CN105350683A - House external wall air-suction type solar indoor cooling device - Google Patents
House external wall air-suction type solar indoor cooling device Download PDFInfo
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- CN105350683A CN105350683A CN201510827470.XA CN201510827470A CN105350683A CN 105350683 A CN105350683 A CN 105350683A CN 201510827470 A CN201510827470 A CN 201510827470A CN 105350683 A CN105350683 A CN 105350683A
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- heat
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- external wall
- house
- isolation layer
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
- Y02A30/27—Relating to heating, ventilation or air conditioning [HVAC] technologies
- Y02A30/272—Solar heating or cooling
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
Abstract
The invention relates to a house external wall air-suction type solar indoor cooling device which achieves a novel solar energy utilization mode for an external wall of a house to achieve indoor cooling. The house external wall air-suction type solar indoor cooling device is characterized in that air in a heat insulation layer 1 arranged on the external wall 15 of the house is adopted to be communicated with indoor air, no energy resources are consumed, a solar cell panel 8 serves as a power supply for rotation of an air suction fan 6, the air in the heat insulation layer is constantly absorbed and exhausted through rotation of the air suction fan 6 to form constant exchange and flow of the air in the whole heat insulation layer from bottom to top, solar heat radiation has no chance to heat air in the heat insulation layer 1, and thus a heat conduction medium is lost, so that the effect of blocking the heat conduction effect of solar heat radiation on a wall body of the external wall 15 is achieved, indoor cooling is achieved, the defect that an air conditioner is adopted for cooling in the prior art, and the human body health is influenced is overcome, and the blank that the heat insulation layer is arranged on the external wall of the house and solar energy is used for achieving indoor cooling home and abroad is filled up.
Description
Art
The present invention utilizes solar energy for a kind of at external wall of house, realizes the external wall of house air draught type indoor colar cooling apparatus of room temperature lowering, belongs to Solar use new invention.
Background technology
In the summer of sweltering heat, no matter be high buildings and large mansions or bottom building, its external wall of house the sun insolation and or hot gas radiation under, strong ultraviolet and hot gas are transmitted to indoor by exterior wall, make indoor generation high temperature, live in indoor people, simply just as living in stove, use electric fan exactly, its wind is also hot, can only rely on the day and night that air-conditioning worries along whole summer.But using air-condition, not only consumes electric resources, and easily bring out multiple air conditioner disease, totally unfavorable to the health of people.At the strong sun according under shining, why under shade and lucifuge shady place can special wool-like fabric, reason is very simple, and that is because be not subject to the direct according to solarization of sunshine.So, house indoor is not subject to the direct according to shining of sunshine, why so hot again, do not have the sun still so hot to evening exactly, reason is because exterior wall (particularly brick structure) is heat carrier, again heat storage body simultaneously, when shining solarization by sunlight, exterior wall is shone heat by its heat, the exterior wall heat shone after heat is dispersed into indoor, mutually conducted by room air again, simultaneously, exterior wall is heated, just equal heat storage in body of wall, wait there is no sunlight according to when shining, the heat be stored in body of wall is dispersed into indoor at leisure, so just cause extremely hot phenomenon indoor day and night.Have found the reason causing Indoor Thermal summer, its arch-criminal by the sun according to shine to exterior wall (also comprise the window, balcony and or the roof that there are direct correlation with these indoor) simultaneously.Therefore, managing to stop being heated of sun External Wall, cut off solar heat to the heat transfer of indoor, is realize the summer in sweltering heat, the desirable route that people live in the shady and cool comfortable and healthy indoor environment of indoor enjoyment, but prior art so far the whole world be yet blank.
