygon or other irregular shapes, as long as can promote shut-off valve
Air inlet pipe and an air outlet pipe can pass through, therefore can select suitable shape according to actual needs.
As further improvement of this embodiment, the first valve plate body 3211 and the second valve plate body 3212 are not only to separate
Formula, and both detachable is located in the import of right side plate ontology 311, the first valve plate body 3211 and second as a result,
Valve plate body 3212 is assembled in the import of right side plate ontology 311, can be easily by valve plate body 321 and shut-off valve
Air inlet pipe and an air outlet pipe assembly and disassembly.
Embodiment 21
Unlike the embodiments above, the first valve plate body 3211 and the second valve plate body 3212 are respectively set in the present embodiment
There is a gap 3221, when the second valve plate body 3212 is mounted on the opening 3111 of right side plate ontology 311, the first valve plate body
3211 and second valve plate body 3212 3221 mutual dislocation of gap, wherein the gap 3221 of the first valve plate body 3211 is located at
The top of the gap 3221 of second valve plate body 3212, and the gap on the first valve plate body 3211 and the second valve plate body 3212
3221 can individually pass through for the air inlet pipe and an air outlet pipe of shut-off valve.
Gap 3221 in the present embodiment on the first valve plate body 3211 and the second valve plate body 3212 no longer carries out split,
It can individually be passed through for the air inlet pipe and an air outlet pipe of shut-off valve, and relative to the construction of split, which reduce a setting gap
3221 process.
The gap 3221 of the first valve plate body 3211 and the second valve plate body 3212 shifts to install in the present embodiment, because
This, the gap 3221 of the first valve plate body 3211 is not located at the surface of the gap 3221 of the second valve plate body 3212, because
This, two shut-off valves after installation are also to be staggered, and substantially reduce the interference between two shut-off valve.
Embodiment 22
Unlike the embodiments above, the first valve plate body 3211 or the second valve plate body 3212 are respectively set in the present embodiment
There are two gap 3221, the one of 3212 split of the first valve plate body 3211 and the second valve plate body is arranged in two gap 3221
Side, two gap 3221 are passed through for the air inlet pipe and an air outlet pipe of shut-off valve respectively, as a result, only need in the first valve plate body 3211 or
Open and clear mouth 3221 on the second valve plate body of person 3212, saves one of them processing technology for opening up gap 3221.
In a kind of situation, two gap 3221 are arranged on the first valve plate body 3211, due to the first valve plate body 3211
It is integrally formed with the opening 3111 of 31 main body of right side plate, is hidden in the opening 3111 of 31 main body of right side plate, gap 3221
Be not directly it is exposed, therefore, substantially reduce gap 3221 corner cause scratch probability.
In another case, two gap 3221 are arranged on the second valve plate body 3212, due to the second valve plate body
3212 be an independent component, therefore, when carrying out gap 3221 and being arranged, due to its small volume, processing is got up more
The convenience added, efficiency is more preferable, influences on other component smaller.
Embodiment 23
In conjunction with shown in Figure 27, on the basis of embodiment 1, for the installation process for being further simplified valve plate body 321, by valve
First notch 3215 and the second notch 3216 are further set on plate ontology 321, wherein the first notch 3215 and the first mounting hole
3217 communicate, and the second notch 3216 is communicated with the second mounting hole 3218, and the first notch 3215 and the second notch 3216 penetrate
Valve plate body 321 forms opening.It, can be by the air inlet pipe and an air outlet pipe of shut-off valve from when being installed to valve plate body 321
Enter in the first mounting hole 3217 and the second mounting hole 3218 at aperture position at one notch 3215 and the second notch 3216；Together
Sample, when disassembly, by the first notch 3215 and the second notch 3216 by the air inlet pipe of shut-off valve and escape pipe from the first mounting hole
3217 and second take out in mounting hole 3218.
In the present embodiment by opened up on valve plate body 321 respectively with the first mounting hole 3217 and the second mounting hole 3218
The first notch 3215 and the second notch 3216 communicated, reduces the installation difficulty of valve plate body 321, improves valve plate body
321 installation effectiveness.
