CN205895040U - Air conditioner window - Google Patents
Air conditioner window Download PDFInfo
- Publication number
- CN205895040U CN205895040U CN201620728613.1U CN201620728613U CN205895040U CN 205895040 U CN205895040 U CN 205895040U CN 201620728613 U CN201620728613 U CN 201620728613U CN 205895040 U CN205895040 U CN 205895040U
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- outside
- passage
- vent hole
- upper vent
- under
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- Withdrawn - After Issue
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Abstract
The utility model relates to an air conditioner window, this air conditioner window comprises two -layer or multilayer, has the intermediate layer space between its inlayer window form and the outer window form, and wherein, inlayer window form upside is equipped with air vent on the one or more open closed inboard, and the downside is equipped with air vent under the one or more open closed inboard, outer window form upside is equipped with air vent on the one or more open closed outside, and the downside is equipped with one or more open closed outside air vent down. Borrow this, can be when needs, the air vent is in the closed condition on the inboard air vent down of order and the outside, on the inboard under the air vent and the outside air vent at the open mode, perhaps, the air vent is in the closed condition under the inboard upward air vent of order and the outside, and the air vent is in the open mode on the inboard air vent down and the outside. Promptly the utility model discloses an air conditioner window can take a breath two through simple mechanical structure and switch according to demand optionally between the route, reaches indoor ventilation, adjusts the temperature to reduce to heat to make cooling load's effect.
Description
Technical field
This utility model is related to a kind of double window or Multi-layer window, especially a kind of can realize room using the effect of solar energy
Inside take a breath and adjust the air conditioning window that indoor temperature reduces indoor cooling and heating load.
Background technology
At present, existing window, to realize room ventilation, or needing to open a window, or needing special air interchanger,
As ventilation fan, central air-conditioning etc..Wherein, directly windowing is taken a breath or using during ventilation fan ventilation, is often brought to indoor temperature
Larger change；And when adopting central air-conditioning ventilation, then need to consume the substantial amounts of energy, and its complex structure.
It follows that still not having one kind both can keep ventilation at present, room temperature can be adjusted as desired again or keeping away
Exempt from that indoor temperature fluctuation is excessive, and structure is simple, equipment that need not be extra, and do not need additionally to consume the window of the energy.
Utility model content
(1) technical problem to be solved
In order to solve the problems referred to above of prior art, this utility model provides a kind of air conditioning window, and it is by simple structure
Reach to interior space automatic ventilation and adjust indoor temperature in the presence of solar energy and reduce interior space cooling and heating load
Purpose.
(2) technical scheme
In order to achieve the above object, the main technical schemes that this utility model adopts include:
A kind of air conditioning window, has mezzanine space, wherein between its internal layer forms and outer layer forms:
It is provided with one or more inner sides to be opened/closed upper vent hole, downside is provided with one or more opening on the upside of internal layer forms
Passage under the inner side closed；
It is provided with one or more outsides to be opened/closed upper vent hole, downside is provided with one or more opening on the upside of outer layer forms
Passage under the outside closed.
Wherein, inner side upper vent hole, under passage, outside upper vent hole and/or outside under inner side passage unlatching/pass
Close and realized by water conservancy diversion switching device, it has first state and the second state and can switch between the two, first state
When, under inner side, passage and outside upper vent hole are closed, and under inner side upper vent hole and outside, passage is in and opens
State, the air in mezzanine space is got in by inner side upper vent hole after solar energy heating, the air that mezzanine space lacks
Enter window interlayer via passage under outside；During the second state, under inner side upper vent hole and outside, passage is in closing shape
State, under inner side, passage and outside upper vent hole are in open mode, and the air in mezzanine space is through solar energy heating by outside
Upper vent hole is discharged outdoor, indoor air and is entered interlayer by passage under inner side, thus reaching the purpose of indoor air-changing.
