CN207315167U - Multifunctional wall-weather Energy Saving Windows - Google Patents
Multifunctional wall-weather Energy Saving Windows Download PDFInfo
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- CN207315167U CN207315167U CN201720984924.9U CN201720984924U CN207315167U CN 207315167 U CN207315167 U CN 207315167U CN 201720984924 U CN201720984924 U CN 201720984924U CN 207315167 U CN207315167 U CN 207315167U
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Abstract
It the utility model is related to building window body technique field, it is a kind of multifunctional wall-weather Energy Saving Windows, including window frame, inner window, outer forms, blind, lifting power plant, only air-valve and air flow drive device, the inner window being spaced apart in left and right and outer forms are equipped with window frame, blind is equipped between inner window and outer forms, the upper end of blind is equipped with the lifting shaft that it can be controlled to lift, lifting shaft is installed on window frame, the lifting power plant of the forward and reverse rotation of lifting shaft can be driven by being provided with window frame, upper right air port is formed between on the right side of outer forms upper end and window frame upper, bottom right air port is formed between on the right side of outer forms lower end and window frame lower part.The utility model can efficiently use illumination, when temperature is higher indoors, reduce influence of the illumination to room temperature, when temperature is relatively low indoors, strengthen influence of the illumination to room temperature, so as to reduce the electricity consumed by indoor temperature change generated in case using heating or cooling system, there is good energy-saving effect.
Description
Technical field
Building window body technique field is the utility model is related to, is a kind of multifunctional wall-weather Energy Saving Windows.
Background technology
In the growing energy consumption in the whole world, no matter developed country or developing country, building energy consumption is all
More great one in national total energy consumption, the thermal property quality of window will greatly influence heating, the air conditioning energy consumption of building
Consume energy with ventilation.At present, component of the external window of building as passive type super low energy consumption building energy conservation effect weakness, its energy consumption constitute about
To the 50 ~ 60% of building total energy consumption.Window is the position that thermal property is worst in architectural exterior-protecting construction, and the heat consumption of window can be main
It is the heat consump- tion in transfer as caused by indoor/outdoor temperature-difference, though traditional multifunctional wall-weather Energy Saving Windows have between blinds sunshade and air
Layer, but relevant application and to solar energy is not carried out, sunlit advantage can be subject to by having wasted it, still be deposited
Energy consumption is larger the problem of.
Utility model content
The utility model provides a kind of multifunctional wall-weather Energy Saving Windows, overcomes the deficiency of the above-mentioned prior art, its energy
Effectively solve to fail to carry out relevant application to solar energy existing for existing multifunctional wall-weather Energy Saving Windows, wasting it can be subject to
The problem of sunlit advantage, energy consumption is larger.
The technical solution of the utility model is realized by following measures：A kind of multifunctional wall-weather Energy Saving Windows, bag
Include window frame, inner window, outer forms, blind, lifting power plant, only air-valve and air flow drive device, in window frame be equipped be in
The inner window and outer forms that left and right is spaced apart, are equipped with blind, the upper end of blind is equipped between inner window and outer forms
The lifting shaft that it can be controlled to lift, lifting shaft are installed on window frame, and the forward and reverse rotation of lifting shaft can be driven by being provided with window frame
Upper right air port, outer forms lower end and window frame lower right are formed between on the right side of lifting power plant, outer forms upper end and window frame upper
Bottom right air port is formed between side, upper left air port, inner window lower end and window frame are formed between inner window upper end and window frame upper left side
Between lower left side formed lower-left air port, be separately installed with window frame can block upper right air port, bottom right air port, upper left air port and
The only air-valve in lower-left air port, each air flow drive device for being only mounted on that it can be controlled to rotate on air-valve, window frame, inner window,
Closing is enclosed between outer forms and the only air-valve of each closing takes chamber in.
Here is the further optimization and/or improvements to above-mentioned utility model technical solution：
It is above-mentioned to may also include automaton, illuminance transducer and temperature sensor, it is provided with automaton
The signal output part of control chip, illuminance transducer and temperature sensor is electrically connected with control chip, lifting drive
The signal input part of the switch control module of device is electrically connected with control chip.
