CN205477226U - Energy -concerving and environment -protective type smart window - Google Patents

Energy -concerving and environment -protective type smart window Download PDF

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Publication number
CN205477226U
CN205477226U CN201620069920.3U CN201620069920U CN205477226U CN 205477226 U CN205477226 U CN 205477226U CN 201620069920 U CN201620069920 U CN 201620069920U CN 205477226 U CN205477226 U CN 205477226U
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CN
China
Prior art keywords
frame
window frame
window
air purifier
blower fan
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Expired - Fee Related
Application number
CN201620069920.3U
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Chinese (zh)
Inventor
佘本成
林家乐
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Ganzhou Jiajiale Industrial Co Ltd
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Ganzhou Jiajiale Industrial Co Ltd
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Priority to CN201620069920.3U priority Critical patent/CN205477226U/en
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Publication of CN205477226U publication Critical patent/CN205477226U/en
Expired - Fee Related legal-status Critical Current
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/40Solar thermal energy, e.g. solar towers
    • Y02E10/44Heat exchange systems

Abstract

The utility model relates to a window especially relates to an energy -concerving and environment -protective type smart window. The problem of the technique is solved provide an energy -concerving and environment -protective type smart window. Such energy -concerving and environment -protective type smart window is provided, including window frame, fan I, air purifier I, air purifier II, fan II, spiral heat exchange tube etc. Fan I sets up the inside at window frame 's upper left frame angle, being provided with air purifier I on the right side of connecting pipe I, being provided with air purifier II on the right side of breathing pipe II, the right -hand member of breathing pipe II is connected with air purifier II, be provided with fan II on the right side of connecting pipe II, fan II sets up the inside at window frame 's upper right frame angle, inside at window frame 's lower frame is provided with spiral heat exchange tube. A purification treatment that's an energy -concerving and environment -protective type smart window uses solar energy to heat water, has reached energy -conserving purpose, through fan and the mode that air purifier combined together, realized indoor outdoor circulation air simultaneously is provided.

Description

A kind of energy saving and environment friendly intelligent window
Technical field
This utility model relates to a kind of window, particularly relates to a kind of energy saving and environment friendly intelligent window.
Background technology
Window, refers to the hole built on wall or roof on architectonics, in order to make light or air enter room In.The window of modern window is by window frame, glass and movable part (hinge, handle, pulley etc.) three part groups Become.Window frame is responsible for supporting the main structure of forms, can be timber, metal, pottery or plastic material, transparent Part is attached on window frame, can be paper, cloth, silk or glass material.Movable part is mainly with metal material Material is main, is likely to parcel in the place that staff touches with adiabators such as plastics.Intelligent window is to utilize to combine Close wiring technique, the network communications technology, security precautions technology, automatic control technology, audio frequency and video technology by family The facility occupying life relevant is integrated, promotes the safety of window, convenience, comfortableness, is convenient for people to it Operate.Energy-conserving and environment-protective are to save existing energy-output ratio, advocate the side of environment-friendly type new energy development Formula benefits the society.First have to understand in our daily life where energy consumption on earth where, pollutes, For subject matter, energy-conserving and environment-protective efficiency should be improved, reduce unnecessary energy waste.
Urban air pollution refers to that the land surface condition special because of city and boundary layer structure and polluter are concentrated And the air pollution caused.It is in the production in city and life, to the various air pollutions of nature discharge Thing, has exceeded the self-detergent power of natural environment, to the health of the mankind, produces and life brings harm. The air pollution in China city is still main for coal smoke type, and major pollutants are sulfur dioxide, carbon dioxide and cigarette Dirt.
Existing window generally uses traditional structure, does not have environment protecting power economizer, and is only opening Shi Caineng be aerated ventilation, not there is air cleaner, can only be passive external air is carried out all Accept, cause outside contamination air to enter into the healthy of indoor injury people, simultaneously the most not to indoor The air discharged carries out purified treatment, causes foul indoor air being discharged in air wantonly to be increased the weight of extraneous empty The pollution of gas, and existing window automation and intelligentification level is low, it is impossible to and being automatically brought into operation, ventilation is changed The low weak effect of efficiency of gas, is unfavorable for production and the life of people.
Utility model content
(1) to solve the technical problem that
This utility model, in order to overcome existing window generally to use traditional structure, does not have environmental protection and energy saving dress Put, and only just can be aerated ventilation when opening, not there is air cleaner, can only be passive External air is all accepted, causes outside contamination air to enter into the healthy of indoor injury people, Simultaneously the most the air of indoor discharge is not carried out purified treatment, cause foul indoor air being discharged into wantonly Air increases the weight of the pollution of outside air, and existing window automation and intelligentification level is low, it is impossible to carry out Being automatically brought into operation, the shortcoming of the low weak effect of efficiency of ventilation, the technical problems to be solved in the utility model is A kind of energy saving and environment friendly intelligent window is provided.