By the setting of said structure, because the air in mezzanine space can form upper heat and lower cold under the irradiation of the sun
Thermograde and produce chimney effect and promote air flow, therefore, if desired improve or avoid to reduce indoor while ventilation
During temperature (such as winter), only its water conservancy diversion switching device need to be made to be in first state, you can by mezzanine space through solar energy plus
The High Temperature Gas of heat import interior, so as to improving indoor temperature, raise while ventilation or do not reduce or drop as little as possible
Low indoor temperature, recycles the lower passage in outside to mend outdoor air to mezzanine space simultaneously, whereby, does not only reach
The effect of continuous ventilation, moreover, it is also possible to play the effect of air-conditioning, is conducive to keeping room air fresh in the winter time and warm；
When if desired reducing while ventilation or avoiding raising or raising indoor temperature (such as summer) as little as possible, only it need to be made to lead
Stream switching device is in the second state, you can the High Temperature Gas on the upper strata in mezzanine space are exported to outdoor, so as to avoiding interlayer
Temperature in space is too high, meanwhile, via passage under inner side get in be all mezzanine space middle and lower part low temperature gas, borrow
This, when carrying out room ventilation, it is to avoid or decrease the indoor temperature rising leading to because of ventilation, so as to reaching holding room during summer
Interior air is fresh, nice and cool effect.
In an embodiment of the present utility model, water conservancy diversion switching device also has the third state, i.e. inner side upper vent hole, interior
Passage under side, outside upper vent hole, passage is in closed mode, so as to improving the effects such as sound insulation, insulation under outside.
In an embodiment of the present utility model, outer layer window surface posts absorption film, so as to improving the suction to solar energy
Produce effects rate, thus improving ventilation efficiency.
In an embodiment of the present utility model, passage under inner side upper vent hole, inner side, outside upper vent hole and/or
The lower passage in outside is provided with filter screen, to prevent insect etc. from entering mezzanine space.
In an embodiment of the present utility model, in mezzanine space, it is provided with curtain, the first surface of curtain is provided with heat-sink shell,
So as to improving the absorption efficiency to solar energy, thus improving ventilation efficiency.
Preferably, in order to improve temperature regulation effect further, the second surface of curtain is provided with reflecting layer.Certainly, curtain
General material can also be adopted.
Further, so that be respectively provided with more preferably thermoregulation effect in first state and the second state, curtain sets
It is set to its all or part of first surface and second surface turnover upset structure.
For example, curtain is turnover sun blind.
In any of the above-described embodiment, water conservancy diversion switching device realizes the structure of first state and the second state and its switching
For: water conservancy diversion switching device includes movable baffle plate assembly, and opens/close ventilation on inner side using the action of movable baffle plate assembly
Passage under passage, outside upper vent hole and/or outside under hole, inner side.
Wherein, inner side upper vent hole, passage is opened in inside window frame under inner side, ventilate under outside upper vent hole, outside
Hole is opened in outer side window frame, and inner side upper vent hole can shift to install with outside upper vent hole, and under inner side, passage is logical with outside
Pore can shift to install.
Wherein, movable baffle plate assembly includes:
Outer side shield, can be opened and closed outside upper vent hole located at outer side window frame, passage under outside, and outer side shield has
It is arranged in the first threaded sleeve of outer side window frame, the first threaded sleeve is provided with female thread and screw drive is converted to linear motion
Converter section；
First screw rod part, it has thread segment and positioning section, the screw-internal thread fit of thread segment and the first threaded sleeve, positioning
Section is rotatably positioned in inside window frame, and the indoor of positioning section is additionally provided with the drive end for driving the first screw rod part；
Second threaded sleeve, is fixed on outer side window frame, and the second threaded sleeve is provided with female thread；
Inner side baffle, can be opened and closed inner side upper vent hole located inside window frame, passage under inner side, it has the second spiral shell
Rod member, the second screw rod part has thread segment and positioning section, the screw-internal thread fit of thread segment and the second threaded sleeve, and positioning section can revolve
Turn ground and be positioned inner side baffle, the indoor of positioning section is additionally provided with the drive end for driving the second screw rod part.
Further, it is provided with sealing between inner side baffle and inside window frame and/or between outer side shield and outer side window frame
Pad, to ensure sealing effectiveness.
(3) beneficial effect
The beneficial effects of the utility model are: air conditioning window of the present utility model, due to shape between its two-layer or multilamellar forms
Become mezzanine space, and the air in mezzanine space can be risen after solar energy heating, then by two-layer forms inside and outside air conditioning window
Upper and lower sides respectively arrange one or more passages so that the air in mezzanine space can be automatically drained out.For example, winter when
Wait the lower passage in outside and inner side upper vent hole is opened, remaining bore closure of divulging information, outdoor cold air enters after solar energy heating again
Enter indoor to supplement indoor fresh air, it is to avoid outdoor cold air is directly entered interior to be made one to produce ice-cold sensation.
