CN105275326B - Window, balcony air draught type solar energy room temperature lowering glass door - Google Patents
Window, balcony air draught type solar energy room temperature lowering glass door Download PDFInfo
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- CN105275326B CN105275326B CN201510740372.2A CN201510740372A CN105275326B CN 105275326 B CN105275326 B CN 105275326B CN 201510740372 A CN201510740372 A CN 201510740372A CN 105275326 B CN105275326 B CN 105275326B
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Abstract
Window of the present invention, balcony air draught type solar energy room temperature lowering glass door, for house window, balcony, it is characterised in that：Glass is outdoors in hall framework 1，It is provided with one or more unit glass doors 14 being made up of glass door 4 in the outer glass door 2 of a fan and a fan，And each glass door is double-layer glass structure，Double glazing space forms the insulating air chamber 16 for each preventing sun heat radiation from getting in，And be interconnected by conducting connection software 15，And induced-draught fan 5 and solar panel 6 are set above outer glass door glass outer 9，Each glass door inner layer glass is provided with air inlet 8，By air inlet 8、Insulating air chamber 16、Conducting connection software 15 constitutes air communication channel，By the rotation of induced-draught fan 5，Constantly draw、Discharge the air of insulating air chamber 16，Realize room temperature lowering，Benefited huge numbers of families，Its simple structure、Any energy is not consumed、Environmental protection、Health，In hot summer，It is refrigerant that people heartily can enjoy the summertime indoors.
Description
Technical field
The present invention is arranged on house window, balcony for one kind, is taken air draught type to make air flow using solar energy, is caused
Sun heat radiation can not get in, so as to realize the air draught type solar energy glass door of house indoor cooling, category building and the sun
Can field new invention.
Background technology
Hot summer, the difficult gear of heat, in hot summer, whether high buildings and large mansions or bottom building, with the sun,
Ball rotational angle is continually changing, and the glass door of window or balcony before and after its house is subjected in different time, to some extent
The insolation of the sun and/or steam radiation, make indoor generation high temperature, the people of inhabitation, simply just as living in stove, just
It is to use electric fan, its wind is also that steam is pressing, can only rely on the day and night that air-conditioning worries along whole summer.However, using empty
Adjust, not only consume electric resources, and easily induce various air conditioning diseases, to the healthy totally unfavorable of people, simultaneously because air-conditioning itself
Heat can be produced, many air-conditionings flock together, ambient temperature can raise again, form the vicious cycle of air conditioner heat.Therefore, the summer
Day can only be the temporary transient sweltering heat of money solution using air-conditioning temperature-reducing, be not long-term plan, to be made people really break away from heat indoors
Decoct, live in comfortable and healthy indoor environment, research and develop new room temperature lowering technology, put in face of people
Innovative goals.
The content of the invention
The present invention invents one kind and sets to overcome many defects that prior art is present using air-conditioning to summer room temperature lowering
Put on house window and/or balcony, reach the air draught type solar energy cooling glass door for realizing house indoor cooling, what which was taken
Technical scheme is：One kind is arranged on house window and/or balcony, is constituted the outdoor sun heat radiation of cut-off using double glazing and is entered
Enter the insulating air chamber of interior, air in insulating air chamber is drawn by the induced-draught fan that solar panel is powered and discharge room
Outward, window, the balcony air draught type solar energy cooling glass door of room temperature lowering are realized, mainly by glass hall framework outdoors, one or
Multiple unit glass doors being made up of outer glass door and interior glass door and constitute the solar panel of cooling system, induced-draught fan,
Conducting connection software, insulating air chamber composition, it is characterised in that：Glass in hall framework, is provided with one or more by one outdoors
The unit glass door of glass door composition in the outer glass door of fan and a fan, and the outer glass door and interior glass of each unit glass door
Door, constitutes double-layer glass structure by glass outer and inner layer glass, and double glazing space forms
The insulating air chamber for getting in, and by conducting connection software be interconnected, and by with the indoor outer glass door for connecting
The air stream of the air inlet and additional gas inlet composition each unit glass door below inner layer glass, interior glass door inner layer glass is all
Road, by arranging the induced-draught fan on the iron plate overlapped when outer glass door is closed with interior glass door, by solar panel
Power supply rotation, constantly draws, discharges the air of insulating air chamber, realize room temperature lowering；
Conducting connection software, is bonded in outer glass door inner layer glass and interior glass door outer layer glass with seccotine respectively by two pieces
Cushion matching surface on glass air guide port matches and connects composition.