(2) technical scheme
In order to solve above-mentioned technical problem, this utility model provides the energy saving and environment friendly intelligent window of such a, Include window frame, glass, suction nozzle I, blower fan I, connecting tube I, air purifier I, escape pipe I, suction nozzle II, air purifier II, connecting tube II, blower fan II, escape pipe II, outlet pipe, water tank, Water pump, water inlet pipe and spiral heat exchange tube;
Being provided with glass in window frame, be provided with suction nozzle I in the left side of glass, suction nozzle I is arranged on The inside of the left frame of window frame, suction nozzle I is set to L-shaped, sets on the antetheca of the left frame of window frame Being equipped with hole, the front lower end of suction nozzle I reaches window by the hole arranged on the antetheca of the left frame of window frame The outside of frame;The upper end of suction nozzle I is connected with blower fan I, and blower fan I is arranged on the upper left box angle of window frame Inside;
Be provided with connecting tube I on the right side of blower fan I, blower fan I is connected with connecting tube I;In connecting tube I Right side be provided with air purifier I, connecting tube I is connected with air purifier I;Connecting tube I and sky Gas purifier I is arranged at the inside of the upper side frame of window frame;It is provided with out on the right side of air purifier I Trachea I, air purifier I is connected with the left end of escape pipe I;Escape pipe I is set to L-shaped, gives vent to anger Pipe I is arranged on the inside of the upper side frame of window frame, arranges porose, go out on the rear wall of the upper side frame of window frame The rear end of trachea I reaches the outside of window frame by the hole arranged on the rear wall of the upper side frame of window frame;
Be provided with suction nozzle II on the right side of escape pipe I, suction nozzle II is set to L-shaped, and suction nozzle II is arranged In the inside of the upper side frame of window frame, the rear wall of the upper side frame of window frame is arranged porose, suction nozzle II Rear end reaches the outside of window frame by the hole arranged on the rear wall of the upper side frame of window frame;At suction nozzle II Right side be provided with air purifier II, the right-hand member of suction nozzle II is connected with air purifier II;At air The right side of depurator II is provided with connecting tube II, and air purifier II is connected with connecting tube II;Air cleaning Device II and connecting tube II are arranged at the inside of the upper side frame of window frame;
Be provided with blower fan II on the right side of connecting tube II, connecting tube II is connected with blower fan II, and blower fan II is arranged Inside at the upper right box angle of window frame;Be provided with escape pipe II in the lower section of blower fan II, blower fan II with give vent to anger The upper end of pipe II is connected, and escape pipe II is arranged on the inside of the left frame of window frame, and escape pipe II is set to L Shape, arranges porose on the antetheca of the left frame of window frame, the right side by window frame, the front lower end of escape pipe II The hole arranged on the antetheca of frame reaches the outside of window frame;
Window frame lower frame be internally provided with spiral heat exchange tube, be provided with on the right side of spiral heat exchange tube Outlet pipe, arranges porose on the rear wall of the lower frame of window frame, and the upper end of outlet pipe is by under window frame The hole arranged on the rear wall of frame puts in the inside of window frame, the upper end of outlet pipe and the right-hand member of spiral heat exchange tube It is connected;The lower left of outlet pipe is provided with water tank, and the lower-left end of outlet pipe is connected with water tank, water tank It is arranged on the lower section of window frame;The left side of water tank is provided with water inlet pipe, and water tank is connected with water inlet pipe;? It is provided with water pump, water pump and water inlet pipe on water inlet pipe and is arranged at the lower section of window frame;The upper end of water inlet pipe leads to The hole arranged on the rear wall of the lower frame crossing window frame puts in the inside of window frame, and water inlet pipe is arranged on spiral and changes The left side of heat pipe, the upper end of water inlet pipe is connected with the left end of spiral heat exchange tube.
Preferably, controller, temperature sensor, interior air quality detector, outer air quality are also included Detector and humidity sensor;Controller, temperature sensor and interior air quality detector are the most successively Be arranged on the rear of window frame, controller, temperature sensor and interior air quality detector all with window frame The rear wall of left frame is connected;Outer air mass detecting instrument and humidity sensor are successively set on window from bottom to top The front of family frame, outer air mass detecting instrument and humidity sensor all antethecas with the left frame of window frame are connected Connect;Blower fan I, air purifier I, air purifier II, blower fan II, water pump, temperature sensor, interior Air quality detector, outer air mass detecting instrument are connected with controller the most respectively with humidity sensor.
Preferably, alarm module, wireless communication module I, wireless communication module II and hand-held shifting are also included Dynamic equipment;Alarm module is connected with controller the most respectively with wireless communication module I;Wireless communication module I Being connected by radio communication with wireless communication module II, wireless communication module II is connected with handheld mobile device.
Preferably, described controller is set to PLC.
Preferably, described glass is set to hollow safety glass.
Preferably, described spiral heat exchange tube is made up of stainless steel material.
Operation principle: in this utility model, owing to window is passed through in the front lower end of the suction nozzle I of L-shaped setting The hole arranged on the antetheca of the left frame of frame reaches the outside of window frame, and therefore blower fan I can pass through air-breathing Outside air is sucked by pipe I, and passes through to carry out purified treatment in connecting tube I is transported to air purifier I. The hole arranged by the rear wall of the upper side frame of window frame due to the rear end of the escape pipe I of L-shaped setting reaches window The outside of family frame, the air after therefore air purifier I can be purified by escape pipe I is transported to indoor.
In this utility model, owing to the upper side frame of window frame is passed through in the rear end of the suction nozzle II of L-shaped setting The hole that rear wall is arranged reaches the outside of window frame, and therefore suction nozzle II can be by the operating of blower fan II by room In air siphon away, and carry out purified treatment in being delivered into air purifier II, then by connecting tube II He Blower fan II is transported in escape pipe II.The right side by window frame, the front lower end of escape pipe II arranged due to L-shaped The hole arranged on the antetheca of frame reaches the outside of window frame, and therefore indoor air can be led to by blower fan II Cross escape pipe II to be discharged in ambient atmosphere.
In this utility model, owing to being internally provided with spiral heat exchange tube, therefore at the lower frame of window frame When extraneous sunlight irradiates window frame, spiral heat exchange tube can absorb the heat that the sun sends, and pass to spiral shell Rotation water within heat exchanger tube.After the water in spiral heat exchange tube absorbs the heat regular hour, start water pump, Water pump heats in the water in water tank being transported to spiral heat exchange tube by water inlet pipe, and by spiral heat exchange tube Hot water be discharged in water tank by outlet pipe.Simultaneously in this utility model, glass and window frame are for closing Formula is arranged, and glass is not opened with window frame, eliminates robber and enters indoor potential safety hazard by window, Improve degree of safety.The quartering hammer matched with glass can be equipped with, to prevent intentionally indoor people simultaneously During outer generation, glass can be smashed by quartering hammer and escape by people.
When also including controller, temperature sensor, interior air quality detector, outer air mass detecting instrument During with humidity sensor, temperature sensor carries out continual detection to indoor temperature, and detection letter Breath feeds back to controller, and interior air quality detector carries out continual detection to indoor air quality, And detection information is fed back to controller, outdoor air quality is carried out continuing not by outer air mass detecting instrument Disconnected detection, and detection information is fed back to controller, the humidity of outdoor air is carried out by humidity sensor Continual detection, and detection information is fed back to controller.Due to blower fan I, air purifier I, Air purifier II, blower fan II, water pump are connected with controller the most respectively.Therefore receive when controller When feedback information reaches the numerical range set, controller controls blower fan I, air purifier I, sky respectively Gas purifier II, blower fan II, water pump carry out action, and the outside air absorbed is purified and is transported to Indoor, or the room air absorbed is purified and is discharged to outdoor.