It is above-mentioned to may also include air quality sensor and air regenerating device, the signal output part of air quality sensor and ventilation
The signal input part of the switch control module of equipment is electrically connected with control chip, the switch of each air flow drive device
The signal input part of control module is electrically connected with control chip.
The upper end of above-mentioned blind can be equipped with the steering spindle that can control its blade angle, and steering spindle is installed in window frame, window
The steering power device that can be driven and turn to axle steer is installed on frame.
The signal input part of the switch control module of above-mentioned steering power device can be electrically connected with control chip.
Above-mentioned only air-valve may include that only wind axis and arc stop aerofoil, and being only installed with arc on the outside of wind axis stops aerofoil, only
Wind axis is installed together with corresponding air flow drive device, and being mounted on window frame and corresponding inner window or outer forms can be with
Arc stops aerofoil outer wall and is adjacent to sealing bed course together.
Above-mentioned sealing bed course may include to be adjacent to stop in corresponding arc on aerofoil outer wall angle sealing bed course, on seal
On the upside of bed course and middle lower seal pad layer, inner window right part upside and the left part of right part downside and outer forms and left part downside is all provided with
There is L-shaped angle sealing bed course；The upper inner for the window frame that corresponding upper left quarter stops air-valve right positions is equipped with upper left riser, corresponding
The upper inner that upper right quarter stops the window frame of air-valve leftward position is equipped with the lower end outside of upper right riser, upper left riser and upper right riser
Upper sealing bed course in being mounted on, in upper sealing bed course is L-shaped or the U-shaped of opening upwards；The only air-valve of corresponding two lower parts it
Between the lower inside of window frame of position be equipped with middle riser, be equipped with the outside of the upper end of middle riser in close under in the U-shaped that Open Side Down
Packing layer.
Between above-mentioned corresponding upper right air port and the outer forms and window frame of bottom right tuyere position and corresponding upper left air port and a left side
Ventilation strainer can be installed between the inner window and window frame of lower tuyere position.
Above-mentioned inner window can be double glazing forms, and outer forms are single-glass forms.
The utility model reasonable and compact in structure, by blind and only air-valve collective effect, can efficiently use illumination,
When indoor temperature is higher, influence of the illumination to room temperature is reduced, when temperature is relatively low indoors, influence of the enhancing illumination to room temperature, from
And the electricity consumed by indoor temperature change generated in case using heating or cooling system is reduced, there is good energy-saving effect；Pass through
Automaton, illuminance transducer and temperature sensor can realize the automatic control process of shutter elevating, coordinate air matter
Quantity sensor and air regenerating device can realize that what only air-valve opened and closed automatically controls, easy to operate, easy to use, have it is laborsaving, easy,
The characteristics of energy saving.
Brief description of the drawings
Attached drawing 1 is the main view schematic cross-sectional view of the best embodiment of the utility model.
Attached drawing 2 is the electrical connection block diagram of attached drawing 1.
Coding in attached drawing is respectively：1 is window frame, and 2 be inner window, and 3 be outer forms, and 4 be blind, and 5 be lifting drive
Device, wind axis untill 6,7 be air flow drive device, and 8 be lifting shaft, and 9 is take chamber in, and 10 be automaton, and 11 be illumination
Sensor, 12 be temperature sensor, 13 chips in order to control, and 14 be air quality sensor, and 15 be air regenerating device, and 16 is turn to
Axis, 17 be steering power device, and 18 stop aerofoil for arc, and 19 seal bed course for angle, 20 be in upper sealing bed course, 21 be under it is close
Packing layer, 22 be upper left riser, and 23 be upper right riser, and 24 be middle riser, and 25 be ventilation strainer.
Embodiment
The utility model, can technical solution according to the present utility model and actual conditions from the limitation of following embodiments
Determine specific embodiment.
In the utility model, for the ease of description, the description of the relative position relation of each component is according to specification
The Butut mode of attached drawing 1 is described, such as：The position relationship of forward and backward, upper and lower, left and right etc. is according to Figure of description
Butut direction come it is definite.
