CN204301210U - A kind of intelligent air purifying window and window intelligent air purifying system - Google Patents

Abstract

The utility model relates to an intelligent window, in particular to an intelligent air purification window and an intelligent air purification system for the window. In order to solve the problem that the frame body of the existing intelligent air purification window is thick and unsuitable for production and installation, the utility model provides an intelligent air purification window and an intelligent air purification system for the window. The intelligent air purification window includes a window frame, a window sash, a sensor and a controller, and also includes an outdoor air purification device; The purification device includes an air inlet system and an air outlet system; the air inlet system communicates with the air inlet channel; the air outlet system communicates with the air outlet channel; a filter component is arranged in the air inlet system. The intelligent air purification window and the window intelligent air purification system provided by the utility model can provide clean air to the room without opening the window.

Description

An intelligent air purification window and an intelligent air purification system for windows

technical field

The utility model belongs to the field of building decoration and relates to an intelligent window, in particular to an intelligent air purification window and an intelligent air purification system for windows.

Background technique

With the promulgation of "National Air Quality Standards", "National Building Energy Conservation Standards" and "National Energy Conservation Law", building energy conservation, high efficiency, safety, environmental protection, health and indoor air quality issues have attracted the most attention in the industry in recent years topic. Due to serious environmental pollution, the air contains high levels of smog, toxic and harmful gases, and a large amount of floating objects in the lower air, which seriously deteriorates the air quality. In the indoor environment where people live and work, opening the windows for ventilation will cause the heavily polluted outdoor air to enter the room, which is not good for human health; not opening the windows for ventilation will form a closed space indoors, and the oxygen content of the indoor air will gradually decrease. Reduced, the carbon dioxide content gradually increased, which is not conducive to human health. Therefore, people need a kind of such window, and this window promptly does not need to open ventilation, and clean air can be provided for indoor again. In response to this demand of people, intelligent air purification windows have appeared on the market. The existing purification window is to set the air inlet channel and the air outlet channel on the frame of the window, preferably on the stile, and install a filter and a positive and negative ion generator at the inlet of the air inlet channel to filter the floating objects in the outdoor air and sterilization. Although this purification window can solve the above-mentioned problems existing in the prior art and meet people's needs, the exhaust fan unit and positive and negative ion generators of the purification window are all installed on the frame of the window, so that the frame of the window Thickness becomes large, very bulky, not suitable for production and installation.

Contents of the invention

In order to solve the problem that the frame body of the existing intelligent air purification window becomes thicker, is very bulky, and is not suitable for production and installation, the present invention provides an intelligent air purification window and an intelligent air purification system for windows. The intelligent air purification window provided by the invention has a simple and ingenious structure, does not increase the thickness of the window frame, and is convenient for production and installation. The intelligent air purification system for windows provided by the present invention can be installed on existing windows, so that the existing windows have the function of providing clean air to the room without opening the windows.

In order to solve the problems of the technologies described above, the present invention adopts the following technical solutions:

The invention provides an intelligent air purification window, which includes a window frame (1), a window sash (2), a sensor and a controller, and the purification window also includes an outdoor air purification device (3); the window frame includes a stile ( 11), the stile (11) is provided with an air inlet channel (110) and an air outlet channel (120); the outdoor air purification device (3) includes an air inlet system (31) and an air outlet system (32); The air inlet system communicates with the air inlet channel; the air outlet system communicates with the air outlet channel; a filter component is arranged in the air inlet system. The intelligent air purification window provides filtered air for the room through the air inlet system and the air inlet channel, and discharges the indoor air to the outside through the air outlet channel and the air outlet system.

Further, the controller is connected with the sensor, the air inlet system, and the air outlet system; the indicators detected by the sensor include air temperature, humidity, and air quality; The purification unit is working.

Further, the controller can be operated manually or remotely.

