CN104790832A - Trough type humidification dust fall window for building and building - Google Patents
Trough type humidification dust fall window for building and building Download PDFInfo
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- CN104790832A CN104790832A CN201510190146.1A CN201510190146A CN104790832A CN 104790832 A CN104790832 A CN 104790832A CN 201510190146 A CN201510190146 A CN 201510190146A CN 104790832 A CN104790832 A CN 104790832A
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Abstract
A trough type humidification dust fall window for a building comprises a window frame, first air guide sashes, second air guide sashes and a steam generation device. The window frame comprises a ventilation frame body and a steam generation device storage part arranged under the ventilation frame body, the first air guide sashes and the second air guide sashes are oppositely installed on the ventilation frame body and can be rotated relative to the ventilation frame body to be opened, an air dust removal channel is formed by the first air guide sashes, the second air guide sashes and the ventilation frame body, the steam generation device is installed in the steam generation device storage part, a steam delivery outlet of the steam generation device is communicated with the air dust removal channel formed by the first air guide sashes, the second air guide sashes and the ventilation frame body, and therefore steam can be delivered into the air dust removal channel formed by the first air guide sashes, the second air guide sashes and the ventilation frame body, and air dust removal and indoor humidification can be achieved. The invention further provides the building.
Description
Technical field
The present invention relates to technical field of buildings, particularly a kind of building slot type humidification depositing dust window and building.
Background technology
Air is as Source of life, closely bound up with the life of the mankind, it is reported that the disease of 80% is relevant with the contaminated air of suction with the death rate of 1/3.The all one's life of people about has the time of 80% to spend in indoor, and the quality of therefore indoor air quality directly affects health.According to the actual fact, IAQ (indoor air quality) is far inferior to outdoor air.Environmental worker reminds people: room air pollution degree usually more serious than outdoor air pollution 2 to 3 times, in some cases, even can reach 100 times.Can detect about 300 multiple pollutants in indoor, the human body diseases of 68% is all relevant with room air pollution.Although removing air pollution way has multiple, such as decreasing pollution source, absorption can kill, or filter and charcoal absorption, under specific occasion, such scheme is all required solution.Indoor air quality expert point out, ventilation of sailing is the easiest, economic and effective air disinfection method, the fresh air that the Nature is built in ecological circulation is that the mankind cannot copy, outdoor fresh air is made to enter indoor by cross-ventilation, microorganism in air is diluted, removed, significantly can reduce the quantity of indoor microorganism.
Because outdoor dust is many, especially in the Northwest, due to the drying of air and dust storm more, if ventilation of windowing will cause indoor to be covered with dust all over, fill the air the taste of dust within doors.Although for the problems referred to above, corresponding solution is given in prior art, the such as patent No. is 200820021393.4, invention and created name is the Chinese patent of infiltration dust removing window screen, this infiltration dust removing window screen comprises screen window, liquid feed device, window frame surrounding adhesive is fixed with " hook side " of nylon fastener belt, filter screen surrounding adhesive is fixed with " matte " of nylon fastener belt, and window frame and filter screen are fixed together by nylon fastener belt, is convenient to filter screen from window frame dismounting and installation.Liquid container in liquid feed device is fixed on the place higher than sash position, continues to filter screen feed fluid under atmospheric pressure effect, keeps filter screen moistening, and moistening filter screen can stop the dust of absorption indoor and outdoors through filter screen well.
But above-mentioned prior art exists following problem: when filter screen attract dust is too many, need to install after its disassembly, cleaning again, so make troubles to user; In addition, the air that moistening filter screen impact is outdoor enters indoor smoothly, reduces ventilation effect.
Summary of the invention
In view of this, be necessary that providing a kind of ensures that outdoor air enters indoor smoothly and do not need to dismantle the building slot type humidification depositing dust window just can cleared up.
There is a need to provide a kind of building, this building is provided with above-mentioned building slot type humidification depositing dust window, to ensure that the ventilation in building is smooth and easy by building slot type humidification depositing dust window.
A kind of building slot type humidification depositing dust window, comprise window frame, first air guides sash, second air guides sash, aqueous vapor generation device, window frame comprises ventilation framework, and the aqueous vapor generation device resettlement section be arranged on below ventilation framework, first air guides sash, what the second air guiding sash was relative is arranged in ventilation framework, and the first air guides sash, second air guides sash and ventilating frame body to relatively rotate and to open, to guide sash by the first air, second air guides sash and ventilation framework to form air cleaning passage, aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, aqueous vapor delivery outlet and first air of aqueous vapor generation device guide sash, the air cleaning channel connection that second air guides sash and ventilation framework to form, sash is guided aqueous vapor to be transported to the first air, the dedusting of air and the humidification of indoor is realized in the air cleaning passage that second air guides sash and ventilation framework to form.