The opening extending direction of first notch 3215 and the second notch 3216 can be horizontal direction.By the first notch 3215
It is set as horizontal direction with the opening extending direction of the second notch 3216, structure is simple, is easy to make.
To avoid air inlet pipe and the escape pipe of shut-off valve sliding from the opening of the first notch 3215 and the second notch 3216
It is de-, further set the opening extending direction of the first notch 3215 and the second notch 3216 to the oblique upper of valve plate body 321,
The oblique upper can be left oblique upper, or right oblique upper；The opening of first notch 3215 and the second notch 3216 is prolonged
It stretches direction and is set as oblique upper, and the first notch 3215 and the second notch 3216 are parallel to each other, the side wall of notch can pacify to first
Pipeline in dress hole 3217 and the second mounting hole 3218 is played a supporting role, to avoid the air inlet pipe and escape pipe of shut-off valve
It slips, is reducing by 321 installation difficulty of valve plate body, while improving 321 installation effectiveness of valve plate body, increasing valve plate body
321 stability.
In the present embodiment, one end that the first notch 3215 and the second notch 3216 communicate with the outside world carries out circular arc processing, by
This, after circular arc is handled, one end that the first notch 3215 and the second notch 3216 communicate with the outside world is mellow and full, and it is no longer sharp keen,
Reduce the probability for scratching human body.
In the present embodiment, the first mounting hole 3217 and the second mounting hole 3218 are swelled towards the outside of valve plate body 321, by
This, plays the purpose of prominent first mounting hole 3217 and the second installation, so that the air inlet pipe and an air outlet pipe of shut-off valve is installed.
In the present embodiment, the diameter of the first mounting hole 3217 is greater than the width of the first notch 3215；Second mounting hole 3218
Diameter be greater than the second notch 3216 width, as a result, the air inlet pipe and an air outlet pipe of shut-off valve enter the first mounting hole 3217
After the second mounting hole 3218, the first mounting hole 3217 and the second mounting hole 3218 can be to the air inlet pipe and an air outlet pipes of shut-off valve
Carry out a limit.
In conjunction with shown in Figure 28, after avoiding for valve plate body 321 being installed on right side plate ontology 311, foreign matter is lacked from first
Mouthfuls 3215 and second enter in air-conditioner outdoor unit at notch 3216, further on right side plate ontology 311 with the first notch
3215 and the corresponding position of the second notch 3216 be provided with first baffle 3131, by valve plate body 321 and right side plate ontology 311
When being assembled, first baffle 3131 can be blocked the first notch 3215 and the second notch 3216, to increase air conditioner
The leakproofness and safety of outdoor unit.
By opening up the first notch 3215 and the second notch 3216 on valve plate body 321 in the present embodiment, valve is reduced
The installation difficulty of plate ontology 321 improves the installation effectiveness of valve plate body 321.
Embodiment 24
Unlike the embodiments above in conjunction with shown in Figure 29, valve plate body 321 in the utility model can dismantle
Formula is arranged in the opening 3111 of right side plate 31, and valve plate body 321 includes the first mounting hole 3217 and the second mounting hole 3218；The
One mounting hole 3217 is equipped with the first notch 3215；Second mounting hole 3218 is equipped with the second notch 3216；First notch 3215 and
One end of two notches 3216, which is crossed to form, communicates with the outside world third notch 3224, as a result, in the first notch 3215, the second notch
3216 and third notch 3224 cooperation under, realize shut-off valve air inlet pipe and an air outlet pipe installation and removal.
In a kind of situation, the first notch 3215, the second notch 3216 and third notch 3224 form class Y-shaped construction, the
Circle center line connecting of three notches 3224 perpendicular to the first mounting hole 3217 and the second mounting hole 3218；The air inlet pipe and outlet of shut-off valve
Pipe need to can just respectively enter in the first notch 3215 and the second notch 3216 after the guidance of third notch 3224, relative to
One notch 3215 and the second notch 3216 communicate with the outside world respectively, and the construction of such Y-shaped can efficiently reduce the face of cutting
Product, although listed herewith is the construction of class Y-shaped, is not restricted to this, meets the connection of third notch 3,224 first and lacks
Mouth 3215 and the second notch 3216.