When also including alarm module, wireless communication module I, wireless communication module II and handheld mobile device Time, when temperature sensor, interior air quality detector, outer air mass detecting instrument and humidity sensor feed back When occurring abnormal to the information of controller, controller can send audible and visible alarm by alarm module to people, To attract much attention.Simultaneously because wireless communication module I and wireless communication module II pass through radio communication Connecting, wireless communication module II is connected with handheld mobile device, and therefore people can pass through mobile phone, flat board This utility model is remotely monitored and operates by the built-in APP application program such as computer, improves ventilation and changes The efficiency of gas.
When described controller is set to PLC, described controller can be entered by people easily Row sum-equal matrix is arranged, it is achieved simple efficient operation.
When described glass is set to hollow safety glass, sound-insulating and heat-insulating is effective, intensity high anti-seismic effect Good.
When described spiral heat exchange tube is made up of stainless steel material, not only heat absorption heat transfer efficiency is high, Er Qieneng Enough increase the service life greatly, reduce cost.
(3) beneficial effect
The energy saving and environment friendly intelligent window of one provided by the utility model, by using spiral heat exchange tube and water The mode that pump combines, uses solar energy to heat water, reduces people's input to electric heater, Decrease people's consumption to electric resources, reach energy-conservation purpose, simultaneously by blower fan and air purifier The mode combined, it is achieved that the health of the purified treatment to indoor and outdoor ventilating air, beneficially people is good for Health, the beneficially raising of outside air quality, protect the environment of surrounding, and this utility model use glass The mode that glass is closed, eliminates robber and enters indoor potential safety hazard, simple in construction, dismounting side by window Just, it is easy to maintenance and repair.
Accompanying drawing explanation
Fig. 1 is front view structural representation of the present utility model.
Fig. 2 is the axonometric chart structural representation of window frame of the present utility model.
Fig. 3 is the axonometric chart structural representation of window frame of the present utility model.
Fig. 4 is the axonometric chart structural representation of blower fan I of the present utility model.
Fig. 5 is the axonometric chart structural representation of blower fan II of the present utility model.
Fig. 6 is front view structural representation of the present utility model.
Fig. 7 is illustrative view of functional configuration of the present utility model.
Being labeled as in accompanying drawing: 1-window frame, 2-glass, 3-suction nozzle I, 4-blower fan I, 5-connecting tube I, 6-air purifier I, 7-escape pipe I, 8-suction nozzle II, 9-air purifier II, 10-connecting tube II, 11-blower fan II, 12-escape pipe II, 13-outlet pipe, 14-water tank, 15-water pump, 16-water inlet pipe, 17-spiral heat exchange tube, 18-controller, 19-temperature sensor, air quality detector in 20-, 21-outer space Gas mass detecting instrument, 22-humidity sensor.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
Embodiment 1
A kind of energy saving and environment friendly intelligent window, as shown in figs. 1-7, includes window frame 1, glass 2, air-breathing Pipe I 3, blower fan I 4, connecting tube I 5, air purifier I 6, escape pipe I 7, suction nozzle II 8, air Depurator II 9, connecting tube II 10, blower fan II 11, escape pipe II 12, outlet pipe 13, water tank 14, water pump 15, water inlet pipe 16 and spiral heat exchange tube 17;Window frame 1 is provided with glass 2, in the left side of glass 2 Being provided with suction nozzle I 3, suction nozzle I 3 is arranged on the inside of the left frame of window frame 1, and suction nozzle I 3 sets Being set to L-shaped, arrange porose on the antetheca of the left frame of window frame 1, window is passed through in the front lower end of suction nozzle I 3 The hole arranged on the antetheca of the left frame of family frame 1 reaches the outside of window frame 1;The upper end of suction nozzle I 3 with Blower fan I 4 is connected, and blower fan I 4 is arranged on the inside at the upper left box angle of window frame 1.
Be provided with connecting tube I 5 on the right side of blower fan I 4, blower fan I 4 is connected with connecting tube I 5;Connecting The right side of pipe I 5 is provided with air purifier I 6, and connecting tube I 5 is connected with air purifier I 6;Connect Pipe I 5 and air purifier I 6 are arranged at the inside of the upper side frame of window frame 1;At air purifier I 6 Right side be provided with escape pipe I 7, air purifier I 6 is connected with the left end of escape pipe I 7;Escape pipe I 7 are set to L-shaped, and escape pipe I 7 is arranged on the inside of the upper side frame of window frame 1, upper in window frame 1 Arranging porose on the rear wall of frame, the rear end of escape pipe I 7 is by arranging on the rear wall of the upper side frame of window frame 1 Hole reach the outside of window frame 1.
Be provided with suction nozzle II 8 on the right side of escape pipe I 7, suction nozzle II 8 is set to L-shaped, suction nozzle II 8 It is arranged on the inside of the upper side frame of window frame 1, the rear wall of the upper side frame of window frame 1 is arranged porose, inhale The rear end of trachea II 8 is reached outside window frame 1 by the hole arranged on the rear wall of the upper side frame of window frame 1 Portion;Air purifier II 9, the right-hand member of suction nozzle II 8 and air cleaning it is provided with on the right side of suction nozzle II 8 Device II 9 is connected;Be provided with connecting tube II 10 on the right side of air purifier II 9, air purifier II 9 with Connecting tube II 10 is connected;Air purifier II 9 and connecting tube II 10 are arranged at the upper side frame of window frame 1 Inside.
Be provided with blower fan II 11 on the right side of connecting tube II 10, connecting tube II 10 is connected with blower fan II 11, wind Machine II 11 is arranged on the inside at the upper right box angle of window frame 1;The lower section of blower fan II 11 is provided with escape pipe II 12, blower fan II 11 is connected with the upper end of escape pipe II 12, and escape pipe II 12 is arranged on the right of window frame 1 The inside of frame, escape pipe II 12 is set to L-shaped, arranges porose on the antetheca of the left frame of window frame 1, The front lower end of escape pipe II 12 reaches window frame 1 by the hole arranged on the antetheca of the left frame of window frame 1 Outside.