A kind of building, comprises body of wall, cover the roof on body of wall, be arranged on the building slot type humidification depositing dust window on body of wall, building slot type humidification depositing dust window comprises window frame, first air guides sash, second air guides sash, aqueous vapor generation device, window frame comprises ventilation framework, and the aqueous vapor generation device resettlement section be arranged on below ventilation framework, the first air guides sash, second air guides relative being arranged in ventilation framework of sash, and the first air guides sash, second air guides sash and ventilating frame body to relatively rotate and to open, to guide sash by the first air, second air guides sash and ventilation framework to form air cleaning passage, and aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, and aqueous vapor delivery outlet and first air of aqueous vapor generation device guide sash, the air cleaning channel connection that second air guides sash and ventilation framework to form, guides sash aqueous vapor to be transported to the first air, the dedusting of air and the humidification of indoor is realized in the air cleaning passage that second air guides sash and ventilation framework to form.
In above-mentioned building and building slot type humidification depositing dust window, first air guides sash, what the second air guiding sash was relative is arranged in ventilation framework, and the first air guides sash, second air guides sash and ventilating frame body to relatively rotate and to open, to guide sash by the first air, second air guides sash and ventilation framework to form air cleaning passage, aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, aqueous vapor delivery outlet and first air of aqueous vapor generation device guide sash, the air cleaning channel connection that second air guides sash and ventilation framework to form, sash is guided aqueous vapor to be transported to the first air, in the air cleaning passage that second air guides sash and ventilation framework to form, by the dust in the Water Molecular Adsorption air in aqueous vapor, drop in air cleaning passage under the self gravitation of water and dust, and then realize the dedusting of air and the humidification of indoor, so can ensure that outdoor air enters indoor smoothly, only the moistening dust in rag wiping ventilation framework need be adopted just can to complete cleaning simultaneously, be user-friendly to.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of the building slot type humidification depositing dust window of a better embodiment.
Accompanying drawing 2 is application structure schematic diagrames of building slot type humidification depositing dust window in Fig. 1.
Accompanying drawing 3 is structure application schematic diagrames that other mode first air guide sash, the second air guides sash.
Accompanying drawing 4 is structure application schematic diagrames that in Fig. 3, the first air guides sash, the second air guides another angle of sash.
Accompanying drawing 5 is structure application schematic diagrames that Third Way first air guides sash, the second air guides sash.
Accompanying drawing 6 is structure application schematic diagrames that in Fig. 5, the first air guides sash, the second air guides sash.
Accompanying drawing 7 is structural representations of evaporator tank cover plate in Fig. 1.
In figure: building slot type humidification depositing dust window 10, window frame 20, ventilation framework 21, upper side wall 210, lower wall 211, right side wall 213, evaporator tank 214, aqueous vapor generation device resettlement section 22, air-blast device receiving space 220, upper hose and sewer pipe receiving space 221, first air guides sash 30, second air guides sash 40, aqueous vapor generation device 50, air-blast device 51, upper hose 52, sewer pipe 53, evaporator tank cover plate 54, aqueous vapor passing hole 540, control device 55, humidity sensor 56, solar module 60, electrical storage device 70.
Detailed description of the invention
Building slot type humidification depositing dust window provided by the invention is arranged on and comprises body of wall, on the building on the roof covered on body of wall, such as building slot type humidification depositing dust window is arranged on the body of wall of building, to realize the indoor of building and extraneous ventilation, wherein building can be residential building, office building etc.
Please refer to as Fig. 1 and Fig. 2, building slot type humidification depositing dust window 10 comprises window frame 20, first air and guides sash 30, second air to guide sash 40, aqueous vapor generation device 50.Window frame 20 comprises ventilation framework 21, and the aqueous vapor generation device resettlement section 22 be arranged on below ventilation framework 21, first air guides sash 30, what the second air guiding sash 40 was relative is arranged in ventilation framework 21, and the first air guides sash 30, second air guides sash 40 and ventilation framework 21 to relatively rotate and to open, to guide sash 30 by the first air, second air guides sash 40 and ventilation framework 21 to form air cleaning passage, aqueous vapor generation device 50 is arranged in aqueous vapor generation device resettlement section 22, aqueous vapor delivery outlet and first air of aqueous vapor generation device 50 guide sash 30, the air cleaning channel connection that second air guides sash 40 and ventilation framework 21 to form, sash 30 is guided aqueous vapor to be transported to the first air, the air cleaning passage that second air guides sash 40 and ventilation framework 21 to form, by the dust in the Water Molecular Adsorption air in aqueous vapor, drop in air cleaning passage under the self gravitation of water and dust, and then realize the dedusting of air and the humidification of indoor, so can ensure that outdoor air enters indoor smoothly, only the moistening dust in rag wiping ventilation framework need be adopted just can to complete cleaning simultaneously, be user-friendly to.
