CN206387088U - Machine condensed water discharging structure in a kind of Split type wall-hanging - Google Patents
Machine condensed water discharging structure in a kind of Split type wall-hanging Download PDFInfo
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- CN206387088U CN206387088U CN201621208310.3U CN201621208310U CN206387088U CN 206387088 U CN206387088 U CN 206387088U CN 201621208310 U CN201621208310 U CN 201621208310U CN 206387088 U CN206387088 U CN 206387088U
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- condensed water
- split type
- type wall
- discharging structure
- water discharging
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- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
Abstract
The utility model is related to a kind of field of air conditioning, machine condensed water discharging structure in specifically a kind of Split type wall-hanging, with the discharge outlet for discharging condensed water, the stop member for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet.Technical problem to be solved in the utility model is the problem of discharge outlet of the drip tray of machine drain pan in Split type wall-hanging of the prior art is easily blocked, and then provides machine condensed water discharging structure in a kind of Split type wall-hanging of cleaning cycle length.
Description
Technical field
The utility model is related to a kind of field of air conditioning.Machine condensed water discharging structure in specifically a kind of Split type wall-hanging.
Background technology
When air-conditioning carries out cooling operation, when room air flows through air-conditioning internal machine evaporator generation heat exchange, in air
Water vapor condensation formation condensed water, condensed water can be fallen into Split type wall-hanging in the integrated drain pan drip tray of machine, and along split
The discharge outlet of machine drain pan drip tray flows out through drainpipe in wall hanging.
In the prior art, in Split type wall-hanging machine drain pan drip tray discharge outlet without it is any prevent dirty bridging structure, dust, fiber,
The fouls such as fungi, insect bodies collect along condensed water at drip tray bottom discharge mouth, and built-in heat insulation row is flowed into from discharge outlet
Discharged after water pipe, external blowing drainpipe outdoor.During the flowing of this condensed water, condensed water is from the drip tray bottom of larger space
Portion flows into the less discharge outlet of diameter, carries the foreign matters such as dust and quickly flows into drainpipe, due to Split type wall-hanging machine drainpipe
Long, easily there is the situation that height rises and falls with the position of installation in pipeline during installation, and the foreign matter such as dust is easily from water receiving tray bottom
Discharge outlet flows into drainpipe and is detained in relatively low depression, so as to block, condensed water is concentrated in drip tray and can not excluded,
Spilling drip tray of long duration, causes leak in the air-conditioning short time, it is therefore desirable to often cleaning.
A kind of common mode for preventing that water lines from blocking is to set grate in water inlet, but machine drain pan in Split type wall-hanging
The bore of the discharge outlet of drip tray inherently very little, then set grate that discharge outlet circulation area can be caused to reduce more, condensed water
Flow velocity increased dramatically, and carrying dust and other impurities can get lodged in grate gap moment, afterwards cleaning cycle be shortened on the contrary.
Utility model content
Therefore, technical problem to be solved in the utility model is connecing for machine drain pan in Split type wall-hanging of the prior art
The problem of discharge outlet of water pond is easily blocked, and then machine condensate water discharging knot in a kind of Split type wall-hanging of cleaning cycle length is provided
Structure.
In order to solve the above technical problems, machine condensed water discharging structure in a kind of Split type wall-hanging of the present utility model, with use
In the discharge outlet of discharge condensed water, meet to be provided with to water (flow) direction in the discharge outlet and hindered suitable for current by and to foul
The stop member of gear.
The stop member be along the discharge outlet periphery be spaced apart it is some there are two faces and described two faces with
One angle is mutually connected in the cylinder of an intersection；The intersection is set back to the discharge outlet and with the diameter parallel of the discharge outlet
Put so that the gap formed between cylinder described in two is gradually reduced along water (flow) direction.
The angle of the angle is e, and 5 °≤e≤80 °.
25°≤e≤35°。
The cylinder is triangular prism.
The triangle column section is isosceles triangle, and the center of the excessively described discharge outlet of drift angle bisector of isosceles triangle
Set.
The a height of c of triangular prism drift angle, and 1mm≤c≤30mm.
4mm≤c≤15mm。
The triangular prism is uniformly distributed for one week around the discharge outlet.
The height of column is a, and 0<a≤12mm.
The triangular prism height 4≤a≤6mm.
Spacing is d, and 1mm≤d≤5mm to the cylinder recently each other.