Cushion, is made up of rubber or other soft materials with retractility, is machined with its center big with air guide port
Little equal cushion endoporus, and on two matching surface outer circular edges processing tapering inclined-plane.
Insulating air chamber, is formed by every glass outer of fan glass door and the space of inner layer glass double glazing, each list
The insulating air chamber of the insulating air chamber and interior glass door of the outer glass door of first glass door, by outer glass door inner layer glass and Nei Bo
Cushion on glass door glass outer air guide port match connection composition conducting connection software be connected.
Outer glass door, by double flute glass door frame, the outer glass door glass outer and outer glass door inner layer glass structure of setting
Into double glazing composition, formation insulating air chamber, and posts heat-insulated, rupture pressure disc on each layer glass in double glazing the space in；
Crosspiece is provided with above outer glass door glass outer, iron plate above crosspiece, is laid, in the ferrum of iron plate and interior glass door overlying one end
On plate, the inlet scoop corresponding with induced-draught fan ventilating duct and its screw hole and its screw hole are machined with, it is induced-draught fan is solid by screw
Surely it is arranged on the end iron plate, the other end of iron plate is provided with solar panel；Angle and suction on outer glass door inner layer glass one
Blower fan overlapping position, is machined with air guide port and one piece of cushion is pasted with air guide port, and another upper angle is machined with additional gas inlet, under
Side is machined with air inlet.
Interior glass door, by double flute glass door frame, the interior glass door glass outer and interior glass door inner layer glass structure of setting
Into double glazing composition, formation insulating air chamber, and posts heat-insulated, rupture pressure disc on each layer glass in double glazing the space in；
Interior glass door glass outer and angle on outer glass door overlapping, are machined with and are coincided with angle air guide port on outer glass door inner layer glass
Air guide port, and be adhesive with one piece of cushion, matched with the cushion on outer glass door inner layer glass by the cushion and be tightly connected,
The conducting that the outer glass door insulating air chamber of composition is connected with interior glass door insulating air chamber is connected software；In interior glass door internal layer
Glass is machined with additional gas inlet away from angle on induced-draught fan, and lower section is machined with air inlet.
Induced-draught fan adopts 12v DC voltages, according to the volume size of unit glass door 14, adapted 0.2A-0.8A electric currents,
The minisize dc blower fan of 2w-10w outputs, you can meet and require.
Solar panel, the single crystal silicon battery plate for selecting voltage, electric current and output and induced-draught fan to match；Together
When, in order in the hot weather for not having solar irradiation to shine, make interior still can be lowered the temperature, the electricity with induced-draught fan 5 is configured in addition
The household DC power supply adapter that pressure and output match；
Below the position of air inlet and shape, including outer glass door inner layer glass and interior glass door inner layer glass, or glass
Glass doorframe side, side, bottom and its how shape；So that constitute insulating air chamber connecting with interior, air flow passage is formed,
Solar panel on outer glass door glass outer iron plate is set, including being arranged on by the sun according to solarization time most long ground
Side；Induced-draught fan adopts 12v DC voltages, according to practical situation also including the exchange electric fan within 220v, 10w.
Using solar illuminating is utilized, the electric energy produced by solar panel is supplied to induced-draught fan to the present invention, makes air draught
Machine rotates, and constantly draws, discharges the air of insulating air chamber in double-layer glass door, so as to preventing, having separated sun heat radiation
To indoor conduction of heat, prevent the heat of the sun from getting in, reach and realize house indoor, utilized by window and/or balcony
Purpose of the solar energy to room temperature lowering, and any energy resource is not consumed, overcome prior art to adopt summer room temperature lowering
Many defects that air-conditioning is present, have developed a new room temperature lowering technology.It is environmentally friendly, economical, safe and healthy etc. with using
Advantage, be benefited huge numbers of families, in hot summer, makes people really break away from decocting for heat indoors, just as living in tall and big the moon
Under cool big tree, heartily enjoy the summertime the refrigerant of the Nature, lives in comfortable and healthy indoor environment.