Further, the intelligent air purification window includes a window frame (1), a sash (2), a sensor and a controller, and the purification window also includes an outdoor air purification device (3); the window frame includes a stile (11 ), the air inlet channel (110) and the air outlet channel (120) are set on the stile (11); the outdoor air purification device (3) includes a housing (300), and the There are an outdoor air inlet (310) and an outdoor air outlet (320); an air inlet system (31) and an air outlet system (32) are arranged in the housing (300); the air inlet system (31) includes an air inlet fan (313) and the air inlet duct (311); the outdoor air inlet (310) communicates with the air inlet duct (311), and the air inlet duct (311) communicates with the air inlet channel (110); the air outlet system (32) comprising an air outlet fan (323) and an air outlet duct (321); the outdoor air outlet (320) communicates with the air outlet duct (321), and the air outlet duct (321) is connected to the air outlet channel (120 ) are connected; the air intake system (31) is provided with a filter component (315).

The filter element is a filter layer or a filter.

Further, the intelligent air purification window also includes a screen window system (600). The screen system (600) includes a screen pull (601).

Since the air inlet fan and the air outlet fan in the above structure are installed outside the mullion and inside the housing, the indoor noise is very small when the fan is working.

Further, when the air inlet system (31) of the outdoor purification device (3) is working, the air inlet system (31) starts the air inlet fan (313), and the outdoor air is drawn into the air inlet through the outdoor air inlet (310). The system (31) transports the outdoor air to the room through the air inlet duct (311) and the air inlet channel (110) after being filtered by the filter component (315), so as to provide clean air for the indoor environment.

When the air outlet system (32) of the above-mentioned outdoor purification device is working, the air outlet system (32) starts the air outlet fan (323), the indoor air is drawn into the air outlet system (32), and the indoor air is passed through the air outlet channel (120 ) and the air outlet duct (321) and the outdoor air outlet (320) are delivered to the outside.

The above-mentioned air inlet system (31) and air outlet system (32) can work alternately or simultaneously.

Further, the width of the stile of the smart air purification window is 68mm.

Further, the outdoor air purification device (3) is placed outside the mullion of the window, and communicates with the air inlet channel and the air outlet channel of the mullion. Further, the outdoor air purification device (3) is not installed in the mullion structure, but an independent structure separated from the mullion.

Further, positive and negative ion generators or no positive and negative ion generators are arranged in the air inlet channel (110).

Further, the indoor side of the stile is provided with an indoor panel (111), and the indoor panel is provided with indoor air intake louvers (1111), indoor air outlet air louvers (1112), and a display screen (1113); The indoor air inlet louvers (1111) are connected with the air inlet passage (110), and the indoor air outlet louvers (1112) are connected with the air outlet passage (120); the display screen (1113) is provided with a ventilation An air hole (1130), an indoor humidity sensor is arranged behind the display screen, a sensor for detecting air quality (referred to as an air quality sensor or an air pollution sensor).

Further, a humidifier (1101) is provided in the air inlet channel (110), and a humidification system water injection port (1114) is also provided on the indoor panel (111), and the water injection port is connected to a water storage container, which stores The water container communicates with the humidifier (1101) through the water inlet pipe and the water return pipe, the water in the water storage container enters the humidifier through the water inlet pipe, and the excess water in the humidifier returns to the water storage container through the water return pipe.

The indoor humidity sensor is used to sense the humidity of the indoor air. When the indoor air humidity is low, the controller will instruct the air intake system to start working, and at the same time instruct the humidifier to start working to provide clean air with high humidity for the indoor environment. When the air quality sensor senses that the indoor air quality is poor, such as low oxygen content or high carbon dioxide content, the controller instructs the air inlet system and the air outlet system to work alternately to provide clean air for the indoor environment and remove the poor indoor air quality. Exhaust outside.