Summary of the invention
The present invention overcomes prior art adopts air-conditioning existence many defects to room temperature lowering in summer, invents one and is arranged on external wall of house, solar energy is utilized to produce power, make outer surface of wall produce air flowing, reach and cut off sun heat radiation by outer wall body this part heat transfer to indoor, realize the external wall of house air draught type indoor colar cooling apparatus of house indoor cooling, its technical scheme taked is: a kind of external wall of house air draught type indoor colar cooling apparatus, primarily of being arranged on outer surface of wall, forms the upper horizontal stripe of insulating portion isolation layer, bottom crossband, edge strip, intermediate parting strips, rinforcement bar, the suction fan of hot baffle and air draught part, solar panel forms, and it is characterized in that: external wall of house metope is provided with the isolation layer sealed with the external world, and by several separate unit heat-insulating rooms arranged in isolation layer and middle heat-insulating room, and it is mutually through by blow vent above each unit heat-insulating room and middle heat-insulating room, below is sealing mutually, and below forms air communication channel by respective air inlet port with indoor connection, constantly rotated by suction fan fan blade, draw, discharge the air in each unit heat-insulating room and middle heat-insulating room in isolation layer, form the exchange that in whole isolation layer, air does not stop, flowing, makes sun heat radiation have no chance to the air heats in isolation layer, and loses heat-conduction medium, thus cut off the heat transfer of sun heat radiation External Wall body of wall, realize room temperature lowering,
Isolation layer, the circle be made up of the upper horizontal stripe be arranged on outer surface of wall, bottom crossband and both sides edge strip, by needing on the spot in circle, uniform vertical is distributed with some intermediate parting strips, the hot baffle that the step surface of every bar intermediate parting strips and adjacent edge strip or intermediate parting strips, upper horizontal stripe and bottom crossband is laid, to be formed form several with the extraneous space sealed independently unit heat-insulating room and a centre heat-insulating room form with outer surface of wall;
Each unit heat-insulating room middle position, for guaranteeing the firmly stable of hot baffle, be equipped with a rinforcement bar shorter and smaller than intermediate parting strips, above each unit heat-insulating room intermediate parting strips, be provided with the blow vent 7 mutually through with middle heat-insulating room, below and bottom crossband to seal, and body of wall below each unit heat-insulating room, is provided with each unit heat-insulating room and the indoor air inlet port be communicated with;
Above middle heat-insulating room, flow evenly for making the air produced in whole isolation layer, obtain best cooling-down effect, be provided with choke crosspiece and an air vent thereof, above choke crosspiece on hot baffle, be processed with and the air entry of the equal size of suction fan ventilating duct and screw hole thereof, by screw, suction fan be fixed on this screw hole, the blow vent above air entry and each unit heat-insulating room, the air inlet port of below and the indoor air flow passage formed in isolation layer from bottom to top;
Upper horizontal stripe, bottom crossband, with both sides edge strip and intermediate parting strips, reinforcing rib makes strip shape by through the anticorrosive wood of preservative treatment or plastics, wherein: upper horizontal stripe, bottom crossband, and edge strip, be processed in its front and have L shape limit step and step surface, intermediate parting strips front is processed into and is had intermediate step and left and right step surface, plane is processed in reinforcing rib front, its middle step width is 2 times of limit step, highly equal, the width of each step surface is equal, and be 2 times of reinforcing rib plane, each step surface is equal with the thickness of reinforcing rib plane, and at each step surface, reinforcing rib uniform plane is processed with several screw hole penetrated with bottom, cement mortar is coated bottom separately, by self-tapping screw through this screw hole, be fixed on exterior wall with corresponding plastic plug in body of wall, under, left, right hand edge and metope appropriate location, form whole isolation layer external frame and each unit heat-insulating room framework,