In the present embodiment, one end that third notch 3224 communicates with the outside world carries out circular arc processing, is passing through circular arc as a result,
After reason, one end that third notch 3224 communicates with the outside world is mellow and full, no longer sharp keen, reduces the probability for scratching human body.
In the present embodiment, the first mounting hole 3217 and the second mounting hole 3218 are swelled towards the outside of valve plate body 321, by
This, plays the purpose of prominent first mounting hole 3217 and the second installation, so that the air inlet pipe and an air outlet pipe of shut-off valve is installed.
Embodiment 25
It include valve plate body 321 and the first location structure 323 in the present embodiment, wherein first in conjunction with shown in Figure 23, Figure 28
Location structure 323 is set on valve plate body 321；Correspondingly, be provided on the corresponding position of right side plate ontology 311 with this first
Compatible second location structure 315 of location structure 323 when being installed valve plate body 321 and right side plate ontology 311, leads to
It crosses first location structure 323 to be connected with the second location structure 315, valve plate and right side plate ontology 311 is positioned, so that
The positioning of valve plate and right side plate ontology 311 is more accurate, installs easier, quick, raising assembly efficiency.
The first location structure 323 in the present embodiment can be locating slot, correspondingly, the corresponding positions of right side plate ontology 311
It sets and is provided with locating piece compatible with the locating slot；It is fixed when valve plate body 321 and right side plate ontology 311 are positioned
Position slot is connected with the locating piece on right side plate ontology 311.By the connection of locating slot and locating piece, valve plate body 321 is realized
With the positioning of right side plate ontology 311, easy to operate, accurate positioning.
Wherein the quantity of locating slot is at least one, accordingly the quantity of locating piece compatible with the locating slot be also to
It is one few；When the quantity of locating slot is one, which is preferably set to the top position of valve plate body 321.By valve
When plate and right side plate ontology 311 are installed, it is corresponding fixed on right side plate ontology 311 to be first placed in the locating slot on valve plate
At the part of position, the screw hole on valve plate and the screwhole position on right side plate ontology 311 are just opposite at this time, by screw or bolt by valve
Plate is connected with right side plate ontology 311.
In the present embodiment, by the way that the first location structure 323 is arranged on valve plate body, by valve plate and right side plate ontology
311 when being installed, and is first passed through the first location structure 323 and is carried out Primary Location, then by screw by valve plate and right side plate ontology
311 are attached, and simplify assembling process, improve assembly efficiency, while improving the accuracy of assembly；It is arranged on valve plate
First location structure 323, improves the accuracy positioned between valve plate and right side plate ontology 311, is advantageously implemented valve plate and the right side
The automation that side plate body 311 is installed.Locating slot is set by the first location structure 323, is provided on right side plate ontology 311
Valve plate and right side plate ontology can be realized by the way that locating slot is connected with locating piece in locating piece compatible with the locating slot
311 positioning；It is simple to position slot structure, it is easy to make, it is easy to operate, to simplify the dress of valve plate Yu right side plate ontology 311
With process.
Embodiment 26
Unlike the embodiments above, in conjunction with shown in Figure 30 and Figure 31, chassis is equipped with pump foot bolt 25, pumps foot bolt
25 include rotary table 252 and annular protrusion 253, and annular protrusion 253 is arranged in the lower end of rotary table 252, and be under pressure act on when,
Deformation occurs for annular protrusion 253, to radially extending for annular protrusion 253.