Description of the drawings
Accompanying drawing 1 is population structure front schematic view；Wherein：A is front view, b top views；
Accompanying drawing 2 is outer structure of French casement figure；Wherein：A is front view, and b is left view, and c is top view；
Accompanying drawing 3 is interior structure of French casement figure, and wherein a is front view, and b is left view；C is top view
Accompanying drawing 4 is induced-draught fan device enlarged drawing, wherein：A is front view, and b is left view；
Accompanying drawing 5 is that inducing QI connects software cushion apparatus enlarged drawing, wherein：A is front view, and b is left view.
Drawing reference numeral explanation：
In accompanying drawing：1st, it is outer hall framework, 2, for outer glass door, 3, for air guide port, 4, for interior glass door, 5, for induced-draught fan,
6th, it is solar panel, 7, for pulley, 8, for air inlet, 9, for outer glass door glass outer, 10, for outer glass door internal layer glass
Glass, 11, for interior glass door glass outer, 12, for interior glass door inner layer glass, 9,11, for glass outer, 10,12, for internal layer glass
Glass, 13, for additional gas inlet, 14, for unit glass door, 15, for conducting connection software, 16, for insulating air chamber, 17, for glass
Glass doorframe, 18, for iron plate, 19, for crosspiece, 20, for inlet scoop, 21, for cushion, 22, for heat-insulating anti-explosion membrane, 23, for screw,
24th, it is induced-draught fan gas cylinder, 25, for cushion endoporus, 26, for cushion vertebra shape inclined-plane, 27, for matching surface.
Specific embodiment
Below in conjunction with the accompanying drawings present invention and its specific embodiment are described further：
One kind is arranged on house window and/or balcony, is constituted the outdoor sun heat radiation of cut-off using double glazing and is entered to enter the room
Air in insulating air chamber is drawn by the induced-draught fan that solar panel is powered and discharges outdoor by interior insulating air chamber, real
The window of existing room temperature lowering, balcony air draught type solar energy cooling glass door, mainly by glass hall framework 1 outdoors, one or more
By the outer glass door 2 and interior glass door 4 unit glass door 14 for constituting and the solar panel 6, induced-draught fan for constituting cooling system
5th, conducting connection software 15, insulating air chamber 16 are constituted, it is characterised in that：Glass in hall framework 1, is provided with one or many outdoors
The individual unit glass door 14 being made up of glass door 4 in the outer glass door 2 of a fan and a fan, and the outer glass door of each unit glass door
2 and interior glass door 4, double-layer glass structure is constituted by glass outer 9,11 and inner layer glass 10,12, double glazing space is formed
The insulating air chamber 16 for each preventing sun heat radiation from getting in, and be interconnected by conducting connection software 15, and lead to
Cross with the air inlet 8 below the indoor outer glass door inner layer glass 10 for connecting, interior glass door inner layer glass 12 and top away from leading
The air communication channel of the composition each unit of additional gas inlet 13 glass door 14 of QI KOU 3, by arranging in outer glass door 2 and interior glass
Induced-draught fan 5 on the iron plate 18 overlapped when cutting out of glass door 4 constantly draws, discharges the air of insulating air chamber 16, realizes
Room temperature lowering, the induced-draught fan 5 are powered rotation by solar panel 6；
Conducting connection software 15, is bonded in outer glass door inner layer glass 10 and interior glass outdoors with seccotine respectively by two pieces
Cushion 21 on layer 11 air guide port 3 of glass matches connection composition, by turning on connection software 15, realize outer glass door 2 it is interior every
Hot air chamber 16 is interconnected with insulating air chamber 16 in interior glass door 4.