When summer, outside air conditioning window, upper vent hole is opened, and under inner side, passage is opened, and remaining bore closure of divulging information, in mezzanine space
Air discharge through solar energy heating outdoor, thus having discharged the air pollution of interior and having taken away solar heat, thus dropping
Low indoor load.And, this utility model has temperature adjustment function concurrently when only achieving ventilation by simple frame for movement
Effect, and the irradiation of the sun can be relied on completely to realize, need not extra consumed energy.
Brief description
Fig. 1 is pneumatic diagram of the present utility model (wherein, a represents first state, and b represents the second state)；
Fig. 2 is the overall structure diagram of one embodiment of this utility model；
Fig. 3 is the partial enlarged drawing () in Fig. 2；
Fig. 4 is the partial enlarged drawing (two) in Fig. 2；
Fig. 5 is the indoor upside partial schematic diagram of one embodiment of the invention；
Fig. 6 is the indoor upside partial schematic diagram of another embodiment of the present invention；
Fig. 7 is the outdoor downside partial schematic diagram of one embodiment of the invention；
Fig. 8 is the outdoor downside partial schematic diagram of another embodiment of the present invention.
[description of reference numerals]
1: internal layer forms；
11: inner side upper vent hole；
12: passage under inner side；
2: outer layer forms；
21: outside upper vent hole；
22: passage under outside；
10: mezzanine space；
3: curtain；
4: movable baffle plate assembly；
41: outer side shield；
42: the first threaded sleeves；
43: the first screw rod parts；
44: inner side baffle；
45: the second screw rod parts；
46: the second screw rod parts；
47: sealing gasket；
51: inside window frame；
52: outer side window frame；
6: wall.
Specific embodiment
In order to preferably explain this utility model, in order to understand, below in conjunction with the accompanying drawings, by specific embodiment, right
This utility model is described in detail.
In conjunction with Fig. 1, referring to Fig. 2, Fig. 3 and Fig. 4, the air conditioning window of one embodiment of this utility model, its internal layer forms is with outward
There is mezzanine space, wherein between layer forms:
Internal layer forms are provided with one or more inner sides to be opened/closed logical on the upside of (including inner glass and inside window frame 51)
Pore 11 (can be located at inner glass or inside window frame 51), downside is provided with passage 12 under one or more inner sides to be opened/closed
(can be located at inner glass or inside window frame 51)；
Outer layer forms are provided with one or more outsides to be opened/closed logical on the upside of (including outside glass and outer side window frame 52)
Pore 21 (can be located at outside glass or outer side window frame 52), downside is provided with passage 22 under one or more outsides to be opened/closed
(can be located at outside glass or outer side window frame 52).
Wherein, inner side upper vent hole, under passage, outside upper vent hole and/or outside under inner side passage unlatching/pass
Close and realized by water conservancy diversion switching device, water conservancy diversion switching device has first state and the second state and can cut between the two
Change, during first state, under inner side, passage 12 and outside upper vent hole 21 are closed (inclusion deflated state), on inner side
Under passage 11 and outside, passage 22 is in open mode (inclusion expansion state), whereby, High Temperature Gas in mezzanine space 10
Get in via inner side upper vent hole 11, the low temperature gas in mezzanine space 10 discharges outdoor via passage under outside 22；The
During two-state, under inner side upper vent hole 11 and outside, passage 22 is closed (inclusion deflated state), ventilates under inner side
Hole 12 and outside upper vent hole 21 are in open mode (inclusion expansion state), whereby, High Temperature Gas in mezzanine space 10 via
Outside upper vent hole 21 discharges outdoor, and the low temperature gas in mezzanine space 10 gets in via passage under inner side 12.
By the setting of said structure, air conditioning window of the present utility model can be in the ventilation passageway of first state and the second shape
Optionally switch over according to demand between the ventilation passageway of state, meanwhile, by the irradiation of sunlight, air can also be strengthened
Circulating rate, promotes room active ventilation.That is, because the air in mezzanine space 10 can be formed under heat under the irradiation of the sun
Cold phenomenon, therefore, when if desired improving or avoid reducing indoor temperature (such as winter) while ventilation, only need to make it lead
Stream switching device is in first state, you can import the High Temperature Gas through solar energy heating in mezzanine space 10 indoor, so as to carrying
High indoor temperature, raises or does not reduce or reduce as little as possible the temperature of interior while ventilation, recycles outer simultaneously
Under side, passage 22 mends outdoor air to mezzanine space 10, whereby, has not only reached the effect of continuous ventilation, and,
May also operate as the effect of air-conditioning, be conducive to keeping room air fresh in the winter time and warm；And if desired while ventilation
When reducing or avoid to raise or raise indoor temperature (such as summer) as little as possible, only its water conservancy diversion switching device need to be made to be in second
State, you can the High Temperature Gas on the upper strata in mezzanine space 10 are exported to outdoor, so as to avoiding the temperature mistake in mezzanine space 10
Height, meanwhile, via passage under inner side 12 get in be all mezzanine space 10 middle and lower part low temperature gas, whereby, carrying out
During room ventilation, it is to avoid or decrease the indoor temperature rising leading to because of ventilation, keep room air new during summer so as to reaching
Fresh, nice and cool effect.