The utility model is further described with reference to embodiment and attached drawing：
As shown in attached drawing 1,2, a kind of multifunctional wall-weather Energy Saving Windows, including window frame 1, inner window 2, outer forms 3, blinds
Curtain 4, only lifting power plant 5, air-valve and air flow drive device 7, are equipped with the inner window 2 being spaced apart in left and right in window frame 1
With outer forms 3, blind 4 is equipped between inner window 2 and outer forms 3, the upper end of blind 4 is equipped with the liter that it can be controlled to lift
Axis 8 drops, and lifting shaft 8 is installed on window frame 1, and the lifting power plant that can drive 8 forward and reverse rotation of lifting shaft is provided with window frame 1
5, form upper right air port between outer 3 upper end of forms and 1 upper right of window frame, on the right side of outer 3 lower end of forms and 1 lower part of window frame between shape
Into bottom right air port, upper left air port, 2 lower end of inner window and 1 lower part of window frame are formed between 1 upper left-hand of 2 upper end of inner window and window frame
Lower-left air port is formed between left side, upper right air port, bottom right air port, upper left air port and a left side can be blocked by being separately installed with window frame 1
The only air-valve in lower air port, each air flow drive device 7 for being only mounted on that it can be controlled to rotate on air-valve, window frame 1, inner window 2,
Closing is enclosed between outer forms 3 and the only air-valve of each closing takes chamber 9 in.When in use, the utility model is fixed
On the wall of installation, the lifting of blind 4 then can be controlled by lifting power plant 5, realizes sunshade and printing opacity both of which
Switching, concretely：In night no light, without considering the elevating control to blind 4, it can transfer or roll up according to user demand
Play blind 4；On daytime, when temperature is higher, lifting power plant 5 can be driven to fall blind 4, at this time can to sunlight into
Row blocks, and influence of the illumination to room temperature is effectively reduced, when the temperature is low, by driving lifting power plant 5 to make blind volume 4
Rise, sunlight can be easy at this time, room temperature is improved by illumination.It can be controlled at the same time by air flow drive device 7 and stop opening for air-valve
Close, realize the exchange of indoor and outdoor air, and can heat up under sunlight due to taking the air in chamber 9 in, and hot-air can on
Rise, thus can realize circulating certainly for air；It will be known as hot gas positioned at the air taken in chamber 9 and heated by illumination, only air-valve
Keying can be switched over according to indoor temperature and air quality, concretely：（1）When indoor temperature is higher and Interior Space makings
When measuring preferable, the corresponding only air-valve in upper right air port and bottom right air port can be opened, hot gas will be spilled over to from upper right air port at this time
Outdoor, while colder outdoor air in this process, will can be held from bottom right air port into taking in chamber 9 by air circulation
Continuous consumption illumination heat, effectively suppresses influence of the illumination to indoor temperature, reduces and uses cooling system because indoor temperature heats up
The electricity consumed；（2）When indoor temperature is higher and indoor air quality is poor, lower-left air port and bottom right air port phase can be opened
Corresponding only air-valve, while open the air regenerating device 15 of indoor location, indoor air will be extracted by air regenerating device 15 at this time
And sending to outdoor, outdoor air will pass through from bottom right air port and take 9 bottom of chamber in and got in from lower-left air port, in the process
In, since outdoor air is by can effectively avoid the air flow to hot gas when getting in from the bottom of chamber 9 is taken in
Interference, so as to suppress influence of the hot gas indoors in outer air exchange process to indoor temperature, reduce because of indoor temperature liter
Temperature and the electricity that is consumed using cooling system；（3）When indoor temperature is relatively low and indoor air quality is preferable, can keep all
Only air-valve is closed, and room air follows hot-air rising principle and carries out from circulating at this time, inner window 2, outer forms 3 and it is all only
Air-valve collective effect can form effective sealing, and under the state, outdoor temperature is also at lower degree, it is believed that illumination is to hot gas
Underheat to offset the heat losses that hot gas passes through outer forms 3 and outdoor air and carries out heat exchange, close all only wind
Valve can make the utility model have good heat insulation effect, reduce because of the electricity that indoor temperature reduces and is consumed using heating device
Amount；（4）When indoor temperature is relatively low and indoor air quality is poor, the corresponding only wind in upper left air port and bottom right air port can be opened
Valve, while the air regenerating device 15 of indoor location is opened, indoor air will be extracted by air regenerating device 15 to send to outdoor at this time,
Outdoor air will be from bottom right air port through entirely taking chamber 9 in and being got in from upper left air port, and in this process, outdoor air will
Promote hot gas to get in, and by that illumination can be subject to heat when taking chamber 9 in, exchanged so as to effectively reduce indoor and outdoor air
During indoor heat loss, so as to reduce because of the electricity that indoor temperature reduces and is consumed using heating device.This practicality
New structure is reasonable and compact, by blind 4 and only air-valve collective effect, can efficiently use illumination, temperature is higher indoors
When, influence of the illumination to room temperature is reduced, when temperature is relatively low indoors, influence of the enhancing illumination to room temperature, so as to reduce because of interior
Temperature change and using heating or the electricity that is consumed of cooling system, there is good energy-saving effect.According to demand, lifting drive
Device 5 and air flow drive device 7 can use existing known technology, such as motor.