Further, the air intake system (31) also includes an air intake box (314) and an air outlet adapter elbow (312); the air intake box (314) includes filter components (315), and the air intake fan (313) , the inlet of the air inlet box (314) is connected with the outdoor air inlet (310), the outlet of the air inlet box (314) is connected with the inlet of the outlet adapter elbow (312), and the outlet adapter elbow (312 ) is communicated with the air inlet duct (311);

The air outlet system (32) also includes an air outlet box (322); the air outlet fan (323) is arranged in the air outlet box (322), and the inlet of the air outlet box (322) is communicated with the air outlet duct (321), The outlet of the air outlet box (322) communicates with the outdoor air outlet (320).

Further, the housing (300) includes an outdoor panel (301), and the outdoor panel (301) is provided with outdoor air inlet louvers (316), outdoor air outlet louvers (326); the outdoor air inlet louvers ( 316) is located outside the outdoor air inlet (310), and the outdoor air outlet louvers (326) are located outside the outdoor air outlet (320).

Further, the housing (300) includes an outdoor panel (301), and the outdoor panel (301) is provided with an outdoor air inlet (310), an outdoor air outlet (320); the outdoor air inlet (310) and the chamber The air outlet (320) is a louver structure.

Further, an insect-proof net (317) is arranged between the air inlet box (314) and the outdoor air inlet louvers (316).

Further, a filter component (325) is provided between the air outlet box (322) and the outdoor air outlet (320), for filtering floating objects in the indoor air.

Further, the outdoor air purification device (3) also includes an outdoor humidity sensor (400) and a connecting pipe (33); an upward ventilation port (330) is arranged above the air outlet box (322); the The air inlet box (314) communicates with the air outlet box (322) through the upward ventilation port (330) and the connecting pipe (33).

Further, the outdoor humidity sensor (400) is installed on one side of the outdoor air intake louvers (316).

When the outdoor humidity sensor (400) detects that the outdoor air humidity is greater than the set value, for example, when it is raining outdoors, the controller instructs the outdoor air purification device (3) to close the outdoor air inlet louvers (316), and close the outdoor air outlet louvers (326); the controller instructs the air inlet system and the air outlet system to work simultaneously, and the air in the room is passed through the indoor air outlet (1112), the air outlet channel (120), the air outlet box (322), and the air exchange port (330) , the connecting pipe (33), after being filtered by the filter element (315) of the air intake system (31), then passes through the air intake duct (311), the air intake passage (110), and the filtered air is sent to the indoor air inlet (1111). Air enters the chamber.

Further, the outdoor panel (301) is located on the side of the outdoor air purification device (3) facing the window.

In this way, only the casing of the outdoor air purification device can be seen from the outside, and the structure inside the casing, and the outdoor air inlet and outdoor air outlet cannot be seen, so that the overall structure of the window is simple and beautiful. Moreover, rainwater is prevented from infiltrating into the casing of the outdoor air purification device through the outdoor air inlet and the outdoor air outlet.

The present invention also provides an intelligent air purification system for windows, the purification system includes the above-mentioned outdoor air purification device (3) and a ventilation mullion (50); the ventilation mullion (50) is provided with an air inlet channel (510) and the air outlet channel (520); the air inlet system (31) communicates with the air inlet channel (510); the air outlet system (32) communicates with the air outlet channel (520).

Further, in the intelligent air purification system for windows, an indoor panel (51) is provided on the side of the ventilation mullion located indoors, and louvers (511) are provided on the indoor panel, and the indoor air is ventilated to the outside. louvers (512), display screen (513); the indoor air-inlet louvers are connected to the air-intake channel, and the indoor air-outward louvers are connected to the air-out channel; vent holes are set on the display screen, and the An indoor humidity sensor and an air quality sensor are arranged behind the display screen.

Further, in the intelligent air purification system for windows, a humidifier (5101) is provided in the air inlet channel (510), and a humidification system water injection port (514) is also provided on the indoor panel, and the water injection port A water storage container is connected, and the water storage container is connected with the humidifier through the water inlet pipe and the water return pipe. The water in the water storage container enters the humidifier through the water inlet pipe, and the excess water in the humidifier returns to the water storage container through the water return pipe.

Further, in the intelligent air purification system for windows, an indoor humidity sensor is set in the air outlet channel (520).