Wherein, water conservancy diversion switching device also has the third state, i.e. inner side upper vent hole 11, passage 12, outside under inner side
Under upper vent hole 21, outside, passage 22 is in closed mode, so as to improving the effects such as sound insulation, insulation.
Certainly, the technical scheme being disclosed according to this utility model, those skilled in the art are known, of the present utility model
Air conditioning window can also have the 4th state, the 5th state etc., and for example, the passage of above-mentioned each position is all opened, can also be
Be selectively opened in the passage of above-mentioned each position a part or close a part, with this to adjust air-flow conducting path,
Speed etc., so as to more preferably agreeing with actual scene and reaching expected demand.For example, when being provided with multiple passage, permissible
Optionally (for example at intervals) opens wherein several passages of a certain position, and this situation is it can be appreciated that aforesaid
Reduce or expand.
In addition, this utility model not to the shape of passage, open up mode etc. and be restricted, it both can be periphery closing
Hole (for example near the inner side upper vent hole 11 that upper limb opens up, the outside that opens up near lower edge under passage 22) or
The open slotted eye (being for example opened in passage 12 under the inner side of lower edge) in side is it might even be possible to be the open seam (example in both sides
As the outside upper vent hole 21 of upper edge is run through in left and right).
Preferably, passage 12 is opened in inside window frame 51 under inner side upper vent hole 11, inner side, outside upper vent hole 21,
The lower passage 22 in outside is opened in outer side window frame 52, and inner side upper vent hole 11 and outside upper vent hole 21 shift to install (such as Fig. 5
Shift to install mode with two shown in Fig. 6 kind), under inner side passage 12 and passage 22 under outside shift to install (such as Fig. 7 and
Shown in Fig. 8 two kind shift to install mode).Certainly, air vent can also be opened on glass.
Wherein, water conservancy diversion switching device realize first state and the second state and its switching structure can have multiple, for example,
Can be that existing any structure that can reach above-mentioned purpose (includes removable, folding, pivotable or plug-type
Structure).
Preferably, the water conservancy diversion switching device in this utility model includes movable baffle plate assembly 4, and utilize movable baffle plate assembly
Passage under passage 12, outside upper vent hole 21 and/or outside under 4 action unlatching/closing inner side upper vent hole 11, inner side
22.
In preferred embodiment as shown in Figure 3 and Figure 4, movable baffle plate assembly 4 includes:
One outer side shield 41, (under outside passage 22 for the outside upper vent hole 21 that can be opened and closed located at outer side window frame 52
Equally applicable), outer side shield 41 has the first threaded sleeve 42 being arranged in outer side window frame 52, and the first threaded sleeve 42 is provided with interior
Screw thread and screw drive is converted to the converter section of linear motion (in figure is not shown, for example, can be affixed to outer side window frame 52
Or the stopping means of wall 6 or inside window frame 51, it only limits the rotation of the first threaded sleeve 42；Or can be by the first screw thread
One segment length of sleeve pipe 42 makes non-circular (for example flat) state, by the combination with window frame or baffle plate, in a rotational direction
Limited so as to only can axially movable, and, by flat part being set to predetermined length it can also be ensured that
One threaded sleeve 42 and the first screw rod part 43 do not disconnect)；
First screw rod part 43, it has thread segment and a positioning section, the screw-internal thread fit of thread segment and the first threaded sleeve 42,
Positioning section is rotatably positioned in inside window frame 51 (can be for example one section of light bar segment, and arrange in the both sides of inside window frame 51
Limited location flange), it (can be for example nut or spiral shell that the indoor of positioning section is additionally provided with for driving the drive end of the first screw rod part 43
Mother etc.)；
Second threaded sleeve 46, is fixed on outer side window frame 52, and the second threaded sleeve 46 is provided with female thread；
Inner side baffle 44, (under inner side, passage is equally suitable for the inner side upper vent hole 11 that can be opened and closed located inside window frame 51
With), it has the second screw rod part 45, and the second screw rod part 45 has thread segment and positioning section, thread segment and the second threaded sleeve 46
Screw-internal thread fit, it (can be for example one section of light bar segment, and in inner side baffle that positioning section is rotatably positioned in inner side baffle 44
44 both sides are provided with defining flange), the indoor of positioning section is additionally provided with for driving the drive end of the second screw rod part 45 (for example may be used
To be nut or nut etc.).