Insulating board, direct relation is had according to the cooling-down effect of its heat conductivility to indoor generation, therefore, the material adopted from heat conductivility, the consideration standing the aspect such as burn into price, safety of exposing to the sun and rain, will adopt woodwork or sheet plastic, its low price, poor thermal conductivity, but woodwork is perishable, the easy fragmentation of plastic products, application life is short; Adopt plastic-steel or stainless sheet steel, it is expensive; Adopt ceramic tile, easily broken dangerous; Adopt metal plastic-blasting iron sheet or rustless galvanized sheet, anti-corrosive properties are good, low price, use safety, but thermal conductivity is good, and unfavorable to cooling, need the suction fan of adapted relatively high power comparatively speaking, the flowing velocity strengthening its air just can be overcome; Select to adopt metal plastic-blasting iron sheet or rustless galvanized sheet, be processed into equal with two step planes in each unit heat-insulating room framework and span width thereof, length is spliced by one or more pieces, and in each unit heat-insulating room framework step surface and plane, coat gasket coating and be fixed in each step surface and rinforcement bar plane by the little self-tapping screw of tack;
Suction fan, according to the heat-proof quality of the air volume in isolation layer, insulating board, in the factor choose reasonable such as exhaust air rate of unit interval sun heat radiation through isolation layer required time and suction fan, adopts motor to be the minisize dc blower fan of 12v DC voltage, 0.5-1A electric current, 6-12w power output;
Solar panel selects the single crystal silicon battery plate matched with suction fan, and is fixed on any place of insulating board or other solar irradiation time length.
The present invention's employing is arranged on the air in the isolation layer on external wall of house, with ambient air, solar panel is utilized to rotate as suction fan power supply, constantly drawn by suction fan, discharge the air in isolation layer, form the exchange that in whole isolation layer, air does not stop, flowing, sun heat radiation is made to have no chance to the air heats in isolation layer, and lose heat-conduction medium, thus play the heat conducting effect cutting off sun heat radiation External Wall body of wall, reach and realize room temperature lowering, overcome many defects that prior art adopts air-conditioning to exist to room temperature lowering in summer, fill up and utilized solar energy to realize the blank of room temperature lowering both at home and abroad,
Accompanying drawing explanation
Accompanying drawing 1 is isolation layer general structure principle schematic, and wherein: a is front view, b is A-A sectional drawing, and c is B-B sectional drawing;
Accompanying drawing 2 is monomer heat-insulating room structure principle chart, and wherein: a is front view, b is left view, and c is A-A sectional view;
Accompanying drawing 3 is intermediate monomer heat-insulating room structure principle chart, and wherein a is front view, and b is left view; C is A-A sectional view;
Accompanying drawing 4 is the sectional view of upper horizontal stripe, bottom crossband, edge strip and intermediate parting strips, rinforcement bar, and wherein: a is the sectional view of upper horizontal stripe, bottom crossband, edge strip, b is intermediate parting strips sectional view, and c is rinforcement bar sectional view.
Drawing reference numeral illustrates:
In accompanying drawing: 1, for isolation layer, 2, for unit heat-insulating room, 2 ' is middle heat-insulating room, 3, for intermediate parting strips, 4, for upper horizontal stripe, 5, for air entry, 6, for suction fan, 7, for blow vent, 8, for solar panel, 9, for choke crosspiece, 10, for bottom crossband, 11, for air inlet port, 12, for edge strip, 13, for rinforcement bar, 14, for hot baffle, 15, for exterior wall, 16, for screw, 17, for motor, 18, for fan blade, 19, for tack self-tapping screw, 20, for cement mortar, 21, for gasket coating, 22, for unit heat-insulating room, 23, for plastic plug, 24, for the little self-tapping screw of tack, 25, for limit step, 26, for intermediate step, 27, for ventilating duct, 28, for base, 29, for screw hole, 30, for step surface, 31, for plane.