The intelligent air purification window and the window intelligent air purification system provided by the present invention are powered by a 12V DC power supply.

The air inlet system and the air outlet system in the intelligent air purification window and the window intelligent air purification system provided by the present invention can work simultaneously or alternatively. The intelligent air purification window and the intelligent air purification system for windows provided by the present invention can purify the outdoor air and input it indoors, and discharge the indoor air to the outdoors (this working method can be referred to as the circulation inside and outside the window); it can also filter the indoor air Then input it back into the room (this working method can be referred to as one-way internal circulation for short).

The intelligent air purification window and the intelligent air purification system for the window provided by the present invention are intelligent indoor air purification products which adopt the working mode of internal and external circulation of the window and one-way internal circulation. Its use process is as follows:

The display screen in the product provided by the invention has the function of remote control and manual integration; the gas detection sensor in the window is sampled, and the signal is converted into Chinese or numbers on the display screen; Current temperature, humidity, air quality index. When the display has no backlight, it means that the current indoor air quality is normal. In addition, the outdoor air purification device (3) is provided with an outdoor humidity sensor (400) (or called a rain humidity sensor) to sample the outdoor air. When there is no rain, the signal is transmitted to the controller, and the controller instructs the fan to convert the electric energy Turn into power, command the two reducer motors of the fan of the air intake system to start, and rotate forward for 5 seconds, so that the outdoor air inlet and the indoor air inlet are opened, and the two fans of the fan of the air intake system are started to work; at the same time , the air quality monitoring sensor behind the display screen monitors and samples, and according to whether the air index in the window reaches the standard, further commands the two synchronous three-stage speed fans in the air intake system to start at three levels of weak, medium and strong; And let it work continuously for 2 minutes. If the air index in the window is normal, then the motor power should be at the minimum speed to make it environmentally friendly and energy-saving (note: it should be the same as the green operation mode); when the time is up, stop the fan of the air intake system; and start the fan of the air intake system at the same time The reducer motor rotates in reverse for 5 seconds, so that the outdoor air inlet and the indoor air inlet are automatically closed.

At the same time, start the two reducer motors of the fan of the air outlet system to work, so that the indoor air outlet and the outdoor air outlet are opened, and the two three-stage fans of the fan of the air outlet system are ordered to work, so that the air outlet system turns the indoor air Exhaust air is discharged to the outside, and the humidity sensor in the air outlet channel detects the humidity of the air from the room to determine whether the indoor air humidity index reaches 40% to 60%. Monitor and continue to exhaust air to the outside for 2 minutes, and then close the outlet after 2 minutes. The fan of the air system starts the reducer motor of the air outlet system and works in reverse for 5 seconds, so that the outdoor air outlet and the indoor air outlet are automatically closed. The monitoring data value of indoor air humidity is obtained by the smart display screen, and according to whether the air humidity in the window meets the requirements, the controller orders the air intake system to work to deliver clean air to the room. When the indoor air humidity is less than 40%, the controller should command to start the humidifier in the air inlet channel, so that the humidifier starts to work, and humidifies the air entering the room. The humidifier and the air inlet channel continue to work for 20 minutes. (Strong), the fan of the air intake system runs at the highest speed, so as to achieve effective humidification and fragrance of the air. In addition, when the air humidity is greater than or equal to 60%, the controller commands to turn off the power of the humidifier, so that the humidifier stops working; closes all equipment in the air intake system, and commands to start the air outlet system to start working, time setting and initial mode The same, but do not start the air monitoring and sampling analysis in the window, that is, the air outlet system starts to work continuously for 2 minutes and then shuts down, and the air inlet system is started to continue to work for 2 minutes, but the humidifier is not started to work; in this cycle mode, cycle Work 10 times, about 45 minutes or so. After that, enter the second window air humidity monitoring sampling analysis again, and decide whether to enter the second high-power operation again and start 20 minutes of enhanced humidification according to the data displayed on the display. Then return to normal mode to work. When working in the normal mode, the air pollution sensor monitors the indoor air all the time and takes samples for analysis, and sends instructions according to the data displayed on the display screen, ordering the fans of the air inlet system or the fan of the air outlet system to use weak, medium, or strong way to work. This way of working is the cycle mode inside and outside the window.