Wherein, in the embodiment shown in Fig. 3, the first threaded sleeve 42 can be one with outer side shield 41 it is also possible to
Directly it is made up of (internal thread hole being for example directly opened in outer side shield 41) a part for outer side shield 41.
Wherein, in the embodiment shown in Fig. 4, the second threaded sleeve 46 can be one with outer side window frame 52 it is also possible to
Directly it is made up of (internal thread hole being for example directly opened in outer side window frame 52) a part for outer side window frame 52.
Certainly, to those skilled in the art, for drive end located at indoor pattern, it can also replace said structure
It is changed to drive end located at outdoor pattern, direction that will be indoor with outdoor is exchanged.
Further, the sealing effectiveness in order to ensure to ventilate during bore closure, it is to avoid gas leakage, can outer side shield 41 and/
Or inner side baffle 44 setting sealing gasket 47, one skilled in the art will appreciate that referred to herein as in inner side baffle 44 and internal layer window frame
It is provided with sealing gasket 47, sealing gasket 47 both can be fixed on inner side between 51 and/or between outer side shield 41 and outer layer window frame 52
Baffle plate 44, outer side shield 41 are it is also possible to be fixed on internal layer window frame 51 or outer layer window frame 52.
In any of the above-described embodiment, in order to improve the absorption efficiency to solar energy, thus improving in mezzanine space 10
The heats of gas, to improve ventilation efficiency, preferably, absorption film 23 is posted on outer layer forms 2 surface.
In any of the above-described embodiment, in order to strengthen the upper heat and lower cold characteristic of gas in mezzanine space 10, to improve wherein
Steam climbing speed, and and then improve ventilation efficiency, preferably, can arrange in mezzanine space 10 absorb heat and/or subtract
The structure of few radiating.
For example, curtain 3, the first surface setting heat-sink shell of curtain 3 are set in mezzanine space 10, can draw when needed
Go up or open curtain 3, more excellent, the second surface of curtain 3 is provided with reflecting layer, and during winter, the heat-sink shell making curtain 3 is towards room
Outward, so as to improving the absorption efficiency to solar energy, meanwhile, scattering and disappearing of indoor heat, towards indoor, is reduced in the reflecting layer of curtain 3,
During summer, sunlight, towards outdoor, is reduced to indoor irradiation, meanwhile, the heat-sink shell of curtain 3 is towards room in the reflecting layer making curtain 3
Interior, strengthen the absorption to indoor heat, so as to accelerating to distribute to outdoor heat.
Further, for the ease of the upset of curtain 3, curtain 3 can be arranged to its all or part of first surface and
Second surface turnover upset structure.
For example, curtain 3 is the sun blind 3 of turning (including laterally upset to overturn with vertical).
Wherein, in order to keep in mezzanine space cleaning, it is to avoid debris such as insect etc. enters, outside upper vent hole and/or
The lower passage in outside is provided with filter screen, to prevent insect of outdoor etc. from entering mezzanine space, further, in order to keep indoor clear
Clean, it is to avoid debris such as insect etc. is got in by ventilation passageway, preferably, passage under inner side upper vent hole and/or inner side
It is provided with filter screen.
In sum, air conditioning window of the present utility model, because it is provided with switchable ventilation passageway, can be in the first shape
Optionally switch over according to demand between the ventilation passageway of the ventilation passageway of state and the second state, meanwhile, by sunlight
Irradiation, air flow rate can also be strengthened, promote room active ventilation.Further, since it is by simply machinery knot
Path switching that structure is realized and when reaching ventilation accordingly homoiothermic effect, therefore, its not only effect stability, and need not be extra
Energy resource consumption, belongs to real energy-saving type air conditioner window.