2.5mm≤d≤4mm。
The distance of the nearest side in discharge outlet edge described in the cylinder radial distance is b, and 0mm≤b≤30mm.
0mm≤b≤10mm。
The stop member is that the convex annular set around the discharge outlet periphery is stupefied.
The stupefied lateral surface of convex annular is inclined-plane.
The difference of the stupefied upper surface external diameter of convex annular and internal diameter is D, and 0mm≤D≤5mm.
The difference of the stupefied lower surface external diameter of convex annular and internal diameter is E, and 3mm≤E≤5mm.
The stupefied height of convex annular is H, and 4mm≤H≤6mm.
Above-mentioned technical proposal of the present utility model has advantages below compared with prior art,
1. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, it, which has, is used to discharge condensed water
Discharge outlet, the stop member for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet,
Condensed water can be passed through by being provided with the discharge outlet of drip tray, and foul can be stopped again, thus foul is not easy
Drainpipe is resulted in blockage, therefore cleaning cycle can be elongated significantly.
2. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the stop member is along the row
What mouth of a river periphery was spaced apart some has two faces and described two faces are mutually connected in the cylinder of an intersection with an angle；Institute
Intersection is stated back to the discharge outlet and is set with the diameter parallel of the discharge outlet so that the gap formed between cylinder described in two
It is gradually reduced along water (flow) direction, because gap is gradually reduced on condensed water flow direction between two cylinders, condensed water
The flowing space is gradually reduced, and flowing velocity then slowly increases, and the foul such as dust swept along is more easy to deposit to gap larger space.And
Cylinder has guide effect to current, and guiding condensed water flows into discharge outlet from the gap between cylinder, then drains from drainpipe, flowing water
More smooth, in this course, the foreign matter such as dust, fiber, fungi for sweeping along is blocked on the outside of cylinder, is trapped in space larger
Drain pan in.Even if on the outside of cylinder during the more blocking gap of dust and other impurities, condensed water can also cover cylinder and flow into discharge outlet, short
It is difficult to cause drainage system to block in time, so that extend cleaning cycle, and also debris is concentrated and is deposited in the blocking of drip tray internal ratio
It is easier to clear up in drainpipe.
3. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the angle of the angle is e, and 5 °
≤ e≤80 °, it is easier to guided to foul, preferably 25 °≤e≤35 °, guiding effect are more preferable.
4. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the cylinder is triangular prism, structure
Simply and readily realize there is guide effect to current.
5. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the triangle column section is isosceles three
It is angular, and the excessively described discharge outlet of drift angle bisector of isosceles triangle is centrally disposed so that the current of triangular prism both sides are identical,
Current flow out evenly.
6. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the triangular prism is around the discharge outlet
It is uniformly distributed within one week, current in any direction flow into discharge outlet, the triangular prism can stop to foul.
7. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the height of column is a, and 0<a
≤ 12mm, i.e., its height also very little for whole drip tray, therefore, being accumulated even if foul around cylinder also will not shadow
The discharge of condensed water is rung, while can stop to foul again.
8. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the mutual spacing recently of the cylinder
For d, and 1mm≤d≤5mm, much smaller than the diameter of discharge outlet, hold susceptible to plugging foul and be not easy to flow into drainpipe.
9. in Split type wall-hanging described in the utility model in machine condensed water discharging structure, the stop member is around described
The convex annular that discharge outlet periphery is set is stupefied, i.e., condensed water first flows through anti-dirty stifled muscle bottom, in the case where anti-dirty stifled muscle hinders, flowing speed
Degree reduction, the foreign matter such as dust swept along slowly is deposited on the outside of muscle, and condensed water is then overflow into discharge outlet from muscle top, then from drainpipe
Drain, be difficult to cause drainage system to block in the short time, so that extend cleaning cycle, and also debris is concentrated and is deposited in drip tray
It is easier to clear up than being blocked in drainpipe.