Window frame 1 lower frame be internally provided with spiral heat exchange tube 17, on the right side of spiral heat exchange tube 17 Being provided with outlet pipe 13, arrange porose on the rear wall of the lower frame of window frame 1, the upper end of outlet pipe 13 leads to The hole arranged on the rear wall of the lower frame crossing window frame 1 puts in the inside of window frame 1, the upper end of outlet pipe 13 It is connected with the right-hand member of spiral heat exchange tube 17;The lower left of outlet pipe 13 is provided with water tank 14, outlet pipe The lower-left end of 13 is connected with water tank 14, and water tank 14 is arranged on the lower section of window frame 1;A left side at water tank 14 Side is provided with water inlet pipe 16, and water tank 14 is connected with water inlet pipe 16;Water inlet pipe 16 is provided with water pump 15, water pump 15 and water inlet pipe 16 are arranged at the lower section of window frame 1;Window is passed through in the upper end of water inlet pipe 16 The hole arranged on the rear wall of the lower frame of frame 1 puts in the inside of window frame 1, and water inlet pipe 16 is arranged on spiral and changes The left side of heat pipe 17, the upper end of water inlet pipe 16 is connected with the left end of spiral heat exchange tube 17.
Operation principle: in this utility model, owing to window is passed through in the front lower end of the suction nozzle I 3 of L-shaped setting The hole arranged on the antetheca of the left frame of frame 1 reaches the outside of window frame 1, and therefore blower fan I 4 can pass through Outside air is sucked by suction nozzle I 3, and passes through to carry out only in connecting tube I 5 is transported to air purifier I 6 Change processes.Owing to the rear wall setting of the upper side frame of window frame 1 is passed through in the rear end of the escape pipe I 7 of L-shaped setting Hole reaches the outside of window frame 1, the air after therefore air purifier I 6 can be purified by escape pipe I 7 It is transported to indoor.
In this utility model, owing to the upper side frame of window frame 1 is passed through in the rear end of the suction nozzle II 8 of L-shaped setting The hole that arranges of rear wall reach the outside of window frame 1, therefore suction nozzle II 8 can be by blower fan II 11 Operate and indoor air is siphoned away, and carry out purified treatment, then by even in being delivered into air purifier II 9 Adapter II 10 and blower fan II 11 are transported in escape pipe II 12.Due to before the escape pipe II 12 that L-shaped is arranged Lower end reaches the outside of window frame 1, therefore wind by the hole arranged on the antetheca of the left frame of window frame 1 Indoor air can be discharged in ambient atmosphere by machine II 11 by escape pipe II 12.
In this utility model, owing to being internally provided with spiral heat exchange tube 17 at the lower frame of window frame 1, Therefore, when extraneous sunlight irradiates window frame 1, spiral heat exchange tube 17 can absorb the heat that the sun sends, and Pass to the water within spiral heat exchange tube 17.When the water in spiral heat exchange tube 17 absorbs the heat regular hour After, starting water pump 15, the water in water tank 14 is transported to spiral heat exchange tube by water inlet pipe 16 by water pump 15 Heat in 17, and the hot water of spiral heat exchange tube 17 is discharged in water tank 14 by outlet pipe 13.With Time in this utility model, glass 2 is closed-loop layout with window frame 1, and glass 2 does not enters with window frame 1 Row is opened, and eliminates robber and enters indoor potential safety hazard by window, improves degree of safety.Simultaneously in room Interior people can be equipped with the quartering hammer matched with glass 2, and during to prevent from occurring outside intentionally, people can be led to Cross quartering hammer to be smashed by glass 2 and escape.
Embodiment 2
A kind of energy saving and environment friendly intelligent window, as shown in figs. 1-7, includes window frame 1, glass 2, air-breathing Pipe I 3, blower fan I 4, connecting tube I 5, air purifier I 6, escape pipe I 7, suction nozzle II 8, air Depurator II 9, connecting tube II 10, blower fan II 11, escape pipe II 12, outlet pipe 13, water tank 14, water pump 15, water inlet pipe 16 and spiral heat exchange tube 17;Window frame 1 is provided with glass 2, in the left side of glass 2 Being provided with suction nozzle I 3, suction nozzle I 3 is arranged on the inside of the left frame of window frame 1, and suction nozzle I 3 sets Being set to L-shaped, arrange porose on the antetheca of the left frame of window frame 1, window is passed through in the front lower end of suction nozzle I 3 The hole arranged on the antetheca of the left frame of family frame 1 reaches the outside of window frame 1;The upper end of suction nozzle I 3 with Blower fan I 4 is connected, and blower fan I 4 is arranged on the inside at the upper left box angle of window frame 1.
Be provided with connecting tube I 5 on the right side of blower fan I 4, blower fan I 4 is connected with connecting tube I 5;Connecting The right side of pipe I 5 is provided with air purifier I 6, and connecting tube I 5 is connected with air purifier I 6;Connect Pipe I 5 and air purifier I 6 are arranged at the inside of the upper side frame of window frame 1;At air purifier I 6 Right side be provided with escape pipe I 7, air purifier I 6 is connected with the left end of escape pipe I 7;Escape pipe I 7 are set to L-shaped, and escape pipe I 7 is arranged on the inside of the upper side frame of window frame 1, upper in window frame 1 Arranging porose on the rear wall of frame, the rear end of escape pipe I 7 is by arranging on the rear wall of the upper side frame of window frame 1 Hole reach the outside of window frame 1.
Be provided with suction nozzle II 8 on the right side of escape pipe I 7, suction nozzle II 8 is set to L-shaped, suction nozzle II 8 It is arranged on the inside of the upper side frame of window frame 1, the rear wall of the upper side frame of window frame 1 is arranged porose, inhale The rear end of trachea II 8 is reached outside window frame 1 by the hole arranged on the rear wall of the upper side frame of window frame 1 Portion;Air purifier II 9, the right-hand member of suction nozzle II 8 and air cleaning it is provided with on the right side of suction nozzle II 8 Device II 9 is connected;Be provided with connecting tube II 10 on the right side of air purifier II 9, air purifier II 9 with Connecting tube II 10 is connected;Air purifier II 9 and connecting tube II 10 are arranged at the upper side frame of window frame 1 Inside.