Above-mentioned multifunctional wall-weather Energy Saving Windows can be made further optimization and/or improvements according to actual needs：
As shown in attached drawing 1,2, automaton 10, illuminance transducer 11 and temperature sensor 12 are further included, automatic control
Control chip 13 is installed, the signal output part of illuminance transducer 11 and temperature sensor 12 is and control chip in device 10 processed
13 are electrically connected, and the signal input part of the switch control module of lifting power plant 5 is connected electrically in control chip 13
Together.In use, the preset automatic control for controlling program to realize lifting power plant 5 in control chip 13 can be passed through
System, the lifting of blind 4 is controlled by control chip 13, concretely：The photograph of illuminance transducer 11 is set according to day-night change
Degree is with reference to numerical value, and the curtain temperature of the demand relation design temperature sensor 12 lifted according to temperature and blind 4 is with reference to number
Value；When the monitor value of illuminance transducer 11 is less than illumination with reference to numerical value（Night）, no light at this time, without considering to blind 4
Elevating control, also can according to user demand set conventional sense, such as night decentralization blind 4；When illuminance transducer 11
When monitor value is more than illumination with reference to numerical value（Daytime）, the liter of the monitor value of temperature sensor 12 judgement blind 4 can be passed through at this time
Drop, when the monitor value of temperature sensor 12 is more than curtain temperature with reference to numerical value（Need shading）, driven and risen by control chip 13
Power set 5 are dropped, so that blind 4 is fallen, sunlight can be blocked at this time, effectively reduce influence of the illumination to room temperature,
When the monitor value of temperature sensor 12 is less than curtain temperature with reference to numerical value（Light requirement shines）, it is dynamic by the driving lifting of control chip 13
Power apparatus 5, so that blind 4 is rolled, can be easy to sunlight, room temperature is improved by illumination at this time.According to demand, automatic control
Device 10 processed can use existing known technology, and automaton 10 may also include to be shown with what control chip 13 was electrically connected
Show module or/and input module or/and mixed-media network modules mixed-media or/and communication module etc.；Control chip 13 can use existing known technology,
Such as microcontroller, processor, microprocessor.