Specific embodiment
Below in conjunction with accompanying drawing, content of the present invention and specific embodiments thereof are described further:
A kind of external wall of house air draught type indoor colar cooling apparatus, primarily of being arranged on exterior wall 15 metope, form the upper horizontal stripe 4 of insulating portion isolation layer 1, bottom crossband 10, edge strip 12, intermediate parting strips 3, rinforcement bar 13, the suction fan 6 of hot baffle 14 and air draught part, solar panel 8 forms, and it is characterized in that: external wall of house 15 metope is provided with the isolation layer 1 sealed with the external world, and by several separate unit heat-insulating rooms 2 arranged in isolation layer 1 and middle heat-insulating room 2 ', and each unit heat-insulating room 2 and middle heat-insulating room 2 ' top mutually through by blow vent 7, below is sealing mutually, and below forms air communication channel by respective air inlet port 11 with indoor connection, constantly rotated by suction fan 6 fan blade 18, draw, discharge the air that each unit heat-insulating room 2 and middle heat-insulating room 2 ' in isolation layer 1 are interior, form the exchange that in whole isolation layer 1, air does not stop from bottom to top, flowing, makes sun heat radiation have no chance to the air heats in isolation layer 1, and loses heat-conduction medium, thus cut off the heat transfer of sun heat radiation External Wall 15 body of wall, realize room temperature lowering,
Isolation layer 1, the circle be made up of the upper horizontal stripe 4 be arranged on exterior wall 15 metope, bottom crossband 10 and both sides edge strip 12, by needing on the spot in circle, uniform vertical is distributed with some intermediate parting strips 3, the hot baffle 14 that the plane of the step surface 30 of every bar intermediate parting strips 3 and adjacent edge strip 12 or intermediate parting strips 3, upper horizontal stripe 4 and bottom crossband 10 is laid, to be formed form several with the extraneous space sealed independently unit heat-insulating room 2 and a middle heat-insulating room 2 ' form with exterior wall 15 metope;
Each unit heat-insulating room 2 middle position, for guaranteeing the firmly stable of hot baffle 14, be equipped with a rinforcement bar 13 shorter and smaller than intermediate parting strips 3, above each unit heat-insulating room intermediate parting strips 3, be provided with the blow vent 7 mutually through with middle heat-insulating room 2 ', below and bottom crossband 10 to seal, and body of wall below each unit heat-insulating room 2, is provided with each unit heat-insulating room 2 and middle heat-insulating room 2 ' and the indoor air inlet port 11 be communicated with;
Middle heat-insulating room 2 ' top, for making the even best cooling-down effect of air flowing produced in whole isolation layer 1, be provided with a choke crosspiece 9 and air vent 7 thereof, above choke crosspiece 9 on hot baffle 14, be processed with and the air entry 5 of the equal size of suction fan 6 ventilating duct 27 and screw hole thereof, by screw 16, suction fan 6 be fixed on this screw hole; Air entry 5 and each unit heat-insulating room 2 and the blow vent 7 of middle heat-insulating room 2 ' top, the air inlet port 11 of below and the indoor air flow passage formed in isolation layer 1 from bottom to top;
Upper horizontal stripe 4, bottom crossband 10, with both sides edge strip 12 and intermediate parting strips 3, reinforcing rib 13 makes strip shape by through the anticorrosive wood of preservative treatment or plastics, wherein: upper horizontal stripe 4, bottom crossband 10, with edge strip 12, be processed into have L shape limit step 25 and step surface 30 in its front, intermediate parting strips 3 front is processed into and is had intermediate step 26 and left and right step surface 30, and plane 31 is processed in reinforcing rib 13 front, and its intermediate step 26 width is 2 times of limit step 25, highly equal, the width of each step surface 30 is equal and be 2 times of reinforcing rib plane 31, and each step surface 30 is equal with the thickness of reinforcing rib plane 31, and at each step surface 30, reinforcing rib plane 31 is evenly processed with several screw hole 29 penetrated with bottom 28, and bottom separately, 28 coat cement mortar 20, by self-tapping screw 19 through this screw hole 29, be fixed on exterior wall 15 with corresponding plastic plug 23 in body of wall, under, left, right hand edge and metope appropriate location, form whole isolation layer external frame and each unit heat-insulating room framework,