Be provided with blower fan II 11 on the right side of connecting tube II 10, connecting tube II 10 is connected with blower fan II 11, wind Machine II 11 is arranged on the inside at the upper right box angle of window frame 1;The lower section of blower fan II 11 is provided with escape pipe II 12, blower fan II 11 is connected with the upper end of escape pipe II 12, and escape pipe II 12 is arranged on the right of window frame 1 The inside of frame, escape pipe II 12 is set to L-shaped, arranges porose on the antetheca of the left frame of window frame 1, The front lower end of escape pipe II 12 reaches window frame 1 by the hole arranged on the antetheca of the left frame of window frame 1 Outside.
Window frame 1 lower frame be internally provided with spiral heat exchange tube 17, on the right side of spiral heat exchange tube 17 Being provided with outlet pipe 13, arrange porose on the rear wall of the lower frame of window frame 1, the upper end of outlet pipe 13 leads to The hole arranged on the rear wall of the lower frame crossing window frame 1 puts in the inside of window frame 1, the upper end of outlet pipe 13 It is connected with the right-hand member of spiral heat exchange tube 17;The lower left of outlet pipe 13 is provided with water tank 14, outlet pipe The lower-left end of 13 is connected with water tank 14, and water tank 14 is arranged on the lower section of window frame 1;A left side at water tank 14 Side is provided with water inlet pipe 16, and water tank 14 is connected with water inlet pipe 16;Water inlet pipe 16 is provided with water pump 15, water pump 15 and water inlet pipe 16 are arranged at the lower section of window frame 1;Window is passed through in the upper end of water inlet pipe 16 The hole arranged on the rear wall of the lower frame of frame 1 puts in the inside of window frame 1, and water inlet pipe 16 is arranged on spiral and changes The left side of heat pipe 17, the upper end of water inlet pipe 16 is connected with the left end of spiral heat exchange tube 17.
Also include controller 18, temperature sensor 19, interior air quality detector 20, the inspection of outer air quality Survey instrument 21 and humidity sensor 22;Controller 18, temperature sensor 19 and interior air quality detector 20 It is successively set on the rear of window frame 1, controller 18, temperature sensor 19 and interior air quality from bottom to top Detector 20 all rear walls with the left frame of window frame 1 are connected;Outer air mass detecting instrument 21 and humidity Sensor 22 is successively set on the front of window frame 1, outer air mass detecting instrument 21 and humidity from bottom to top Sensor 22 all antethecas with the left frame of window frame 1 are connected;Blower fan I 4, air purifier I 6, sky Gas purifier II 9, blower fan II 11, water pump 15, temperature sensor 19, interior air quality detector 20, outer Air quality detector 21 is connected with controller 18 the most respectively with humidity sensor 22.
Operation principle: in this utility model, owing to window is passed through in the front lower end of the suction nozzle I 3 of L-shaped setting The hole arranged on the antetheca of the left frame of frame 1 reaches the outside of window frame 1, and therefore blower fan I 4 can pass through Outside air is sucked by suction nozzle I 3, and passes through to carry out only in connecting tube I 5 is transported to air purifier I 6 Change processes.Owing to the rear wall setting of the upper side frame of window frame 1 is passed through in the rear end of the escape pipe I 7 of L-shaped setting Hole reaches the outside of window frame 1, the air after therefore air purifier I 6 can be purified by escape pipe I 7 It is transported to indoor.
In this utility model, owing to the upper side frame of window frame 1 is passed through in the rear end of the suction nozzle II 8 of L-shaped setting The hole that arranges of rear wall reach the outside of window frame 1, therefore suction nozzle II 8 can be by blower fan II 11 Operate and indoor air is siphoned away, and carry out purified treatment, then by even in being delivered into air purifier II 9 Adapter II 10 and blower fan II 11 are transported in escape pipe II 12.Due to before the escape pipe II 12 that L-shaped is arranged Lower end reaches the outside of window frame 1, therefore wind by the hole arranged on the antetheca of the left frame of window frame 1 Indoor air can be discharged in ambient atmosphere by machine II 11 by escape pipe II 12.
In this utility model, owing to being internally provided with spiral heat exchange tube 17 at the lower frame of window frame 1, Therefore, when extraneous sunlight irradiates window frame 1, spiral heat exchange tube 17 can absorb the heat that the sun sends, and Pass to the water within spiral heat exchange tube 17.When the water in spiral heat exchange tube 17 absorbs the heat regular hour After, starting water pump 15, the water in water tank 14 is transported to spiral heat exchange tube by water inlet pipe 16 by water pump 15 Heat in 17, and the hot water of spiral heat exchange tube 17 is discharged in water tank 14 by outlet pipe 13.With Time in this utility model, glass 2 is closed-loop layout with window frame 1, and glass 2 does not enters with window frame 1 Row is opened, and eliminates robber and enters indoor potential safety hazard by window, improves degree of safety.Simultaneously in room Interior people can be equipped with the quartering hammer matched with glass 2, and during to prevent from occurring outside intentionally, people can be led to Cross quartering hammer to be smashed by glass 2 and escape.
When also including controller 18, temperature sensor 19, interior air quality detector 20, outer air quality When detector 21 and humidity sensor 22, temperature sensor 19 carries out continual inspection to indoor temperature Surveying, and detection information is fed back to controller 18, indoor air quality is entered by interior air quality detector 20 The continual detection of row, and detection information is fed back to controller 18, outer air mass detecting instrument 21 is to room Outer air quality carries out continual detection, and detection information is fed back to controller 18, humidity sensor Device 22 carries out continual detection to the humidity of outdoor air, and detection information is fed back to controller 18. Due to blower fan I 4, air purifier I 6, air purifier II 9, blower fan II 11, water pump 15 the most respectively with Controller 18 is connected.Therefore when the feedback information received when controller 18 reaches the numerical range set, Controller 18 controls blower fan I 4, air purifier I 6, air purifier II 9, blower fan II 11, water respectively Pump 15 carries out action, the outside air absorbed is purified and is transported to indoor, or to being absorbed Room air carries out purifying and being discharged to outdoor.