As shown in attached drawing 1,2, air quality sensor 14 and air regenerating device 15, the letter of air quality sensor 14 are further included
The signal input part of the switch control module of number output terminal and air regenerating device 15 is electrically connected with control chip 13, each
The signal input part of the switch control module of air flow drive device 7 is electrically connected with control chip 13.In use, by sky
Makings quantity sensor 14 and air regenerating device 15 are mounted on interior, and the air outlet of air regenerating device 15 is connected to outdoor, and
Preset control program realizes automatically controlling to air flow drive device 7 in control chip 13, thus can be controlled by control chip 13
Airflow direction processed, makes full use of illumination, when temperature is higher indoors, reduces influence of the illumination to room temperature, temperature is relatively low indoors
When, influence of the enhancing illumination to room temperature, so as to reduce the electricity consumed by indoor temperature change generated in case using heating or cooling system
Amount, has good energy-saving effect；Concretely：Change the air reference number that air quality sensor 14 is set according to air
Value, and the valve body temperature of the demand relation design temperature sensor 12 opened and closed according to temperature with only air-valve is with reference to numerical value；（1）Work as temperature
The monitor value of degree sensor 12 is more than valve body temperature and is better than air reference with reference to the monitor value of numerical value and air quality sensor 14
During numerical value, the corresponding only air-valve in upper right air port and bottom right air port can be opened, hot gas will be spilled over to room from upper right air port at this time
Outside, while colder outdoor air will be taken in chamber 9 from the entrance of bottom right air port；（2）When the monitor value of temperature sensor 12 is more than
Valve body temperature with reference to the monitor value of numerical value and air quality sensor 14 be inferior to air with reference to numerical value when, can open lower-left air port and
The corresponding only air-valve, while open air regenerating device 15 in bottom right air port, indoor air will be extracted by air regenerating device 15 at this time
And sending to outdoor, outdoor air will pass through from bottom right air port and take 9 bottom of chamber in and got in from lower-left air port；（3）Work as temperature
The monitor value of sensor 12 is less than valve body temperature with reference to the monitor value of numerical value and air quality sensor 14 better than air reference number
During value, all only air-valves can be kept to close, room air follows hot-air rising principle and carries out from circulating at this time, inner window 2, outer
Forms 3 and all only air-valve collective effects can form effective sealing；（4）When the monitor value of temperature sensor 12 is less than valve body temperature
When the monitor value spent with reference to numerical value and air quality sensor 14 is inferior to air with reference to numerical value, upper left air port and bottom right wind can be opened
Mouthful corresponding only air-valve, while open air regenerating device 15, at this time indoor air will be extracted by air regenerating device 15 send to
Outdoor, outdoor air will pass through from bottom right air port and entirely take chamber 9 in and got in from upper left air port.According to demand, air matter
Quantity sensor 14 can use existing known technology, such as gas concentration lwevel sensor（Air is gas concentration lwevel with reference to numerical value
Value）Can be different also identical with curtain temperature reference numerical value with reference to numerical value Deng, valve body temperature.
As shown in attached drawing 1,2, the upper end of blind 4 is equipped with the steering spindle 16 that can control its blade angle, and steering spindle 16 is pacified
In window frame 1, the steering power device 17 that steering spindle 16 can be driven to turn to is installed on window frame 1.Thus can be dynamic by turning to
Power apparatus 17 controls the angle of inclination of 4 blade of blind.
As shown in attached drawing 1,2, signal input part and the electricity of control chip 13 of the switch control module of steering power device 17
Link together.When in use, can be according to the corresponding climate change of longitude and latitude, reference floor height, building spacing, installation position etc.
Relevant parameter calculates corresponding lighting angle of each period, and the corner that 4 blade of blind is preset in control chip 13 is adjusted
Program, makes it when needing shading（I.e. the monitor value of illuminance transducer 11 is more than illumination with reference to numerical value, and temperature sensor 12
When monitor value is more than temperature with reference to numerical value）4 blade of blind can be improved to the reflectivity of illumination, further enhance shaded effect；
Also mixed-media network modules mixed-media can be passed through by setting the mixed-media network modules mixed-media being electrically connected with control chip 13 in automaton 10
Weather information is obtained in real time, and then realizes the control to steering power device 17.
As shown in attached drawing 1,2, only air-valve includes stopping wind axis 6 and arc stops aerofoil 18, and only the outside of wind axis 6 is installed with arc
Shape stops aerofoil 18, and only wind axis 6 is installed together with corresponding air flow drive device 7, in window frame 1 and corresponding inner window 2 or outer
Be mounted on arc stopping on forms 3 18 outer wall of aerofoil be adjacent to together with sealing bed course.Thus can be by stopping air-valve and close
Packing layer realizes the sealing to taking chamber 9 in.