Insulating board 14, direct relation is had according to the cooling-down effect of its heat conductivility to indoor generation, therefore, the material adopted from heat conductivility, the consideration standing the aspect such as burn into price, safety of exposing to the sun and rain, will adopt woodwork or sheet plastic, its low price, poor thermal conductivity, but woodwork is perishable, the easy fragmentation of plastic products, application life is short; Adopt plastic-steel or stainless sheet steel, it is expensive; Adopt ceramic tile, easily broken dangerous; Adopt metal plastic-blasting iron sheet or rustless galvanized sheet, anti-corrosive properties are good, low price, use safety, but thermal conductivity is good, and unfavorable to cooling, need the suction fan of adapted relatively high power comparatively speaking, the flowing velocity strengthening its air just can be overcome; Select to adopt metal plastic-blasting iron sheet or rustless galvanized sheet, be processed into equal with two step surfaces 30 in each unit heat-insulating room 2 framework and span width thereof, length is spliced by one or more pieces, and on each unit heat-insulating room framework step surface 30 and plane 31 surface, coat gasket coating 21, be fixed in each step surface 30 and rinforcement bar plane 31 by the little self-tapping screw of tack 24;
Suction fan 6, according to the heat-proof quality of the air volume in isolation layer 1, insulating board 14, in the factor choose reasonable such as exhaust air rate of unit interval sun heat radiation through isolation layer 1 required time and suction fan 6, adopts motor 17 to be the minisize dc blower fan of 12v DC voltage, 0.5-1A electric current, 6-12w power output;
Solar panel 8 selects the single crystal silicon battery plate matched with suction fan 6, and is fixed on any place of insulating board 14 or other solar irradiation time length.
During use, when the sun is according to when shining to the isolation layer 1 be arranged on external wall of house 15, simultaneously, be arranged on the solar panel 8 in the place of isolation layer 1 or other solar irradiation time length, at once electric energy is produced under the photograph of the sun shines, suction fan 6 is driven to rotate, due to each unit heat-insulating room 2 and middle heat-insulating room 2 ' in isolation layer 1, be interconnected by blow vent 7 and seal with the external world, again owing to mutually sealing below each heat-insulating room, and have and be arranged on middle heat-insulating room 2 ' top by respective air inlet port 11 and indoor connected sum suction fan 6, form air flow passage from bottom to top in each heat-insulating room, along with suction fan 6 motor 17 fan blade 18 continuously rotates, fan blade 18 is just repeatedly constantly by the air drawn in each heat-insulating room, outside discharge chamber, and constantly add to each heat-insulating room repeatedly by room air, do not shone again the air of the shady place shone by the sun by another direction outdoor, add to indoor, so go round and begin again, so just form the continuous exchange of air in whole isolation layer 1, regular flowing from bottom to top, cause the air in each heat-insulating room, also not being able to do in time is heated by sun heat radiation is just sent outdoor by suction fan 5 sucking-off, sun heat radiation is made to lose fixing heat-conduction medium in isolation layer 1, thus cut off being heated of sun heat radiation External Wall 15 body of wall, and its heat can not be made to enter indoor, thus make isolation layer 1 play the heat-blocking action of External Wall 15 body of wall, achieve room temperature lowering.
In actual applications: according to exterior wall 15 metope width size, one or more isolation layer 1 is set and realizes room temperature lowering; Connect in same building levels which floor or the whole building building that lead, also can adopt and use high-power suction fan 6, arrange one or more from low layer to high level or the public use of isolation layer 1 that arranges to top cross flat raft from bottom, realize room temperature lowering; Form unit heat-insulating room 2 and middle heat-insulating room 2 ' and the air inlet port 11 below indoor exterior wall 15 body of wall be communicated with, for avoiding the difficulty of processing gas inlet mouth 11 on body of wall and keeping body of wall attractive in appearance, also air inlet port 11 can be arranged on below unit heat-insulating room 2 and middle heat-insulating room 2 ' hot baffle 14, as long as the air flowing had from bottom to top can be formed in isolation layer 1, isolation layer 1 can be made equally to have heat-blocking action, only under equal conditions its effect of heat insulation can be slightly poorer, but also can be resolved by strengthening suction fan 6.