Embodiment 3
A kind of energy saving and environment friendly intelligent window, as shown in figs. 1-7, includes window frame 1, glass 2, air-breathing Pipe I 3, blower fan I 4, connecting tube I 5, air purifier I 6, escape pipe I 7, suction nozzle II 8, air Depurator II 9, connecting tube II 10, blower fan II 11, escape pipe II 12, outlet pipe 13, water tank 14, water pump 15, water inlet pipe 16 and spiral heat exchange tube 17;Window frame 1 is provided with glass 2, in the left side of glass 2 Being provided with suction nozzle I 3, suction nozzle I 3 is arranged on the inside of the left frame of window frame 1, and suction nozzle I 3 sets Being set to L-shaped, arrange porose on the antetheca of the left frame of window frame 1, window is passed through in the front lower end of suction nozzle I 3 The hole arranged on the antetheca of the left frame of family frame 1 reaches the outside of window frame 1;The upper end of suction nozzle I 3 with Blower fan I 4 is connected, and blower fan I 4 is arranged on the inside at the upper left box angle of window frame 1.
Be provided with connecting tube I 5 on the right side of blower fan I 4, blower fan I 4 is connected with connecting tube I 5;Connecting The right side of pipe I 5 is provided with air purifier I 6, and connecting tube I 5 is connected with air purifier I 6;Connect Pipe I 5 and air purifier I 6 are arranged at the inside of the upper side frame of window frame 1;At air purifier I 6 Right side be provided with escape pipe I 7, air purifier I 6 is connected with the left end of escape pipe I 7;Escape pipe I 7 are set to L-shaped, and escape pipe I 7 is arranged on the inside of the upper side frame of window frame 1, upper in window frame 1 Arranging porose on the rear wall of frame, the rear end of escape pipe I 7 is by arranging on the rear wall of the upper side frame of window frame 1 Hole reach the outside of window frame 1.
Be provided with suction nozzle II 8 on the right side of escape pipe I 7, suction nozzle II 8 is set to L-shaped, suction nozzle II 8 It is arranged on the inside of the upper side frame of window frame 1, the rear wall of the upper side frame of window frame 1 is arranged porose, inhale The rear end of trachea II 8 is reached outside window frame 1 by the hole arranged on the rear wall of the upper side frame of window frame 1 Portion;Air purifier II 9, the right-hand member of suction nozzle II 8 and air cleaning it is provided with on the right side of suction nozzle II 8 Device II 9 is connected;Be provided with connecting tube II 10 on the right side of air purifier II 9, air purifier II 9 with Connecting tube II 10 is connected;Air purifier II 9 and connecting tube II 10 are arranged at the upper side frame of window frame 1 Inside.
Be provided with blower fan II 11 on the right side of connecting tube II 10, connecting tube II 10 is connected with blower fan II 11, wind Machine II 11 is arranged on the inside at the upper right box angle of window frame 1;The lower section of blower fan II 11 is provided with escape pipe II 12, blower fan II 11 is connected with the upper end of escape pipe II 12, and escape pipe II 12 is arranged on the right of window frame 1 The inside of frame, escape pipe II 12 is set to L-shaped, arranges porose on the antetheca of the left frame of window frame 1, The front lower end of escape pipe II 12 reaches window frame 1 by the hole arranged on the antetheca of the left frame of window frame 1 Outside.
Window frame 1 lower frame be internally provided with spiral heat exchange tube 17, on the right side of spiral heat exchange tube 17 Being provided with outlet pipe 13, arrange porose on the rear wall of the lower frame of window frame 1, the upper end of outlet pipe 13 leads to The hole arranged on the rear wall of the lower frame crossing window frame 1 puts in the inside of window frame 1, the upper end of outlet pipe 13 It is connected with the right-hand member of spiral heat exchange tube 17;The lower left of outlet pipe 13 is provided with water tank 14, outlet pipe The lower-left end of 13 is connected with water tank 14, and water tank 14 is arranged on the lower section of window frame 1;A left side at water tank 14 Side is provided with water inlet pipe 16, and water tank 14 is connected with water inlet pipe 16;Water inlet pipe 16 is provided with water pump 15, water pump 15 and water inlet pipe 16 are arranged at the lower section of window frame 1;Window is passed through in the upper end of water inlet pipe 16 The hole arranged on the rear wall of the lower frame of frame 1 puts in the inside of window frame 1, and water inlet pipe 16 is arranged on spiral and changes The left side of heat pipe 17, the upper end of water inlet pipe 16 is connected with the left end of spiral heat exchange tube 17.
Also include controller 18, temperature sensor 19, interior air quality detector 20, the inspection of outer air quality Survey instrument 21 and humidity sensor 22;Controller 18, temperature sensor 19 and interior air quality detector 20 It is successively set on the rear of window frame 1, controller 18, temperature sensor 19 and interior air quality from bottom to top Detector 20 all rear walls with the left frame of window frame 1 are connected;Outer air mass detecting instrument 21 and humidity Sensor 22 is successively set on the front of window frame 1, outer air mass detecting instrument 21 and humidity from bottom to top Sensor 22 all antethecas with the left frame of window frame 1 are connected;Blower fan I 4, air purifier I 6, sky Gas purifier II 9, blower fan II 11, water pump 15, temperature sensor 19, interior air quality detector 20, outer Air quality detector 21 is connected with controller 18 the most respectively with humidity sensor 22.
Also include alarm module, wireless communication module I, wireless communication module II and handheld mobile device; Alarm module is connected with controller 18 the most respectively with wireless communication module I;Wireless communication module I is with wireless Communication module II is connected by radio communication, and wireless communication module II is connected with handheld mobile device.Described Controller 18 be set to PLC, described glass 2 is set to hollow safety glass, described spiral shell Rotation heat exchanger tube 17 is made up of stainless steel material.
Operation principle: in this utility model, owing to window is passed through in the front lower end of the suction nozzle I 3 of L-shaped setting The hole arranged on the antetheca of the left frame of frame 1 reaches the outside of window frame 1, and therefore blower fan I 4 can pass through Outside air is sucked by suction nozzle I 3, and passes through to carry out only in connecting tube I 5 is transported to air purifier I 6 Change processes.Owing to the rear wall setting of the upper side frame of window frame 1 is passed through in the rear end of the escape pipe I 7 of L-shaped setting Hole reaches the outside of window frame 1, the air after therefore air purifier I 6 can be purified by escape pipe I 7 It is transported to indoor.