Claims (10)
1. a kind of air conditioning window, between its internal layer forms and outer layer forms, there is mezzanine space it is characterised in that:
It is provided with one or more inner sides to be opened/closed upper vent hole, downside is provided with one or more to be opened/closed on the upside of internal layer forms
The lower passage in inner side；
It is provided with one or more outsides to be opened/closed upper vent hole, downside is provided with one or more to be opened/closed on the upside of outer layer forms
The lower passage in outside.
2. air conditioning window as claimed in claim 1 it is characterised in that: ventilate on passage under inner side upper vent hole, inner side, outside
Under hole and/or outside, passage is provided with filter screen.
3. air conditioning window as claimed in claim 1 it is characterised in that: outer layer forms glass surface posts absorption film.
4. air conditioning window as claimed in claim 1 it is characterised in that: be provided with curtain in mezzanine space.
5. air conditioning window as claimed in claim 4 it is characterised in that: the first surface of curtain is provided with heat-sink shell and/or curtain
Second surface is provided with reflecting layer.
6. air conditioning window as claimed in claim 5 it is characterised in that: curtain is arranged to its all or part of first surface and second
The turnover upset in surface structure.
7. air conditioning window as claimed in claim 6 it is characterised in that: curtain is turnover sun blind.
8. the air conditioning window as any one of claim 1 to 7 it is characterised in that: include movable baffle plate assembly, and using can
Logical under passage, outside upper vent hole and/or outside under the action unlatching of dynamic baffle plate assembly/closing inner side upper vent hole, inner side
Pore.
9. air conditioning window as claimed in claim 8 it is characterised in that under inner side upper vent hole, inner side passage be opened in inner side
Window frame, under outside upper vent hole, outside, passage is opened in outer side window frame, and inner side upper vent hole is set with the dislocation of outside upper vent hole
Put, under inner side, passage and passage under outside shift to install, and movable baffle plate assembly includes:
Outer side shield, can be opened and closed outside upper vent hole located at outer side window frame, passage under outside, and outer side shield has and wears
In the first threaded sleeve of outer side window frame, the first threaded sleeve is provided with female thread and screw drive is converted to turning of linear motion
Change portion；
First screw rod part, it has thread segment and positioning section, the screw-internal thread fit of thread segment and the first threaded sleeve, and positioning section can
Rotatably it is positioned inside window frame, the indoor of positioning section is additionally provided with the drive end for driving the first screw rod part；
Second threaded sleeve, is fixed on outer side window frame, and the second threaded sleeve is provided with female thread；
Inner side baffle, can be opened and closed inner side upper vent hole located inside window frame, passage under inner side, it has the second screw rod
Part, the second screw rod part has thread segment and positioning section, the screw-internal thread fit of thread segment and the second threaded sleeve, and positioning section is rotatable
Ground is positioned inner side baffle, and the indoor of positioning section is additionally provided with the drive end for driving the second screw rod part.
10. air conditioning window as claimed in claim 9 it is characterised in that: between inner side baffle and inside window frame and/or outer side shield
It is provided with sealing gasket and outer side window frame between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620728613.1U CN205895040U (en) | 2016-07-12 | 2016-07-12 | Air conditioner window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620728613.1U CN205895040U (en) | 2016-07-12 | 2016-07-12 | Air conditioner window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205895040U true CN205895040U (en) | 2017-01-18 |
Family
ID=57771254
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620728613.1U Withdrawn - After Issue CN205895040U (en) | 2016-07-12 | 2016-07-12 | Air conditioner window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205895040U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106014126A (en) * | 2016-07-12 | 2016-10-12 | 刘吉平 | Air conditioner window and operation method thereof |
| CN108868528A (en) * | 2018-07-03 | 2018-11-23 | 北京涌阔科技有限公司 | A kind of intelligent glass having from air-exchanging structure |
-
2016
- 2016-07-12 CN CN201620728613.1U patent/CN205895040U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106014126A (en) * | 2016-07-12 | 2016-10-12 | 刘吉平 | Air conditioner window and operation method thereof |
| CN106014126B (en) * | 2016-07-12 | 2018-01-19 | 刘吉平 | A kind of air conditioning window and its operating method |
| CN108868528A (en) * | 2018-07-03 | 2018-11-23 | 北京涌阔科技有限公司 | A kind of intelligent glass having from air-exchanging structure |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20170118 Effective date of abandoning: 20180119 |