The present invention have found the reason causing Indoor Thermal summer, a part is because the heat transfer of external wall of house 15 and thermmal storage cause, employing is arranged on the air in the isolation layer 1 on external wall of house 15, with ambient air, solar panel 8 is utilized to rotate as suction fan 6 power supply, constantly drawn by suction fan 6, discharge the air in isolation layer, form the exchange that in whole isolation layer, air does not stop, flowing, sun heat radiation is made to have no chance to the air heats in isolation layer 1, and lose heat-conduction medium, thus play the heat conducting effect cutting off sun heat radiation External Wall 15 body of wall, cut off solar heat by exterior wall 15 body of wall to this part heat of the heat transfer of indoor, reach and realize room temperature lowering.Overcoming prior art adopts air-conditioning temperature-reducing to there is many unsound cool-down method defects to room temperature lowering in summer, achieve and stop being heated of sun External Wall 15, cut off solar heat to the heat transfer of indoor, do not consume any energy resources, utilize solar energy to reach and realize room temperature lowering, break away from decocting of heat in summer, in the summer of sweltering heat, people can to realize indoor, as under shade or lucifuge shady place, enjoying in the indoor environment of natural cool and comfortable and health and living.Fill up domestic and international employing arrange isolation layer at external wall of house and utilize solar energy to realize the blank of room temperature lowering;
Structure of the present invention is simple, raw material are common, as long as increase on the exterior wall in former house and arrange isolation layer and suction fan, can be achieved, processing and fabricating is easy to realize, and be widely used in the newly-built and existing apartment transformation of cities and towns high buildings and large mansions, rural house owed by a citizen, be benefited huge numbers of families, there is high economic worth and social benefit, be worthy of popularization.
Claims (8)
1. an external wall of house air draught type indoor colar cooling apparatus, primarily of being arranged on exterior wall (15) metope, form the upper horizontal stripe (4) of insulating portion isolation layer (1), bottom crossband (10), edge strip (12), intermediate parting strips (3), rinforcement bar (13), the suction fan (6) of hot baffle (14) and air draught part, solar panel (8) forms, it is characterized in that: external wall of house (15) metope is provided with the isolation layer (1) sealed with the external world, and by several separate unit heat-insulating room (2) and middle heat-insulating rooms (2 ') of arranging in isolation layer (1), and top is mutually through by blow vent (7) separately, below mutually sealing is communicated with indoor or outdoors with air inlet port (11), form air communication channel, constantly rotated by suction fan (6), draw, discharge the air in the interior each unit heat-insulating room (2) of isolation layer (1) and middle heat-insulating room (2 '), formed in isolation layer (1), the exchange that air does not stop, flowing and cut off the heat transfer of sun heat radiation External Wall (15) body of wall, realize room temperature lowering.
2. by external wall of house air draught type indoor colar cooling apparatus according to claim 1, it is characterized in that: isolation layer (1), by the upper horizontal stripe (4) be arranged on exterior wall (15) metope, bottom crossband (10), with the circle that both sides edge strip (12) forms, by needing on the spot in circle, uniform vertical is distributed with some intermediate parting strips (3), every bar intermediate parting strips (3) and adjacent edge strip (12) or intermediate parting strips (3), the upper hot baffle (14) laid of step surface (30) of upper horizontal stripe (4) and bottom crossband (10), the space that exterior wall (15) metope is formed and the external world seals forms several, and independently unit heat-insulating room (2) and a middle heat-insulating room (2 ') form.