In the forming process of chassis, annular protrusion 253 is inserted into chassis hole, and chassis upper mold pushes down rotary table 252, and runs down,
Lower die withstands annular protrusion 253, and upper mold passes through rotary table 252 during moving downward and squeezes annular protrusion 253, makes ring
253 deformation occurs for shape protrusion, and the material of 253 surrounding of annular protrusion is radially extended to it, annular protrusion 253 be crushed to chassis
Bottom surface fitting, chassis molding after, pump foot bolt 25 also complete to connect with chassis.
In this way, the pump foot bolt 25 in the present embodiment has in the forming process of chassis due to the effect of annular protrusion 253
The function that pump foot bolt 25 is connect with chassis is completed, reduces chassis and pumps the molding procedure of foot bolt 25, improve production
Efficiency.In extrusion process, pressure can generate impact to 253 internal stress structure of annular protrusion, since annular protrusion 253 is inserted into
Chassis hole, chassis hole can generate reaction force, offset a part impact that 253 stress structure of annular protrusion is subject to, reduce ring
The risk of the structural break in extrusion process of shape protrusion 253.And the lower end of rotary table 252, annular protrusion is arranged in annular protrusion 253
253 will not influence the main structure of pump foot bolt 25 after deformation occurs, and then will not influence pump foot bolt 25 as fastener
Connection, fixed function pump the with strong applicability of foot bolt 25.
In addition, the annular protrusion 253 is hollow structure, needed in the forming process of chassis in this way, can greatly reduce
Extruding force, the requirement to process equipment is low, and fault-tolerance is high；During flattening, annular protrusion 253 is extended radially outward, and is answered
Power structure change is smaller, reduces the risk of structural break.
Embodiment 27
The present embodiment place unlike the embodiments above is, pumps foot bolt 25 in conjunction with shown in Figure 32, in the present embodiment and wraps
Include bolt body 251, rotary table 252 and annular protrusion 253.Rotary table 252 is solid cylinder, and annular protrusion 253 is hollow circular ring,
The hollow structure of annular protrusion 253 is easier to annular protrusion 253 in stress, and deformation occurs.As shown in figure 4, in the present embodiment
Annular protrusion 253 includes hollow part 2531, and hollow part 2531 is cylinder, and the material of 253 surrounding of annular protrusion is evenly distributed, just
In material in extrusion process to radially uniform extension.
The upper end of rotary table 252 and the lower end of bolt body 251 are integrally formed, lower end and the annular protrusion 253 of rotary table 252
Upper end is integrally formed, and such bolt body 251, rotary table 252, the connection between annular protrusion 253 is more firm, structure is more steady
It is fixed.The diameter of rotary table 252 is greater than annular protrusion 253, in this way, after annular protrusion 253 is inserted into chassis hole, rotary table 252 can be against
In the upper surface on chassis, to be positioned to annular protrusion 253；And in extrusion process, pushing down rotary table 252 can fix
The position of annular protrusion 253.Rotary table 252 is overlapped with the axis of annular protrusion 253, so that annular protrusion 253 is in extrusion process
Stress is more uniform, can be more uniformly to radially extending.
In this way, the hollow part 2531 of annular protrusion 253 is cylinder in the present embodiment, 253 surrounding of annular protrusion can be made
Material is in extrusion process to radially uniform extension, so that the connection pumped between foot bolt 25 and chassis is also relatively firm.
Embodiment 28
The present embodiment place unlike the embodiments above is, several reinforcing ribs, reinforcing rib are equipped with inside annular protrusion 253
It is integrally formed with the inner wall of hollow part 2531.In extrusion process, reinforcing rib can prevent annular protrusion 253 after compression radially
Extend inwardly.Reinforcing rib is uniformly distributed in inside annular protrusion 253, parallel to each other two-by-two, plane where reinforcing rib perpendicular to
The cross section of annular protrusion 253, in this way setting can guarantee using small number of reinforcing rib and can give full play to the anti-of reinforcing rib
The only effect that side extends radially inward after compression of annular protrusion 253.In this way, both saving material, pump foot spiral shell is in turn ensured
The molding effect of bolt 25 and chassis.