In the present embodiment, ventilation framework 21 comprises the parallel left side wall (not shown) in upper side wall 210 parallel up and down and lower wall 211, left and right and right side wall 213, upper side wall 210, right side wall 213, lower wall 211, left side wall be the first corresponding connection successively, lower wall 211 is provided with the evaporator tank 214 to lower recess, aqueous vapor generation device 50 is arranged in aqueous vapor generation device resettlement section 22, and the aqueous vapor delivery outlet of aqueous vapor generation device 50 stretches in the evaporator tank 214 of the lower wall 211 of ventilation framework 21, and point to the upper side wall 210 of ventilation framework 21.Wherein, first air guides sash 30, second air to guide sash 40 to install according to actual needs, such as, first air guides sash 30, second air to guide fixing with upper side wall 210 of sash 40 correspondence, and the first air guides sash 30, second air to guide sash 40 and upper side wall 210 to relatively rotate, such as connected by pivot and realize rotating, and then reduce the impact of outdoor air to the aqueous vapor formed after the water evaporation in evaporator tank 214, ensure dust removing effects.In other embodiments, first air guides sash 30, second air to guide sash 40 can be arranged to different structures according to the actual needs, such as, please refer to Fig. 3 and Fig. 4, first air guides sash 30 and the second air to guide sash 40 all to adopt two groups of glass windows, adopt flat evolution formula structure, that is, first air guide two glass windows in sash can in the horizontal direction relative sliding to open, the second air guide two glass windows in sash can in the horizontal direction relative sliding to open; Please refer to Fig. 5 and Fig. 6, first air guides sash 30 and the second air to guide sash 40 all to adopt two groups of glass windows, mode structure is pushed in employing open, that is, first air guides two glass windows in sash can rotate to open by opposite frame under the effect of external force, and the second air guides two glass windows in sash can rotate to open by opposite frame under the effect of external force.
Further, aqueous vapor generation device 50 comprises air-blast device 51, upper hose 52, sewer pipe 53, evaporator tank cover plate 54, in aqueous vapor generation device resettlement section 22, air-blast device receiving space 220 is set, upper hose and sewer pipe receiving space 221, air-blast device 51, upper hose 52, sewer pipe 53 correspondence be arranged on air-blast device receiving space 220, in upper hose and sewer pipe receiving space 221, the air outlet of air-blast device 51, one end of upper hose 52, one end of sewer pipe 53 is stretched in the evaporator tank 214 of the lower wall 211 of ventilation framework 21, and the air outlet of air-blast device 51, one end of upper hose 52, one end of sewer pipe 53 reduces gradually to the distance of the bottom land of evaporator tank 214, the other end of upper hose 52, the other end of sewer pipe 53 is connected with extraneous water supply installation, evaporator tank cover plate 54 covers on the evaporator tank 214 of the lower wall 211 of ventilation framework 21, referring to Fig. 7, evaporator tank cover plate 54 offers aqueous vapor passing hole 540, what so continued by water by upper hose 52 is transported in evaporator tank 214, and the water supply installation being transmitted back to the external world that the water in evaporator tank 214 is continued again that sewer pipe 53 continues, passing from the aqueous vapor passing hole 540 of evaporator tank cover plate 54 after water part evaporation in evaporator tank 214 arrives air cleaning passage, the dust in the outside air in air cleaning passage is entered with absorption, air-blast device 51 can be small blast fan.
Further, aqueous vapor generation device 50 also comprises control device 55, humidity sensor 56, humidity sensor 56 is arranged in ventilation framework 21, control device 55 and humidity sensor 56, air-blast device 51 is electrically connected, the real-time moisture signal that control device 55 produces according to humidity sensor 56 produces corresponding real-time wet angle value, and work according to real-time wet angle value and the reference humidity value that prestores control air-blast device 51, control device 55 can for having the data processing equipment of single-chip microcomputer, such as, control device 55 judge real-time wet angle value be less than prestore reference humidity value time, control air-blast device 51 to start working, so that the moisture on the water surface in evaporator tank is blown in air cleaning passage fast, and then change the humidity entering indoor air.In other embodiments, aqueous vapor generation device can be humidifier.