3. by the external wall of house air draught type indoor colar cooling apparatus described in claim 1 or 2, it is characterized in that: heat-insulating room (2 ') in the middle of each unit heat-insulating room (2), middle position, is equipped with a rinforcement bar (13) shorter and smaller than intermediate parting strips (3); Every bar intermediate parting strips (3) below seals with bottom crossband (10), top is provided with mutually through blow vent (7), and in its exterior wall (15) body of wall or hot baffle (14) below, be provided with the air inlet port (11) that each unit heat-insulating room (2) is communicated with indoor or outdoors with middle heat-insulating room (2 ').
4. by the external wall of house air draught type indoor colar cooling apparatus described in claim 1 or 2, it is characterized in that: middle heat-insulating room (2 ') top, be provided with a choke crosspiece (9) and air vent (7) thereof, on choke crosspiece (9) top hot baffle (14), be processed with air entry (5) and the screw hole thereof of the equal size with suction fan (6) ventilating duct (27), by screw (16), suction fan (6) be fixedly installed on this screw hole.
5. by external wall of house air draught type indoor colar cooling apparatus according to claim 1, it is characterized in that: upper horizontal stripe (4), bottom crossband (10), both sides edge strip (12) and intermediate parting strips (3), reinforcing rib (13), strip shape is made by anticorrosive wood or plastics, wherein: upper horizontal stripe (4), bottom crossband (10), L shape limit step (25) and step surface (30) is processed into the front of edge strip (12), intermediate parting strips (3) is processed into intermediate step (26) and left and right step surface (30), reinforcing rib (13) is processed into plane (31), and in each step surface (30), reinforcing rib plane (31) is processed with several screw hole (29), bottom separately, 28 coat cement mortar (20), being sealed by self-tapping screw (19) is fixed on exterior wall (15) metope, form whole isolation layer external frame and each unit heat-insulating room framework.
6. by external wall of house air draught type indoor colar cooling apparatus according to claim 1, it is characterized in that: insulating board (14), adopt metal plastic-blasting iron sheet, be processed into equal with two step planes in unit heat-insulating room (2) framework and span width thereof, length is spliced by one or more pieces, and coats gasket coating (21) at each step surface (30) and be fixed in each unit heat-insulating room framework step surface (30) and plane (31) by the little self-tapping screw of tack (24).
7. by external wall of house air draught type indoor colar cooling apparatus according to claim 1, it is characterized in that: suction fan (6) is according to the air volume in isolation layer (1), and employing motor (17) is 12v DC voltage, the minisize dc blower fan of 0.5-1A electric current, 6-12w power output.
8., by external wall of house air draught type indoor colar cooling apparatus according to claim 1, it is characterized in that: solar panel (8) selects the single crystal silicon battery plate matched with suction fan 6.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510827470.XA CN105350683B (en) | 2015-11-14 | 2015-11-14 | External wall of house air draught type indoor colar cooling apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510827470.XA CN105350683B (en) | 2015-11-14 | 2015-11-14 | External wall of house air draught type indoor colar cooling apparatus |
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| CN105350683A true CN105350683A (en) | 2016-02-24 |
| CN105350683B CN105350683B (en) | 2018-08-17 |
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| CN104197437A (en) * | 2014-07-15 | 2014-12-10 | 占行波 | Solar indoor cooling device |
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| CN101755097A (en) * | 2007-05-31 | 2010-06-23 | 弗劳恩霍弗实用研究促进协会 | Thermal insulation element comprising ventilation channels |
| CN101736818A (en) * | 2008-11-19 | 2010-06-16 | 冯刚克 | Novel ventilation air-conditioning ecologic building and construction method thereof |
| CN201835411U (en) * | 2010-10-28 | 2011-05-18 | 东北石油大学 | Building curtain wall heat insulation structure with air passage and phase change material |
| CN201981831U (en) * | 2011-01-31 | 2011-09-21 | 刘新广 | Novel solar house |
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| CN105350683B (en) | 2018-08-17 |
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