Embodiment 29
The present embodiment place unlike the embodiments above is, support frame, support frame and ring are equipped with inside annular protrusion 253
Shape protrusion 253 is integrally formed, and the end of support frame is both secured to the inner wall of hollow part 2531.In extrusion process, support frame can
Further prevent annular protrusion 253 radially inwardly extending after compression.In this way, pump foot bolt 25 and chassis can be further ensured that
Molding effect.In the present embodiment preferred support frame be cross structure, the end of cross structure with hollow part 2531
Inner wall is integrally formed, and ensure that the stability of structure.Plane where support frame is parallel to the cross section of annular protrusion 253, can be most
The supporting role of bigization support frame.
Embodiment 30
The present embodiment place unlike the embodiments above is, in conjunction with shown in Figure 34, with the increasing with 252 distance of rotary table
Add, the internal diameter of annular protrusion 253 gradually increases, and outer diameter remains unchanged.The internal diameter is the diameter of 2531 cross section of hollow part, institute
Stating outer diameter is diameter of a circle outside 253 cross section of annular protrusion.Since the internal diameter of annular protrusion 253 gradually increases, hollow part 2531
In horn-like, annular protrusion 253 can be relatively easy to extend to radial outside in stress, reduce in the forming process of chassis
The extruding force needed, the requirement to process equipment is low, reduces the molding difficulty of pump foot bolt 25 and chassis, and fault-tolerance is high.
Embodiment 31
The present embodiment place unlike the embodiments above is, in conjunction with shown in Figure 35, with the increasing with 252 distance of rotary table
Add, the internal diameter of annular protrusion 253 is gradually increased with outer diameter.Annular protrusion 253 and hollow part 2531 are in loudspeaker in the present embodiment
Shape, what annular protrusion 253 can be more easier in stress extends to radial outside, further reduces and formed on chassis
The extruding force needed in journey, the requirement to process equipment is low, and the molding for greatly reducing pump foot bolt 25 and chassis is difficult
Degree.
Embodiment 32
The present embodiment place unlike the embodiments above is, in conjunction with shown in Figure 36, is provided on annular protrusion 253 thin
Annular protrusion 253 is divided into multiple arcs part 2532 by seam, the fine crack.Fine crack on annular protrusion 253 can eliminate annular
Mechanics connection between the arc-shaped workpiece 2532 of raised 253 fine crack two sides, arc-shaped workpiece 2532 are more also easy to produce deformation in stress, thus
Annular protrusion 253 is also more also easy to produce deformation in stress, further reduces the extruding force needed in the forming process of chassis, into
The molding difficulty for reducing pump foot bolt 25 and chassis of one step.
Embodiment 33
The present embodiment place unlike the embodiments above is, in conjunction with shown in Figure 37, annular protrusion 253 is far from rotary table 252
One end inside be inclined surface 2533, radial skew of the inclined surface 2533 to annular protrusion 253.In annular protrusion 253
In loading process, the inside of one end due to annular protrusion 253 far from rotary table 252 is inclined surface 2533, under annular protrusion 253
End is smaller with the area of the contact surface of chassis lower die, and chassis lower die is applied to 253 lower end of annular protrusion, and friction is small, described
Frictional force has the function of hindering the radially extending to annular protrusion 253 of annular protrusion 253.In this way, annular protrusion 253 is in stress
When can be more easier to radial outside extend, the extruding force needed in the forming process of chassis is further reduced, into one
Step reduces the molding difficulty of pump foot bolt 25 and chassis.
Embodiment 34
The present embodiment place unlike the embodiments above is, the one end of arc-shaped workpiece 2532 far from rotary table 252 is to convex annular
Play 253 radially bending.In this way, arc-shaped workpiece 2532 can be more easier in stress to radial outside extend, thus annular
Protrusion 253 is also easier to extend to radial outside in stress, further reduces the extruding force needed in the forming process of chassis,
Further reduce the molding difficulty of pump foot bolt 25 and chassis.