As shown in attached drawing 1,2, sealing bed course includes being adjacent to stopping the angle gasket on 18 outer wall of aerofoil in corresponding arc
Layer 19, in upper sealing bed course 20 and middle lower seal pad layer 21, on the upside of 2 right part of inner window and on the downside of right part and outer forms 3 a left side
L-shaped angle sealing bed course 19 is equipped with the upside of portion and on the downside of left part；Corresponding upper left quarter stops the upper of the window frame 1 of air-valve right positions
Upper left riser 22 is equipped with the inside of portion, the upper inner for the window frame 1 that corresponding upper right quarter stops air-valve leftward position is equipped with upper right riser 23,
The lower end outside of upper left riser 22 and upper right riser 23 upper sealing bed course 20 in being mounted on, in upper sealing bed course 20 it is L-shaped or
The U-shaped of opening upwards；The lower inside of the window frame 1 of position is equipped with middle riser 24 between the only air-valve of corresponding two lower parts, neutral
The middle lower seal pad layer 21 in the U-shaped that Open Side Down is equipped with the outside of the upper end of plate 24.The installation of sealing bed course so can be made more
It is convenient and strength-saving.
It is between corresponding upper right air port and the outer forms 3 and window frame 1 of bottom right tuyere position and corresponding as shown in attached drawing 1,2
Ventilation strainer 25 is mounted between upper left air port and the inner window 2 and window frame 1 of lower-left tuyere position.Thus can be filtered by divulging information
The air that net 25 drives air-flow filters, and the air got in is filtered, so as to improve indoor air quality.
As shown in attached drawing 1,2, inner window 2 is double glazing forms, and outer forms 3 are single-glass forms.This can so be made
Embodiment have it is good keep the temperature, heat-insulated and soundproof effect.
Above technical characteristic constitutes the most preferred embodiment of the utility model, it is with stronger adaptability and optimal implementation
Effect, can increase and decrease non-essential technical characteristic, to meet the needs of different situations according to being actually needed.
Claims (14)
1. a kind of multifunctional wall-weather Energy Saving Windows, it is characterised in that including window frame, inner window, outer forms, blind, lifting drive
Device, only air-valve and air flow drive device, are equipped with the inner window being spaced apart in left and right and outer forms, in inner window in window frame
Blind is equipped between outer forms, the upper end of blind is equipped with the lifting shaft that it can be controlled to lift, and lifting shaft is installed on window frame
On, the lifting power plant that can drive the forward and reverse rotation of lifting shaft, outer forms upper end and window frame upper right side are installed on window frame
Between form upper right air port, on the right side of outer forms lower end and window frame lower part between form bottom right air port, inner window upper end with window frame
Upper left air port is formed between on the left of portion, lower-left air port is formed between inner window lower end and window frame lower left side, on window frame respectively
The only air-valve in upper right air port, bottom right air port, upper left air port and lower-left air port can be blocked by being provided with, and be each only mounted on air-valve
The air flow drive device that it can be controlled to rotate, envelope is enclosed between window frame, inner window, outer forms and the only air-valve of each closing
That closes takes chamber in.
2. multifunctional wall-weather Energy Saving Windows according to claim 1, it is characterised in that further include automaton, illumination
Sensor and temperature sensor, the signal of control chip, illuminance transducer and temperature sensor is provided with automaton
Output terminal is electrically connected with control chip, the signal input part of the switch control module of lifting power plant with control
Chip is electrically connected.
3. multifunctional wall-weather Energy Saving Windows according to claim 2, it is characterised in that further include air quality sensor and
The signal input part of air regenerating device, the signal output part of air quality sensor and the switch control module of air regenerating device with control
Coremaking piece is electrically connected, and the signal input part of the switch control module of each air flow drive device is electrically connected with control chip
It is connected together.
4. the multifunctional wall-weather Energy Saving Windows according to Claims 2 or 3, it is characterised in that the upper end of blind is equipped with and can control
The steering spindle of its blade angle is made, steering spindle is installed in window frame, and the steering that being provided with window frame can drive and turn to axle steer is moved
Power apparatus.
5. multifunctional wall-weather Energy Saving Windows according to claim 4, it is characterised in that the switch control of steering power device
The signal input part of module is electrically connected with control chip.