Further, building slot type humidification depositing dust window 10 also comprises solar module 60, electrical storage device 70, electrical storage device 70 and solar module 60 are electrically connected, electrical storage device 70 is also electrically connected with control device 55, humidity sensor 56, air-blast device 51, solar module 60 is arranged on the exterior wall of building, for absorbing sunshine and producing electric energy.The power storage that solar module 60 is carried by electrical storage device 70, and the electric energy of storage is flowed to control device 55, humidity sensor 56, air-blast device 51, normally work to make control device 55, humidity sensor 56, air-blast device 51.
Claims (10)
1. a building slot type humidification depositing dust window, it is characterized in that: comprise window frame, first air guides sash, second air guides sash, aqueous vapor generation device, window frame comprises ventilation framework, and the aqueous vapor generation device resettlement section be arranged on below ventilation framework, first air guides sash, what the second air guiding sash was relative is arranged in ventilation framework, and the first air guides sash, second air guides sash and ventilating frame body to relatively rotate and to open, to guide sash by the first air, second air guides sash and ventilation framework to form air cleaning passage, aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, aqueous vapor delivery outlet and first air of aqueous vapor generation device guide sash, the air cleaning channel connection that second air guides sash and ventilation framework to form, sash is guided aqueous vapor to be transported to the first air, the dedusting of air and the humidification of indoor is realized in the air cleaning passage that second air guides sash and ventilation framework to form.
2. building slot type humidification depositing dust window as claimed in claim 1, it is characterized in that: ventilation framework comprises the parallel left side wall in upper side wall parallel up and down and lower wall, left and right and right side wall, upper side wall, right side wall, lower wall, left side wall be the first corresponding connection successively, lower wall is provided with the evaporator tank to lower recess, aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, and the aqueous vapor delivery outlet of aqueous vapor generation device stretches in the evaporator tank of the lower wall of ventilation framework, and point to the upper side wall of ventilation framework.
3. building slot type humidification depositing dust window as claimed in claim 2, it is characterized in that: aqueous vapor generation device comprises air-blast device, upper hose, sewer pipe, evaporator tank cover plate, aqueous vapor generation device arranges air-blast device receiving space in resettlement section, upper hose and sewer pipe receiving space, air-blast device, upper hose, what sewer pipe was corresponding is arranged on air-blast device receiving space, in upper hose and sewer pipe receiving space, the air outlet of air-blast device, one end of upper hose, one end of sewer pipe is stretched in the evaporator tank of the lower wall of ventilation framework, and the air outlet of air-blast device, one end of upper hose, one end of sewer pipe reduces gradually to the distance of the bottom land of evaporator tank, the other end of upper hose, the other end of sewer pipe is connected with extraneous water supply installation, evaporator tank cover plate covers on the evaporator tank of the lower wall of ventilation framework, evaporator tank cover plate offers aqueous vapor passing hole.
4. building slot type humidification depositing dust window as claimed in claim 3, it is characterized in that: aqueous vapor generation device also comprises control device, humidity sensor, humidity sensor is arranged in ventilation framework, control device and humidity sensor, air-blast device are electrically connected, the real-time moisture signal that control device produces according to humidity sensor produces corresponding real-time wet angle value, and controls air-blast device work according to real-time wet angle value and the reference humidity value that prestores.
5. building slot type humidification depositing dust window as claimed in claim 4, it is characterized in that: building slot type humidification depositing dust window also comprises solar module, electrical storage device, electrical storage device and solar module are electrically connected, electrical storage device is also electrically connected with control device, humidity sensor, air-blast device, the power storage that solar module is carried by electrical storage device, and the electric energy of storage is flowed to control device, humidity sensor, air-blast device.
6. a building, comprises body of wall, cover the roof on body of wall, be arranged on the building slot type humidification depositing dust window on body of wall, it is characterized in that: building slot type humidification depositing dust window comprises window frame, first air guides sash, second air guides sash, aqueous vapor generation device, window frame comprises ventilation framework, and the aqueous vapor generation device resettlement section be arranged on below ventilation framework, the first air guides sash, second air guides relative being arranged in ventilation framework of sash, and the first air guides sash, second air guides sash and ventilating frame body to relatively rotate and to open, to guide sash by the first air, second air guides sash and ventilation framework to form air cleaning passage, and aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, and aqueous vapor delivery outlet and first air of aqueous vapor generation device guide sash, the air cleaning channel connection that second air guides sash and ventilation framework to form, guides sash aqueous vapor to be transported to the first air, the dedusting of air and the humidification of indoor is realized in the air cleaning passage that second air guides sash and ventilation framework to form.