Brief description of the drawings
In order that content of the present utility model is more likely to be clearly understood, below according to specific implementation of the present utility model
Example and with reference to accompanying drawing, the utility model is described in further detail, wherein
Fig. 1 is machine condensed water discharging structure top view in Split type wall-hanging described in the embodiment of the utility model one；
Fig. 2 is Fig. 1 A-A sectional views；
Fig. 3 is that stop member cross section is machine condensation in the Split type wall-hanging of triangle in the embodiment of the utility model one
Water discharge structure top view；
Fig. 4 is that stop member is evenly distributed on machine in the Split type wall-hanging of discharge outlet and condensed in the embodiment of utility model one
Water discharge structure top view；
Fig. 5 is that stop member is machine condensate water discharging in the stupefied Split type wall-hanging of convex annular in the embodiment of utility model one
Structure top view；
Fig. 6 is Fig. 5 axial sectional view；
Fig. 7 is that stop member is that convex annular is stupefied in the embodiment of utility model one and lateral surface is the Split type wall-hanging on inclined-plane
Interior machine condensed water discharging structure axial sectional view；
Fig. 8 is that stop member is that convex annular is stupefied in the embodiment of utility model one and lateral surface is another split on inclined-plane
Machine condensed water discharging structure axial sectional view in wall hanging.
Reference is expressed as in figure：1- discharge structures, 2- stop members, 3- discharge outlet, 4- drip trays, 5- drain pans bottom
Portion.
Embodiment
Embodiment 1
Machine condensed water discharging structure 1 in Split type wall-hanging described in the present embodiment, as shown in Figure 1, 2, discharge outlet 3 is arranged on water receiving
On disk 4, the stop member 2 for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet 3,
It is provided with the discharge outlet 3 of drip tray 4 and can passes through condensed water, foul can be stopped again, thus foul is not allowed
Easily drainpipe is resulted in blockage, therefore cleaning cycle can be elongated significantly.Stop member 2 described in the present embodiment is along the draining
What mouthful 3 peripheries were spaced apart some has two faces and described two faces are mutually connected in the cylinder of an intersection, institute with an angle
The angle e for stating angle is 25 °, and the intersection is set back to the discharge outlet 3 and with the diameter parallel of the discharge outlet 3 so that
The gap formed between cylinder described in two is gradually reduced along water (flow) direction, because gap is in condensed water flowing side between two cylinders
It is gradually reduced upwards, the condensed water flowing space is gradually reduced, flowing velocity then slowly increases, the dust and other impurities swept along are more
Easily deposit to gap larger space.And cylinder has guide effect to current, guiding condensed water flows into row from the gap between cylinder
The mouth of a river 3, then drain from drainpipe, flowing water is more smooth, in this course, and the foul such as dust, fiber, fungi for sweeping along is blocked
On the outside of cylinder, it is trapped in the larger drain pan in space.Even if on the outside of cylinder during the more blocking gap of dust and other impurities, condensed water
Also it is difficult to cause drainage system to block that cylinder, which can be covered, and flowed into discharge outlet 3, short time, so that extend cleaning cycle, and also it is miscellaneous
Thing concentration is deposited in the internal ratio of drip tray 4 and is blocked in drainpipe easily cleaning.In the present embodiment, the height of column a is
4mm, the nearest side in the edge of discharge outlet 3 described in the cylinder radial distance apart from b be 5mm.The cylinder each other recently between
It is 2.5mm away from d.
Embodiment 2
Machine condensed water discharging structure 1 in Split type wall-hanging described in the present embodiment, as shown in figure 3, being arranged on machine in Split type wall-hanging
Drain pan bottom 5, the drain pan bottom 5 is overlapped with drip tray 4, i.e., drain pan is used as drip tray 4, and it is provided with the drain pan
With the discharge outlet 3 for discharging condensed water, meet to water (flow) direction and be provided with suitable for current by and to dirty in the discharge outlet 3
The stop member 2 that thing is stopped, if stop member 2 described in the present embodiment is what is be spaced apart along the periphery of discharge outlet 3
Dry that there is two faces and described two faces the cylinder of an intersection is mutually connected in an angle, the cylinder is triangular prism, described
The angle e of angle is 30 °.The high c of triangular prism drift angle is 4mm, and the triangular prism height a is 5mm, the cylinder radial distance
The nearest side in the edge of discharge outlet 3 apart from b be 5mm.Spacing d is 3mm to the cylinder recently each other.