Cushion 21, is made up of rubber or other soft materials with retractility, beneficial to the matching surface 27 of two cushions 21
When composition conducting connection software 15 is coincide with good sealing, and the center in each cushion 21 is machined with and inducing QI
3 equal-sized cushion endoporus 25 of mouth, constitute the insulating air chamber with the insulating air chamber 16 and interior glass door 4 of outer glass door 2
16 form connection, and on two matching surfaces, 27 outer circular edge processing tapering inclined-plane 26, to guarantee that glass door was being opened and closed
Cheng Zhong, protection of the cushion by taper inclined-plane 26, will not damage because mutually colliding.
Insulating air chamber 16, by glass outer 9,11 and inner layer glass 10, the space of 12 double glazings of every fan glass door
Formed, the insulating air chamber 16 of the outer glass door 2 and interior glass door 4 of each unit glass door 14, by outer glass door inner layer glass
10 with the cushion 21 on 11 air guide port 3 of inner layer glass door glass outer match connection composition conducting connection software 15 be connected
It is logical, form the heat sink of each unit glass door 14.
Outer glass door 2, by double flute glass door frame 17, the outer glass door glass outer 9 and outer glass door internal layer of setting
The double glazing composition that glass 10 is constituted；In double glazing space formed insulating air chamber 16, for make interior preferably obtain every
Heat drop gently prevents from rupturing because of glass, and whereabouts injures the generation of the accidents such as people by a crashing object, and heat-insulated, rupture pressure disc 22 is posted on each layer glass；
Crosspiece 19 is provided with above outer glass door glass outer 9, iron plate 18 is laid above crosspiece 19, in iron plate 18 and interior glass door 4
One end of overlapping iron plate 18, is machined with the inlet scoop 20 corresponding with ventilating duct on induced-draught fan 24 and its screw hole and screw
Hole, is fixedly installed on induced-draught fan 5 on the end iron plate by screw 23, and the other end of iron plate 18 is provided with solar panel 6；
On outer glass door inner layer glass 10 1, angle and 5 overlapping position of induced-draught fan, are machined with air guide port 3 and one piece are pasted with air guide port 3
Cushion 21；To make whole glass door lowering temperature uniform, optimal cooling-down effect is produced, on outer glass door inner layer glass 10 is another
Angle, is machined with additional gas inlet 13, meanwhile, to make, in temperature-fall period, to be drawn and discharge in outdoor insulating air chamber 16
Air, has other air to supplement air exchange, the flowing to be formed in insulating air chamber 16, below outer glass door inner layer glass 10
Or 17 lower section side or bottom of glass door frame, it is machined with the air inlet 8 that insulating air chamber 16 is connected with interior；
Interior glass door 4, by double flute glass door frame 17, the interior glass door glass outer 11 and interior glass door internal layer glass of setting
The double glazing composition that glass 12 is constituted；Insulating air chamber 16 is formed in double glazing space, to make interior preferably obtain heat-insulated
Lower the temperature and prevent to rupture because of glass, whereabouts injures the generation of the accidents such as people by a crashing object, and heat-insulated, rupture pressure disc 22 is posted on each layer glass；
Interior glass door glass outer 11 and angle on 2 overlapping of outer glass door, are machined with and angle air guide port 3 on outer glass door inner layer glass 10
The air guide port 3 for coinciding, and be pasted with one piece of cushion 25, by the cushion 21 on the cushion 25 and outer glass door inner layer glass 10
Match and be tightly connected, constitute the conducting company that outer 2 insulating air chamber 16 of glass door is connected with 4 insulating air chamber 16 of interior glass door
Connect software 15；To make whole glass door lowering temperature uniform, optimal cooling-down effect is produced, in interior glass door inner layer glass 12 away from this
Angle on inner layer glass air guide port 3 one, is machined with additional gas inlet 13, meanwhile, to make, in temperature-fall period, to be drawn discharge outdoor
Insulating air chamber in 16 air, have other air supplement to be formed in insulating air chamber 16 air exchange, flowing, in interior glass
Below glass door inner layer glass 12 or 17 lower section side or bottom of glass door frame, insulating air chamber 16 is machined with entering that interior connects