7. building as claimed in claim 6, it is characterized in that: ventilation framework comprises the parallel left side wall in upper side wall parallel up and down and lower wall, left and right and right side wall, upper side wall, right side wall, lower wall, left side wall be the first corresponding connection successively, lower wall is provided with the evaporator tank to lower recess, aqueous vapor generation device is arranged in aqueous vapor generation device resettlement section, and the aqueous vapor delivery outlet of aqueous vapor generation device stretches in the evaporator tank of the lower wall of ventilation framework, and point to the upper side wall of ventilation framework.
8. building as claimed in claim 7, it is characterized in that: aqueous vapor generation device comprises air-blast device, upper hose, sewer pipe, evaporator tank cover plate, aqueous vapor generation device arranges air-blast device receiving space in resettlement section, upper hose and sewer pipe receiving space, air-blast device, upper hose, what sewer pipe was corresponding is arranged on air-blast device receiving space, in upper hose and sewer pipe receiving space, the air outlet of air-blast device, one end of upper hose, one end of sewer pipe is stretched in the evaporator tank of the lower wall of ventilation framework, and the air outlet of air-blast device, one end of upper hose, one end of sewer pipe reduces gradually to the distance of the bottom land of evaporator tank, the other end of upper hose, the other end of sewer pipe is connected with extraneous water supply installation, evaporator tank cover plate covers on the evaporator tank of the lower wall of ventilation framework, evaporator tank cover plate offers aqueous vapor passing hole.
9. building as claimed in claim 8, it is characterized in that: aqueous vapor generation device also comprises control device, humidity sensor, humidity sensor is arranged in ventilation framework, control device and humidity sensor, air-blast device are electrically connected, the real-time moisture signal that control device produces according to humidity sensor produces corresponding real-time wet angle value, and controls air-blast device work according to real-time wet angle value and the reference humidity value that prestores.
10. building as claimed in claim 9, it is characterized in that: building slot type humidification depositing dust window also comprises solar module, electrical storage device, electrical storage device and solar module are electrically connected, electrical storage device is also electrically connected with control device, humidity sensor, air-blast device, the power storage that solar module is carried by electrical storage device, and the electric energy of storage is flowed to control device, humidity sensor, air-blast device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510190146.1A CN104790832B (en) | 2015-04-21 | 2015-04-21 | Building humidifies depositing dust window and building with slot type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510190146.1A CN104790832B (en) | 2015-04-21 | 2015-04-21 | Building humidifies depositing dust window and building with slot type |
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| Publication Number | Publication Date |
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| CN104790832A true CN104790832A (en) | 2015-07-22 |
| CN104790832B CN104790832B (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510190146.1A Expired - Fee Related CN104790832B (en) | 2015-04-21 | 2015-04-21 | Building humidifies depositing dust window and building with slot type |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108035672A (en) * | 2016-11-23 | 2018-05-15 | 喻洪根 | A kind of low noise air purifying windows family structure |
| CN109594900A (en) * | 2018-12-07 | 2019-04-09 | 陈李成 | A kind of dust removal by ventilation window |
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| WO2011110988A1 (en) * | 2010-03-06 | 2011-09-15 | Helmut Koester | Air conditioning unit for non ventilated double skin façade elements |
| CN202181823U (en) * | 2011-06-27 | 2012-04-04 | 河海大学 | Practical ventilating window |
| CN203905750U (en) * | 2014-05-07 | 2014-10-29 | 上海应用技术学院 | A window adjusting the humidity of indoor air intelligently |
| CN204552530U (en) * | 2015-04-21 | 2015-08-12 | 宁夏大学 | Building slot type humidification depositing dust window and building |
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2015
- 2015-04-21 CN CN201510190146.1A patent/CN104790832B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011110988A1 (en) * | 2010-03-06 | 2011-09-15 | Helmut Koester | Air conditioning unit for non ventilated double skin façade elements |
| CN101982641A (en) * | 2010-10-22 | 2011-03-02 | 吕忠荣 | Bay window-type ventilation device of air conditioning |
| CN202181823U (en) * | 2011-06-27 | 2012-04-04 | 河海大学 | Practical ventilating window |
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| CN204552530U (en) * | 2015-04-21 | 2015-08-12 | 宁夏大学 | Building slot type humidification depositing dust window and building |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108035672A (en) * | 2016-11-23 | 2018-05-15 | 喻洪根 | A kind of low noise air purifying windows family structure |
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| Publication number | Publication date |
|---|---|
| CN104790832B (en) | 2016-07-06 |
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