In this utility model, owing to the upper side frame of window frame 1 is passed through in the rear end of the suction nozzle II 8 of L-shaped setting The hole that arranges of rear wall reach the outside of window frame 1, therefore suction nozzle II 8 can be by blower fan II 11 Operate and indoor air is siphoned away, and carry out purified treatment, then by even in being delivered into air purifier II 9 Adapter II 10 and blower fan II 11 are transported in escape pipe II 12.Due to before the escape pipe II 12 that L-shaped is arranged Lower end reaches the outside of window frame 1, therefore wind by the hole arranged on the antetheca of the left frame of window frame 1 Indoor air can be discharged in ambient atmosphere by machine II 11 by escape pipe II 12.
In this utility model, owing to being internally provided with spiral heat exchange tube 17 at the lower frame of window frame 1, Therefore, when extraneous sunlight irradiates window frame 1, spiral heat exchange tube 17 can absorb the heat that the sun sends, and Pass to the water within spiral heat exchange tube 17.When the water in spiral heat exchange tube 17 absorbs the heat regular hour After, starting water pump 15, the water in water tank 14 is transported to spiral heat exchange tube by water inlet pipe 16 by water pump 15 Heat in 17, and the hot water of spiral heat exchange tube 17 is discharged in water tank 14 by outlet pipe 13.With Time in this utility model, glass 2 is closed-loop layout with window frame 1, and glass 2 does not enters with window frame 1 Row is opened, and eliminates robber and enters indoor potential safety hazard by window, improves degree of safety.Simultaneously in room Interior people can be equipped with the quartering hammer matched with glass 2, and during to prevent from occurring outside intentionally, people can be led to Cross quartering hammer to be smashed by glass 2 and escape.
When also including controller 18, temperature sensor 19, interior air quality detector 20, outer air quality When detector 21 and humidity sensor 22, temperature sensor 19 carries out continual inspection to indoor temperature Surveying, and detection information is fed back to controller 18, indoor air quality is entered by interior air quality detector 20 The continual detection of row, and detection information is fed back to controller 18, outer air mass detecting instrument 21 is to room Outer air quality carries out continual detection, and detection information is fed back to controller 18, humidity sensor Device 22 carries out continual detection to the humidity of outdoor air, and detection information is fed back to controller 18. Due to blower fan I 4, air purifier I 6, air purifier II 9, blower fan II 11, water pump 15 the most respectively with Controller 18 is connected.Therefore when the feedback information received when controller 18 reaches the numerical range set, Controller 18 controls blower fan I 4, air purifier I 6, air purifier II 9, blower fan II 11, water respectively Pump 15 carries out action, the outside air absorbed is purified and is transported to indoor, or to being absorbed Room air carries out purifying and being discharged to outdoor.
When also including alarm module, wireless communication module I, wireless communication module II and handheld mobile device Time, when temperature sensor 19, interior air quality detector 20, outer air mass detecting instrument 21 and humidity pass When sensor 22 feeds back to the information appearance exception of controller 18, controller 18 can be by alarm module to people Send audible and visible alarm, to attract much attention.Simultaneously because wireless communication module I and radio communication mold Block II is connected by radio communication, and wireless communication module II is connected with handheld mobile device, therefore people's energy This utility model is remotely monitored and grasps by enough APP application programs built-in by mobile phone, panel computer etc. Make, improve the efficiency of ventilation.When described controller 18 is set to PLC, Ren Menneng Enough being adjusted described controller 18 easily is arranged, it is achieved simple efficient operation.When described glass When glass 2 is set to hollow safety glass, sound-insulating and heat-insulating is effective, and intensity high anti-seismic is effective.When described When spiral heat exchange tube 17 is made up of stainless steel material, not only heat absorption heat transfer efficiency is high, and can greatly prolong Long life, reduce cost.
Embodiment described above only have expressed preferred implementation of the present utility model, its describe more concrete and In detail, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, For the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make Some deformation, improving and substitute, these broadly fall into protection domain of the present utility model.Therefore, this practicality is new The protection domain of type patent should be as the criterion with claims.