QI KOU 8；
Induced-draught fan 5, using 12v DC voltages, conventionally, the bigger air draught power of the power of induced-draught fan is bigger, cooling-down effect is got over
It is good, but the thickness of the volume according to insulating air chamber 16, insulating air chamber and the heat-insulated, heat-proof quality of rupture pressure disc 22, in unit
In time, sun heat radiation is through the factor such as the time required to insulating air chamber, according to the volume size of unit glass door 14, typically
The minisize dc blower fan of adapted 0.2A-0.8A electric currents, 2w-10w outputs, you can meet and require；
Solar panel 6, the single crystal silicon battery plate for selecting voltage, electric current and output and induced-draught fan 5 to match, together
When, in order in the hot weather for not having solar irradiation to shine, make interior still can be lowered the temperature, the electricity with induced-draught fan 5 is configured in addition
The household DC power supply adapter that pressure and output match；
2 bottom device pulley 7 of interior glass door 4 and outer glass door, respectively land outside before and after 1 bottom of hall framework on track,
The open and close for realizing glass door are promoted with left and right, glass door when need not lowering the temperature indoors, is opened, interior needs drop
Glass door is closed when warm, in off position under, the outer glass door 2 and interior glass door 4 of each unit glass door 14 it is adjacent
Some is overlapped on side, above overlapping, arranges the outer glass door inner layer glass 10 and interior glass door in outer glass door 2
The matching surface 27 of the cushion 21 on 4 glass outer 11 on two air guide ports 3 matches, and constitutes the two of each unit glass door 14
Individual insulating air chamber 16, by air inlet, additional gas inlet and conducting connection software 15 and indoor formation air flow passage.
During use, the glass door of window and/or balcony is shut, when the sun is according to shining to window and/or balcony, due to each list
The glass outer 9,11 of the outer glass door 2 and interior glass door 4 of first glass door 14 is directly contacted with solar irradiation in outdoor, each
The air in two insulating air chambers 16 in unit glass door 14, prevents sun heat radiation to get in the very first time,
Meanwhile, the solar panel 6 above outer glass door glass outer 9 is set, and electric energy, band is produced at once in the case where the sun is according to solarization
Dynamic induced-draught fan 5 rotates, due to glass door in off position under, the insulating air chamber 16 and outer glass door 2 of interior glass door 4 it is heat-insulated
Air chamber 16, is connected by turning on connection software 15, the induced-draught fan 5 being rotating, while to 14 outer glass of each unit glass door
Air in door 2 and 4 insulating air chamber 16 of interior glass door produces suction, and the air in each insulating air chamber 16 is not also able to do in time
Be heated just to be suctioned out by induced-draught fan 5 and send outdoor, as induced-draught fan constantly rotates, induced-draught fan continuously draws, discharge every
Air in hot air chamber 16, room air pass through air inlet 8 and additional gas inlet 13, add to insulating air chamber 16, outdoor
The air of shady place adds to interior, so goes round and begins again, and constantly forms new air and flows through from insulating air chamber 16, makes the sun
Heat radiation loses fixed heat-conduction medium in insulating air chamber 16, and can not get in, and so as to play heat-blocking action, realizes
Room temperature lowering.
By obtaining to first time model experiment of the invention, under identical test environment state, cooling measure is provided without
Temperature be 34.5 degree, adopt the temperature of cooling measure for 30.2 degree, its cooling extent be 4.3 degree.Wherein exist such as model
Closet is entirely exposed to the sun under the sun, its closet indoor environment temperature, naturally can be higher than the ambient temperature of actual house indoor
Etc. series of factors, it is contemplated that, actual house cooling is applied to, its cooling extent is up to 5-6 degree.
In actual use：For the installation site of solar panel 6, the solar irradiation time is preferably mounted at
Better where longer, the household DC power supply matched with the voltage and output of induced-draught fan 5 with reference to adapted configuration is matched
Device power supply, it is better, as such, it is possible to realize room temperature lowering in whole day section.