Embodiment 3
Machine condensed water discharging structure 1 in Split type wall-hanging described in the present embodiment, as shown in figure 3, being arranged on machine in Split type wall-hanging
Drain pan bottom 5, the drain pan bottom 5 is overlapped with drip tray 4, i.e., drain pan is used as drip tray 4, and it is provided with the drain pan
With the discharge outlet 3 for discharging condensed water, meet to water (flow) direction and be provided with suitable for current by and to dirty in the discharge outlet 3
The stop member 2 that thing is stopped, if stop member 2 described in the present embodiment is what is be spaced apart along the periphery of discharge outlet 3
Dry that there is two faces and described two faces the cylinder of an intersection is mutually connected in an angle, the cylinder is triangular prism, described
The cross section of cylinder is isosceles triangle, and the angle e of the angle is 35 °.The high c of triangular prism drift angle is 15mm, described three
Corner post height a be 6mm, the nearest side in the edge of discharge outlet 3 described in the cylinder radial distance apart from b be 10mm.The cylinder
Spacing d is 4mm recently each other.
Embodiment 4
Machine condensed water discharging structure 1 in Split type wall-hanging described in the present embodiment, as shown in figure 3, being arranged on machine in Split type wall-hanging
Drain pan bottom 5, the drain pan bottom 5 is overlapped with drip tray 4, i.e., drain pan is used as drip tray 4, and it is provided with the drain pan
With the discharge outlet 3 for discharging condensed water, meet to water (flow) direction and be provided with suitable for current by and to dirty in the discharge outlet 3
The stop member 2 that thing is stopped, if stop member 2 described in the present embodiment is what is be spaced apart along the periphery of discharge outlet 3
Dry that there is two faces and described two faces the cylinder of an intersection is mutually connected in an angle, the cross section of the cylinder is isosceles
Triangle, the angle e of the angle is 5 °.The high c of triangular prism drift angle is 1mm, and the triangular prism height a is 1mm, the post
The nearest side in the edge of discharge outlet 3 described in body radial distance apart from b be 30mm.Spacing d is 1mm to the cylinder recently each other.
The triangular prism is uniformly distributed for 3 one weeks around the discharge outlet, and current in any direction flow into discharge outlet 3, and the triangular prism can
Foul is stopped.
Embodiment 5
Fig. 4 is machine condensed water discharging structure 1 in Split type wall-hanging described in the present embodiment, is arranged on machine drain pan bottom in Split type wall-hanging
Portion 5, the drain pan bottom 5 is overlapped with drip tray 4, i.e., drain pan is used as drip tray 4, and it is provided with the drain pan has use
In discharge condensed water discharge outlet 3, the discharge outlet 3 meet to water (flow) direction be provided with suitable for current by and to foul carry out
The stop member 2 of stop, stop member 2 described in the present embodiment is some to have along what the periphery of discharge outlet 3 was spaced apart
Two faces and described two faces are mutually connected in the cylinder of an intersection with an angle, and the cross section of the cylinder is isoceles triangle
Shape, the angle e of the angle is 80 °.The high c of triangular prism drift angle is 30mm, and the triangular prism height a is 12mm, the post
The nearest side in the edge of discharge outlet 3 described in body radial distance apart from b be 0mm.Spacing d is 5mm to the cylinder recently each other.Institute
State triangular prism to be uniformly distributed within 3 one weeks around the discharge outlet, current in any direction flow into discharge outlet 3, the triangular prism can be right
Foul is stopped.
Embodiment 6
Fig. 5,6 show described in the present embodiment machine condensed water discharging structure 1 in Split type wall-hanging, and it, which has, is used to discharge condensation
The discharge outlet 3 of water, the stop for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet 3
Part 2, i.e., be provided with the discharge outlet 3 of drip tray 4 and can pass through condensed water, foul can be stopped again, thus dirty
Thing is not easy to result in blockage to drainpipe, therefore cleaning cycle can be elongated significantly.Stop member 2 described in the present embodiment is circular
The convex annular that the periphery of discharge outlet 3 is set is stupefied, i.e., condensed water first flows through anti-dirty stifled muscle bottom, in the case where anti-dirty stifled muscle hinders,
Flowing velocity is reduced, and the foreign matter such as dust swept along slowly is deposited on the outside of muscle, and condensed water is then overflow into discharge outlet 3 from muscle top, then
Drain from drainpipe, be difficult to cause drainage system to block in the short time, so that extend cleaning cycle, and also debris is concentrated and is deposited in
The internal ratio of drip tray 4, which is blocked in drainpipe, to be easier to clear up.The stupefied height of convex annular is H, and H is 4mm in the present embodiment.It is described
The difference of the stupefied upper surface external diameter of convex annular and internal diameter is D, and D is 3mm in the present embodiment.