In addition, when the outdoor rain humidity sensor detects that it is raining, the intelligent controller sends out an instruction to close the louvers of the outdoor air inlet and the outdoor air outlet. A reducer motor on the air box runs forward, and opens the upward air exchange port (also called automatic baffle) above the air outlet box of the air outlet system. When the internal circulation mode is not running, the automatic baffle is ordered to be tightly closed. state. At this time, the air in the room is drawn out by a three-stage speed exhaust fan of the fan of the air outlet system, and at the same time, a three-stage speed fan of the fan of the air intake system starts to work, and the air passes through the filter in the air intake system. filter, and return the filtered air back to the room. When the indoor air is polluted, the backlight of the display screen will display three different colors of green, yellow or red, thereby waking up the controller and ordering to start the reducer motor of the fan of the air inlet system and the air outlet system to run forward for 5 seconds, and turn on at the same time The indoor air inlet and the indoor air outlet are used to instruct each fan to work. The green color of the display backlight represents light pollution, yellow represents moderate pollution, and red represents severe pollution. The controller controls the weak, medium or strong three-level speed of the fans in the air inlet system and air outlet system according to the degree of pollution. This working mode is the one-way internal circulation purification air working mode in the window.

In addition, the product provided by the present invention can simultaneously monitor whether the air humidity in the window needs to be humidified. If it is detected that humidification is required, set the working continuous humidification time to 20 minutes, or when the air humidity monitoring value in the window has reached 60%. , the controller issues a work command to force the humidifier to be shut down. After about 45 minutes, the sensor will monitor and sample again to achieve the working mode of intelligent air purification.

The controller of the product provided by the present invention has a remote control or manual function, and the remote control can be used to close or open the air outlet system and the air inlet system, command the motor of the reducer to rotate forward or reverse, and keep all the data displayed on the LCD screen, etc. Realize most of the functions of the product, but cannot completely turn off all power.

If it is necessary to completely cut off the power supply, the smart window provided by the present invention or the total power supply on the purification system must be manually closed to completely cut off the power supply.

Compared with the existing intelligent air purification window, the intelligent air purification window provided by the present invention does not need to open the window for ventilation, but can provide clean air for the room, and the structure is simple and ingenious, without increasing the thickness of the window frame, which is convenient for production and maintenance. Install. The intelligent air purification system for windows provided by the invention can be installed on existing windows, so that the existing windows have the function of providing clean air to the room without opening the windows; saving people the inconvenience of replacing windows.

The product provided by the invention can automatically detect the indoor air according to the program, and instruct the fan to run according to the detection result, so as to provide clean air for the room or humidify the air entering the room. The controller of this product is enough for manual and remote control, and can also be controlled by an APP application program of a smart phone. The product provided by the invention is a highly intelligent product, which is very convenient for users to use.

Description of drawings

Fig. 1 is the schematic diagram of the front view of the intelligent air purification window seen from the room of the present invention;

Fig. 2 is a schematic diagram of the front view of the intelligent air purification window shown in Fig. 1 viewed from the outside;

Fig. 3 is a schematic diagram of the A-A sectional structure of the intelligent air purification window shown in Fig. 1 and Fig. 2;

Fig. 4 is a B-B sectional structural schematic diagram of the intelligent air purification window shown in Fig. 1 and Fig. 2;

Fig. 5 is a schematic front view of the indoor panel of the intelligent air purification window shown in Fig. 1;

Fig. 6 is a schematic front view of the outdoor panel of the intelligent air purification window shown in Fig. 1;

Fig. 7 is a schematic diagram of the air intake of the intelligent air purification window shown in Fig. 1;