The present invention using by house window and balcony, by the outer glass door 2 and interior glass door 4 of each unit glass door 14,
It is arranged to double glazing, makes double glazing space, forming prevention or separating sun heat radiation causes interior to indoor conduction of heat
Produce high temperature, and be interconnected by conducting connection software 15 and the air inlet 8 by inside and outside glass door inner layer glass 10,12 with
The insulating air chamber 16 of indoor connection；By arrange solar panel 6 on 9 top iron plate 18 of outer glass door glass outer,
The induced-draught fan 5 with 4 overlapping of interior glass door is driven to rotate, the technology of the air constantly draw, discharged insulating air chamber 16 is arranged
Apply, realize room temperature lowering.It utilizes solar energy, does not consume any energy resource, overcomes prior art to adopt summer room temperature lowering
The many defects existed with air-conditioning, have developed a new room temperature lowering technology.It is environmentally friendly, economical, safe and healthy with using
The advantages of, be benefited huge numbers of families, in hot summer, makes people really break away from decocting for heat indoors, tall and big just as living in
Under shady and cool big tree, heartily enjoy the summertime the refrigerant of the Nature, lives in comfortable and healthy indoor environment.
Present configuration is simple, and raw material is common, as long as give on the basis of original window, example balcony glazings door improving,
Can be achieved, processing and fabricating is easily achieved, be widely used in cities and towns high buildings and large mansions, the newly-built and existing apartment of rural house owed by a citizen and change
Make, huge numbers of families are required for, with high economic and social benefit, be worthy of popularization.
Claims (8)
1. a kind of window, balcony air draught type solar energy cooling glass door, mainly by glass hall framework (1) outdoors, one or more
The unit glass door (14) being made up of outer glass door (2) and interior glass door (4) and the solar panel for constituting cooling system
(6), induced-draught fan (5), conducting connection software (15), insulating air chamber (16) composition, it is characterised in that：Glass hall framework outdoors
(1) one or more unit glass doors (14) being made up of glass door (4) in the outer glass door (2) of a fan and a fan are provided with,
And the outer glass door (2) and interior glass door (4) of each unit glass door, by glass outer (9,11) and inner layer glass (10,
12) double-layer glass structure is constituted, double glazing space forms the insulating air chamber for each preventing sun heat radiation from getting in
(16), and by conducting connection software (15) be interconnected, and by with the indoor outer glass door inner layer glass (10) for connecting,
Air inlet (8) and top below interior glass door inner layer glass (12) is each away from additional gas inlet (13) composition of air guide port (3)
The air communication channel of unit glass door (14), it is overlapped when outer glass door (2) is closed with interior glass door (4) by arranging
Iron plate (18) on induced-draught fan (5) constantly draw, discharge the air of insulating air chamber (16), realize room temperature lowering, it is described
Induced-draught fan (5) is rotated by solar panel (6) power supply.
2. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Conducting connection is soft
Part (15), is respectively adhered on outer glass door inner layer glass (10) and interior glass door glass outer (11) inducing QI with seccotine by two pieces
Cushion (21) on mouth (3) matches and connects composition.
3. window as described in claim 2, balcony air draught type solar energy cooling glass door, it is characterised in that：Cushion (21), by
Rubber or other soft materials with retractility are made, and are machined with its center and the equal-sized cushion of air guide port (3)
Endoporus (25), and in two matching surfaces (27) outer circular edge processing tapering inclined-plane (26).
4. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Insulating air chamber
(16), formed by every glass outer (9,11) of fan glass door and the space of inner layer glass (10,12) double glazing, each unit
The insulating air chamber (16) of the outer glass door (2) and interior glass door (4) of glass door (14), by glass outer door inner layer glass (10)
Match with the cushion (21) on inner layer glass door glass outer (11) air guide port (3) and connect conducting connection software (15) of composition
It is connected.
5. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Outer glass door
(2), it is made up of the outer glass door glass outer (9) and outer glass door inner layer glass (10) that arrange in double flute glass door frame (17)
Double glazing is constituted, and forms insulating air chamber (16), and post heat-insulated, rupture pressure disc on each layer glass in double glazing space
(22)；Crosspiece (19) is provided with above outer glass door glass outer (9), iron plate (18) is laid above crosspiece (19), on iron plate
(18), on overlap with interior glass door (4) iron plate (18) one end, it is machined with relative with induced-draught fan ventilating duct (24) and its screw hole
The inlet scoop (20) answered and its screw hole, are fixedly installed on induced-draught fan (5) on the end iron plate by screw (23), iron plate (18)
The other end is provided with solar panel (6)；Angle and induced-draught fan (5) overlapping position, processing on outer glass door inner layer glass (10)
There is air guide port (3) and one piece of cushion (21) is pasted with air guide port (3), another upper angle is machined with additional gas inlet (13), under
Side is machined with air inlet (8).
6. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Interior glass door
(4), it is made up of the interior glass door glass outer (11) and interior glass door inner layer glass (12) that arrange in double flute glass door frame (17)
Double glazing composition, formation insulating air chamber (16), and posts heat-insulated, explosion-proof on each layer glass in double glazing the space in
Film (22)；Interior glass door glass outer (11) and angle on outer glass door (2) overlapping, are machined with and outer glass door inner layer glass
(10) air guide port (3) that angle air guide port 3 coincides on, and one piece of cushion (21) is adhesive with, by the cushion (21) and outer glass
Cushion (21) on door inner layer glass (10) matches and is tightly connected, and constitutes outer glass door (2) insulating air chamber (16) and interior glass
Conducting connection software (15) that glass door (4) insulating air chamber (16) is connected；In interior glass door inner layer glass (12) away from air draught
On machine (5), angle is machined with additional gas inlet (13), and lower section is machined with air inlet (8).
7. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Induced-draught fan (5),
Using 12v DC voltages according to the volume size of unit glass door (14), adapted 0.2A-0.8A electric currents, 2w-10w outputs
Minisize dc blower fan.
8. window as described in claim 1, balcony air draught type solar energy cooling glass door, it is characterised in that：Solaode
Plate (6), the single crystal silicon battery plate for selecting voltage, electric current and output and induced-draught fan (5) to match, while also configuring direct current
The domestic power supply adapter of 12v.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510740372.2A CN105275326B (en) | 2015-10-28 | 2015-10-28 | Window, balcony air draught type solar energy room temperature lowering glass door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510740372.2A CN105275326B (en) | 2015-10-28 | 2015-10-28 | Window, balcony air draught type solar energy room temperature lowering glass door |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105275326A CN105275326A (en) | 2016-01-27 |
| CN105275326B true CN105275326B (en) | 2017-03-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510740372.2A Expired - Fee Related CN105275326B (en) | 2015-10-28 | 2015-10-28 | Window, balcony air draught type solar energy room temperature lowering glass door |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106014152B (en) * | 2016-08-03 | 2018-03-30 | 安徽卡塔门窗有限公司 | A kind of heat-insulation window |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE20116802U1 (en) * | 2001-10-17 | 2003-03-06 | Falk Robert | glass front |
| CN204238776U (en) * | 2014-10-28 | 2015-04-01 | 戚荣生 | Energy saving and environment friendly heating air conditioning window |
| CN104695818A (en) * | 2015-01-18 | 2015-06-10 | 占行波 | Solar cooling glass |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20120318475A1 (en) * | 2009-05-28 | 2012-12-20 | Michael Glover | Building Energy System |
| WO2014026268A1 (en) * | 2012-08-11 | 2014-02-20 | Michael Glover | Energy efficient fenestration assembly |
-
2015
- 2015-10-28 CN CN201510740372.2A patent/CN105275326B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE20116802U1 (en) * | 2001-10-17 | 2003-03-06 | Falk Robert | glass front |
| CN204238776U (en) * | 2014-10-28 | 2015-04-01 | 戚荣生 | Energy saving and environment friendly heating air conditioning window |
| CN104695818A (en) * | 2015-01-18 | 2015-06-10 | 占行波 | Solar cooling glass |
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| CN105275326A (en) | 2016-01-27 |
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