Embodiment 35
The utility model additionally provides a kind of air conditioner, and the air conditioner includes outdoor unit described in any of the above-described embodiment
Shell.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Claims (10)
1. a kind of outdoor shell, including lamina tecti (11), chassis with every wind vertical plate (23), which is characterized in that
The upper end every wind vertical plate (23) is fixedly connected with the lamina tecti (11), the bottom and institute every wind vertical plate (23)
It states chassis to be fixedly connected, described to be equipped with partition (233) every wind vertical plate (23), the chassis includes chassis body (211), described
Partition (233) is inserted into the passageway (216) on chassis body (211).
2. outdoor shell according to claim 1, which is characterized in that the passageway (216) is equipped with inserting groove
(2161), the partition (233) is inserted into the inserting groove (2161).
3. outdoor shell according to claim 2, which is characterized in that the partition (233) and described every wind vertical plate
(23) it is flexibly connected, and the partition (233) is in the varying height positions every on wind vertical plate (23).
4. according to any outdoor shell of Claims 2 or 3, which is characterized in that the partition (233) is equipped with abnormity
Gap, described to insert in the special-shaped gap every wind vertical plate (23), the spacing of the abnormity gap middle section is less than both ends
Spacing.
5. outdoor shell according to claim 1, which is characterized in that further include right side plate (31), the chassis body
(211) it is installed with the right side plate ontology (311) to be integrated, the right side plate ontology (311) and the chassis body (211)
It is perpendicular.
6. outdoor shell according to claim 5, which is characterized in that the outdoor shell further includes valve plate body
(321), the right side plate ontology (311) includes opening (3111), the opening (3111) and the valve plate body (321) Xiang Shi
Match；The valve plate body (321) and the right side plate ontology (311) are detachably connected at the opening (3111).
7. outdoor shell according to claim 6, which is characterized in that the valve plate body (321) includes the first installation
Hole (3217) and the second mounting hole (3218), first mounting hole (3217) and second mounting hole (3218) are respectively used to
Pass through for the air inlet pipe and an air outlet pipe of shut-off valve.
8. outdoor shell according to claim 7, which is characterized in that the valve plate body (321) further includes the first valve
Plate ontology (3211) and the second valve plate body (3212), first valve plate body (3211) and second valve plate body
(3212) it is detachably connected.
9. outdoor shell according to claim 8, which is characterized in that first valve plate body (3211) and the right side
Side plate body (311) is integrally formed.The valve plate body (321) further includes the first notch (3215) and the second notch (3216),
Wherein first notch (3215) is connected to first mounting hole (3217), second notch (3216) and described second
Mounting hole (3218) connection.
10. a kind of air conditioner, which is characterized in that including any outdoor shell of the claims 1~9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821216852.4U CN208620548U (en) | 2018-07-30 | 2018-07-30 | A kind of outdoor shell and air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821216852.4U CN208620548U (en) | 2018-07-30 | 2018-07-30 | A kind of outdoor shell and air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208620548U true CN208620548U (en) | 2019-03-19 |
Family
ID=65708022
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821216852.4U Active CN208620548U (en) | 2018-07-30 | 2018-07-30 | A kind of outdoor shell and air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208620548U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108731237A (en) * | 2018-07-30 | 2018-11-02 | 奥克斯空调股份有限公司 | A kind of outdoor shell and air conditioner |
| WO2020024746A1 (en) * | 2018-07-30 | 2020-02-06 | 宁波奥克斯电气股份有限公司 | Valve plate, outdoor unit, and air conditioner |
-
2018
- 2018-07-30 CN CN201821216852.4U patent/CN208620548U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108731237A (en) * | 2018-07-30 | 2018-11-02 | 奥克斯空调股份有限公司 | A kind of outdoor shell and air conditioner |
| WO2020024746A1 (en) * | 2018-07-30 | 2020-02-06 | 宁波奥克斯电气股份有限公司 | Valve plate, outdoor unit, and air conditioner |
| CN108731237B (en) * | 2018-07-30 | 2023-11-03 | 奥克斯空调股份有限公司 | Outdoor unit shell and air conditioner |
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