Embodiment 7
Fig. 7 show described in the present embodiment machine condensed water discharging structure 1 in Split type wall-hanging, and it, which has, is used to discharge condensed water
Discharge outlet 3, the stop part for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet 3
Part 2, i.e., be provided with the discharge outlet 3 of drip tray 4 and can pass through condensed water, foul can be stopped again, thus foul
It is not easy to result in blockage to drainpipe, therefore cleaning cycle can be elongated significantly.Stop member 2 described in the present embodiment is circular institute
The convex annular for stating the setting of the periphery of discharge outlet 3 is stupefied, i.e., condensed water first flows through anti-dirty stifled muscle bottom, in the case where anti-dirty stifled muscle hinders, stream
Dynamic speed is reduced, and the foreign matter such as dust swept along slowly is deposited on the outside of muscle, and condensed water is then overflow into discharge outlet 3 from muscle top, then from
Drainpipe is drained, and is difficult to cause drainage system to block in the short time, so that extend cleaning cycle, and also debris is concentrated to be deposited in and connect
The internal ratio of water pond 4, which is blocked in drainpipe, to be easier to clear up.The stupefied height of convex annular is H, and H is 6mm in the present embodiment.The ring
The convex stupefied lateral surface of shape is inclined-plane.The difference of the stupefied upper surface external diameter of convex annular and internal diameter is D, and D is 0mm in the present embodiment.It is described
The poor E of the stupefied lower surface external diameter of convex annular and internal diameter is 3mm.
Embodiment 8
Fig. 8 show described in the present embodiment machine condensed water discharging structure 1 in Split type wall-hanging, and it, which has, is used to discharge condensed water
Discharge outlet 3, the stop part for being provided with and being stopped suitable for current by and to foul to water (flow) direction is met in the discharge outlet 3
Part 2, i.e., be provided with the discharge outlet 3 of drip tray 4 and can pass through condensed water, foul can be stopped again, thus foul
It is not easy to result in blockage to drainpipe, therefore cleaning cycle can be elongated significantly.Stop member 2 described in the present embodiment is circular institute
The convex annular for stating the setting of the periphery of discharge outlet 3 is stupefied, i.e., condensed water first flows through anti-dirty stifled muscle bottom, in the case where anti-dirty stifled muscle hinders, stream
Dynamic speed is reduced, and the foreign matter such as dust swept along slowly is deposited on the outside of muscle, and condensed water is then overflow into discharge outlet 3 from muscle top, then from
Drainpipe is drained, and is difficult to cause drainage system to block in the short time, so that extend cleaning cycle, and also debris is concentrated to be deposited in and connect
The internal ratio of water pond 4, which is blocked in drainpipe, to be easier to clear up.The stupefied height of convex annular is H, and H is 6mm in the present embodiment.The ring
The convex stupefied lateral surface of shape is inclined-plane.The difference of the stupefied upper surface external diameter of convex annular and internal diameter is D, and D is 2mm in the present embodiment.It is described
The poor E of the stupefied lower surface external diameter of convex annular and internal diameter is 5mm.
Obviously, above-described embodiment is only intended to clearly illustrate example, and the not restriction to embodiment.It is right
For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of change or
Change.There is no necessity and possibility to exhaust all the enbodiments.And the obvious change thus extended out or
Among the protection domain that variation is created still in the utility model.
Claims (21)
1. machine condensed water discharging structure in a kind of Split type wall-hanging, with the discharge outlet (3) for discharging condensed water, its feature exists
In meeting the stop member for being provided with and being stopped suitable for current by and to foul to water (flow) direction in the discharge outlet (3)
(2)。
2. machine condensed water discharging structure in Split type wall-hanging according to claim 1, it is characterised in that the stop member (2)
Some there are two faces and described two faces are mutually connected in one with an angle for what is be spaced apart along the discharge outlet (3) periphery
The cylinder of intersection；The intersection is set back to the discharge outlet (3) and with the diameter parallel of the discharge outlet (3) so that two institutes
The gap formed between cylinder is stated to be gradually reduced along water (flow) direction.
3. machine condensed water discharging structure in Split type wall-hanging according to claim 2, it is characterised in that the angle of the angle is
E, and 5 °≤e≤80 °.