Claims (6)

1. an energy saving and environment friendly intelligent window, it is characterised in that include window frame (1), glass (2), Suction nozzle I (3), blower fan I (4), connecting tube I (5), air purifier I (6), escape pipe I (7), Suction nozzle II (8), air purifier II (9), connecting tube II (10), blower fan II (11), escape pipe II (12), outlet pipe (13), water tank (14), water pump (15), water inlet pipe (16) and spiral heat exchange tube (17);
Window frame (1) is provided with glass (2), the left side of glass (2) is provided with suction nozzle I (3), Suction nozzle I (3) is arranged on the inside of the left frame of window frame (1), and suction nozzle I (3) is set to L-shaped, Arranging porose on the antetheca of the left frame of window frame (1), window is passed through in the front lower end of suction nozzle I (3) The hole arranged on the antetheca of the left frame of frame (1) reaches the outside of window frame (1);Suction nozzle I (3) Upper end be connected with blower fan I (4), blower fan I (4) is arranged on the interior of the upper left box angle of window frame (1) Portion;
Connecting tube I (5), blower fan I (4) and connecting tube I (5) it is provided with on the right side of blower fan I (4) It is connected;Be provided with air purifier I (6) on the right side of connecting tube I (5), connecting tube I (5) with Air purifier I (6) is connected;Connecting tube I (5) and air purifier I (6) are arranged at window The inside of the upper side frame of frame (1);The right side of air purifier I (6) is provided with escape pipe I (7), Air purifier I (6) is connected with the left end of escape pipe I (7);Escape pipe I (7) is set to L-shaped, Escape pipe I (7) is arranged on the inside of the upper side frame of window frame (1), at the upper side frame of window frame (1) Arranging porose on rear wall, the rear end of escape pipe I (7) is by setting on the rear wall of the upper side frame of window frame (1) The hole put reaches the outside of window frame (1);
Be provided with suction nozzle II (8) on the right side of escape pipe I (7), suction nozzle II (8) is set to L-shaped, Suction nozzle II (8) is arranged on the inside of the upper side frame of window frame (1), at the upper side frame of window frame (1) Arranging porose on rear wall, the rear end of suction nozzle II (8) is by setting on the rear wall of the upper side frame of window frame (1) The hole put reaches the outside of window frame (1);The right side of suction nozzle II (8) is provided with air purifier II (9), the right-hand member of suction nozzle II (8) is connected with air purifier II (9);At air purifier II (9) right side is provided with connecting tube II (10), and air purifier II (9) is connected with connecting tube II (10) Connect;Air purifier II (9) and connecting tube II (10) are arranged at the interior of the upper side frame of window frame (1) Portion;
Blower fan II (11), connecting tube II (10) and blower fan II (11) it is provided with on the right side of connecting tube II (10) Being connected, blower fan II (11) is arranged on the inside at the upper right box angle of window frame (1);At blower fan II (11) Lower section be provided with escape pipe II (12), blower fan II (11) is connected with the upper end of escape pipe II (12), Escape pipe II (12) is arranged on the inside of the left frame of window frame (1), and escape pipe II (12) is set to L Shape, arranges porose on the antetheca of the left frame of window frame (1), and the front lower end of escape pipe II (12) is passed through The hole arranged on the antetheca of the left frame of window frame (1) reaches the outside of window frame (1);
Window frame (1) lower frame be internally provided with spiral heat exchange tube (17), in spiral heat exchange tube (17) Right side be provided with outlet pipe (13), the rear wall of the lower frame of window frame (1) is arranged porose, water outlet The upper end of pipe (13) puts in window frame (1) by the hole arranged on the rear wall of the lower frame of window frame (1) Inside, the upper end of outlet pipe (13) is connected with the right-hand member of spiral heat exchange tube (17);In outlet pipe (13) Lower left be provided with water tank (14), the lower-left end of outlet pipe (13) is connected with water tank (14), water tank (14) lower section of window frame (1) it is arranged on;The left side of water tank (14) is provided with water inlet pipe (16), Water tank (14) is connected with water inlet pipe (16);Water inlet pipe (16) is provided with water pump (15), water pump And water inlet pipe (16) is arranged at the lower section of window frame (1) (15);The upper end of water inlet pipe (16) is passed through The hole arranged on the rear wall of the lower frame of window frame (1) puts in the inside of window frame (1), water inlet pipe (16) It is arranged on the left side of spiral heat exchange tube (17), the upper end of water inlet pipe (16) and spiral heat exchange tube (17) Left end is connected.
The energy saving and environment friendly intelligent window of one the most according to claim 1, it is characterised in that also include There are controller (18), temperature sensor (19), interior air quality detector (20), outer air quality testing Instrument (21) and humidity sensor (22);Controller (18), temperature sensor (19) and interior air quality Detector (20) is successively set on the rear of window frame (1) from bottom to top, and controller (18), temperature pass All rear walls with the left frame of window frame (1) are connected sensor (19) with interior air quality detector (20); Outer air mass detecting instrument (21) and humidity sensor (22) are successively set on window frame (1) from bottom to top Front, outer air mass detecting instrument (21) and humidity sensor (22) all with the left side of window frame (1) The antetheca of frame is connected;Blower fan I (4), air purifier I (6), air purifier II (9), blower fan II (11), water pump (15), temperature sensor (19), interior air quality detector (20), outer space makings Amount detector (21) is connected with controller (18) the most respectively with humidity sensor (22).
The energy saving and environment friendly intelligent window of one the most according to claim 2, it is characterised in that also include There are alarm module, wireless communication module I, wireless communication module II and handheld mobile device;Alarm module and Wireless communication module I is connected with controller (18) the most respectively;Wireless communication module I and radio communication mold Block II is connected by radio communication, and wireless communication module II is connected with handheld mobile device.
The energy saving and environment friendly intelligent window of one the most according to claim 2, it is characterised in that described Controller (18) is set to PLC.
The energy saving and environment friendly intelligent window of one the most according to claim 1, it is characterised in that described Glass (2) is set to hollow safety glass.
The energy saving and environment friendly intelligent window of one the most according to claim 1, it is characterised in that described Spiral heat exchange tube (17) is made up of stainless steel material.
CN201620069920.3U 2016-01-25 2016-01-25 Energy -concerving and environment -protective type smart window Expired - Fee Related CN205477226U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620069920.3U CN205477226U (en) 2016-01-25 2016-01-25 Energy -concerving and environment -protective type smart window

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Application Number Priority Date Filing Date Title
CN201620069920.3U CN205477226U (en) 2016-01-25 2016-01-25 Energy -concerving and environment -protective type smart window

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Publication Number Publication Date
CN205477226U true CN205477226U (en) 2016-08-17

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106522780A (en) * 2016-12-27 2017-03-22 西安交通大学 Ventilating window with haze prevention and noise reduction functions
CN106639828A (en) * 2016-12-16 2017-05-10 重庆金华兴门业有限公司 Dampproof door for storage room of outdoor play ground
CN110805381A (en) * 2018-08-06 2020-02-18 香港城市大学深圳研究院 Liquid flow window
WO2022025855A1 (en) * 2020-07-30 2022-02-03 İstarad İkli̇mlendi̇rme Teknoloji̇leri̇ Radyatör Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇ Heating and cooling system which are adapted to window panels

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106639828A (en) * 2016-12-16 2017-05-10 重庆金华兴门业有限公司 Dampproof door for storage room of outdoor play ground
CN106522780A (en) * 2016-12-27 2017-03-22 西安交通大学 Ventilating window with haze prevention and noise reduction functions
CN110805381A (en) * 2018-08-06 2020-02-18 香港城市大学深圳研究院 Liquid flow window
CN110805381B (en) * 2018-08-06 2021-01-15 香港城市大学深圳研究院 Liquid flow window
WO2022025855A1 (en) * 2020-07-30 2022-02-03 İstarad İkli̇mlendi̇rme Teknoloji̇leri̇ Radyatör Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇ Heating and cooling system which are adapted to window panels

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