6. according to the multifunctional wall-weather Energy Saving Windows described in claim 1 or 2 or 3 or 5, it is characterised in that only air-valve includes only wind
Axis and arc stop aerofoil, and being only installed with arc on the outside of wind axis stops aerofoil, and only wind axis is installed with corresponding air flow drive device
Together, be mounted on arc stopping on window frame and corresponding inner window or outer forms aerofoil outer wall be adjacent to together with it is close
Packing layer.
7. multifunctional wall-weather Energy Saving Windows according to claim 6, it is characterised in that sealing bed course includes being adjacent in phase
The arc answered stop angle sealing bed course on aerofoil outer wall, in upper sealing bed course and middle lower seal pad layer, on the upside of inner window right part and
L-shaped angle sealing bed course is equipped with the downside of right part and on the upside of the left part of outer forms and on the downside of left part；Corresponding upper left quarter stops wind
The upper inner of the window frame of valve right positions is equipped with upper left riser, in the top for corresponding to the window frame that upper right quarter stops air-valve leftward position
Side is equipped with upper right riser, upper sealing bed course during the lower end outside of upper left riser and upper right riser is mounted on, in upper sealing bed course
L-shaped or opening upwards U-shapeds；The lower inside of the window frame of position is equipped with middle riser between the only air-valve of corresponding two lower parts,
The middle lower seal pad layer in the U-shaped that Open Side Down is equipped with the outside of the upper end of middle riser.
8. according to the multifunctional wall-weather Energy Saving Windows described in claim 1 or 2 or 3 or 5 or 7, it is characterised in that corresponding upper right wind
Mouthful and the outer forms and window frame of bottom right tuyere position between and the inner window and window of corresponding upper left air port and lower-left tuyere position
Ventilation strainer is mounted between frame.
9. multifunctional wall-weather Energy Saving Windows according to claim 4, it is characterised in that corresponding upper right air port and bottom right air port
It is respectively mounted between the outer forms and window frame of position and between corresponding upper left air port and the inner window and window frame of lower-left tuyere position
There is ventilation strainer.
10. multifunctional wall-weather Energy Saving Windows according to claim 6, it is characterised in that corresponding upper right air port and bottom right air port
It is respectively mounted between the outer forms and window frame of position and between corresponding upper left air port and the inner window and window frame of lower-left tuyere position
There is ventilation strainer.
11. according to the multifunctional wall-weather Energy Saving Windows described in claim 1 or 2 or 3 or 5 or 7 or 9 or 10, it is characterised in that interior
Forms are double glazing forms, and outer forms are single-glass forms.
12. multifunctional wall-weather Energy Saving Windows according to claim 4, it is characterised in that inner window is double glazing forms,
Outer forms are single-glass forms.
13. multifunctional wall-weather Energy Saving Windows according to claim 6, it is characterised in that inner window is double glazing forms,
Outer forms are single-glass forms.
14. multifunctional wall-weather Energy Saving Windows according to claim 8, it is characterised in that inner window is double glazing forms,
Outer forms are single-glass forms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720984924.9U CN207315167U (en) | 2017-08-08 | 2017-08-08 | Multifunctional wall-weather Energy Saving Windows |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720984924.9U CN207315167U (en) | 2017-08-08 | 2017-08-08 | Multifunctional wall-weather Energy Saving Windows |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207315167U true CN207315167U (en) | 2018-05-04 |
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ID=62435080
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720984924.9U Expired - Fee Related CN207315167U (en) | 2017-08-08 | 2017-08-08 | Multifunctional wall-weather Energy Saving Windows |
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| Country | Link |
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| CN (1) | CN207315167U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313703A (en) * | 2017-08-08 | 2017-11-03 | 新疆大学 | Multifunctional wall-weather Energy Saving Windows and its application method |
-
2017
- 2017-08-08 CN CN201720984924.9U patent/CN207315167U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313703A (en) * | 2017-08-08 | 2017-11-03 | 新疆大学 | Multifunctional wall-weather Energy Saving Windows and its application method |
| CN107313703B (en) * | 2017-08-08 | 2023-02-10 | 新疆大学 | Multifunctional all-weather energy-saving window and use method thereof |
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