4. machine condensed water discharging structure in Split type wall-hanging according to claim 3, it is characterised in that 25 °≤e≤35 °.
5. machine condensed water discharging structure in Split type wall-hanging according to claim 2, it is characterised in that the cylinder is triangle
Post.
6. machine condensed water discharging structure in Split type wall-hanging according to claim 5, it is characterised in that the triangle column section is
Isosceles triangle, and the excessively described discharge outlet (3) of drift angle bisector of isosceles triangle is centrally disposed.
7. machine condensed water discharging structure in Split type wall-hanging according to claim 6, it is characterised in that the triangular prism drift angle is high
For c, and 1mm≤c≤30mm.
8. machine condensed water discharging structure in Split type wall-hanging according to claim 7, it is characterised in that 4mm≤c≤15mm.
9. according to machine condensed water discharging structure in any one of the claim 5-8 Split type wall-hangings, it is characterised in that the triangle
Post is uniformly distributed for (3) one weeks around the discharge outlet.
10. according to machine condensed water discharging structure in any one of the claim 2-4 Split type wall-hangings, it is characterised in that the post
Body is highly a, and 0<a≤12mm.
11. according to machine condensed water discharging structure in any one of the claim 5-8 Split type wall-hangings, it is characterised in that the post
Body is highly a, and 0<a≤12mm.
12. the machine condensed water discharging structure in Split type wall-hanging according to claim 11, it is characterised in that the triangular prism height
4≤a≤6mm。
13. according to machine condensed water discharging structure in any one of the claim 2-8 Split type wall-hangings, it is characterised in that the post
Spacing is d, and 1mm≤d≤5mm to body recently each other.
14. the machine condensed water discharging structure in Split type wall-hanging according to claim 13, it is characterised in that 2.5mm≤d≤4mm.
15. according to machine condensed water discharging structure in any one of the claim 2-8 Split type wall-hangings, it is characterised in that the post
The distance of discharge outlet (3) nearest side in edge described in body radial distance is b, and 0mm≤b≤30mm.
16. the machine condensed water discharging structure in Split type wall-hanging according to claim 15, it is characterised in that 0mm≤b≤10mm.
17. machine condensed water discharging structure in Split type wall-hanging according to claim 1, it is characterised in that the stop member (2)
The convex annular set for the circular discharge outlet (3) periphery is stupefied.
18. the machine condensed water discharging structure in Split type wall-hanging according to claim 17, it is characterised in that the convex annular is stupefied outer
Side is inclined-plane.
19. the machine condensed water discharging structure in Split type wall-hanging according to claim 18, it is characterised in that on the convex annular is stupefied
The difference of surface outer diameter and internal diameter is D, and 0mm≤D≤5mm.
20. the machine condensed water discharging structure in Split type wall-hanging according to claim 18, it is characterised in that under the convex annular is stupefied
The difference of surface outer diameter and internal diameter is E, and 3mm≤E≤5mm.
21. according to machine condensed water discharging structure in any Split type wall-hangings of claim 17-20, it is characterised in that the ring
The convex stupefied height of shape is H, and 4mm≤H≤6mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621208310.3U CN206387088U (en) | 2016-11-09 | 2016-11-09 | Machine condensed water discharging structure in a kind of Split type wall-hanging |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621208310.3U CN206387088U (en) | 2016-11-09 | 2016-11-09 | Machine condensed water discharging structure in a kind of Split type wall-hanging |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206387088U true CN206387088U (en) | 2017-08-08 |
Family
ID=59486075
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621208310.3U Withdrawn - After Issue CN206387088U (en) | 2016-11-09 | 2016-11-09 | Machine condensed water discharging structure in a kind of Split type wall-hanging |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206387088U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106705402A (en) * | 2016-11-09 | 2017-05-24 | 珠海格力电器股份有限公司 | Split wall hanging internal unit condensed water draining structure |
-
2016
- 2016-11-09 CN CN201621208310.3U patent/CN206387088U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106705402A (en) * | 2016-11-09 | 2017-05-24 | 珠海格力电器股份有限公司 | Split wall hanging internal unit condensed water draining structure |
| CN106705402B (en) * | 2016-11-09 | 2022-09-13 | 珠海格力电器股份有限公司 | Condensed water drainage structure of split wall-mounted inner machine |
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