Fig. 8 is a schematic diagram of the air outlet of the intelligent air purification window shown in Fig. 1;

Fig. 9 is a 1-1 longitudinal structural schematic diagram of the intelligent air purification window shown in Fig. 1 and Fig. 2;

Fig. 10 is a 2-2 longitudinal structural schematic diagram of the intelligent air purification window shown in Fig. 1 and Fig. 2;

Figure 11 is a schematic diagram of the front view from the room after the intelligent air purification system for windows provided by the present invention is installed in the original window mullion;

Fig. 12 is a schematic front view from the outside after the intelligent air purification system for windows provided by the present invention is installed in the original window mullion;

Fig. 13 is a schematic diagram of the A-A sectional structure after the intelligent air purification system for windows shown in Fig. 11 and Fig. 12 is installed on the original window mullion;

Fig. 14 is a B-B cross-sectional structural schematic diagram after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed on the original window mullion;

Fig. 15 is a schematic front view of the indoor panel after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed in the original window mullion;

Fig. 16 is a schematic front view of the outdoor panel after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed in the original window mullion;

Fig. 17 is a schematic diagram of the air intake after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed on the original window mullion;

Fig. 18 is a schematic diagram of the air outlet after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed on the original window mullion;

Fig. 19 is a 1-1 longitudinal sectional structural schematic diagram after the window intelligent air purification system shown in Fig. 11 and Fig. 12 is installed on the original window mullion;

Fig. 20 is a 2-2 longitudinal sectional structural diagram after the intelligent air purification system for windows shown in Fig. 11 and Fig. 12 is installed on the original window mullion.

Detailed ways

In order to better understand the structure, functions, and advantages of the present invention, preferred embodiments of the present invention will be described in detail below with reference to the drawings.

The present invention provides an intelligent air purification system for windows. The purification system includes an outdoor air purification device 3 and a ventilation stile 50; the outdoor air purification device 3 includes a housing 300, and the housing 300 includes an outdoor panel 301. The outdoor panel 301 is provided with an outdoor air inlet 310 and an outdoor air outlet 320; the housing 300 is provided with an air inlet system 31 and an air outlet system 32; the air inlet system 31 includes an air inlet fan 313 and an air inlet fan 313 Pipe 311; the outdoor air inlet 310 communicates with the air inlet duct 311; the air outlet system 32 includes an air outlet fan 323 and an air outlet duct 321; the outdoor air outlet 320 communicates with the air outlet duct 321; The air inlet channel 510 and the air outlet channel 520 are set on the ventilation center stile 50; the air inlet duct 311 communicates with the air inlet channel 510; the air outlet duct 321 communicates with the air outlet channel 520; the air inlet system 31 A filter member 315 is provided inside.

Further, outdoor air inlet louvers 316 are arranged on the outside of the outdoor air inlet 310 , and outdoor air outlet louvers 326 are arranged on the outside of the outdoor air outlet 320 .

Further, the air intake system 31 also includes an air intake box 314 and an air outlet adapter elbow 312; the air intake box 314 includes a filter component 315, an air intake fan 313, the entrance of the air intake box 314 and the outdoor air inlet 310 The outlet of the air inlet box 314 is connected with the inlet of the air outlet adapter elbow 312, and the outlet of the air outlet adapter elbow 312 is communicated with the air inlet duct 311;

The air outlet system 32 also includes an air outlet box 322; an air outlet fan 323 is arranged in the air outlet box 322, the inlet of the air outlet box 322 is connected with the air outlet duct 321, and the outlet of the air outlet box 322 is connected with the outdoor air outlet 320 Pass.

Further, an insect-proof net 317 is provided between the air inlet box 314 and the outdoor air inlet louvers 316 .

Further, a filter component is provided between the air outlet box 322 and the outdoor air outlet 320 for filtering floating objects in the indoor air.

Further, the outdoor air purification device 3 also includes an outdoor humidity sensor 400 and a connecting pipe 33; an upward ventilation port 330 is arranged above the air outlet box 322; the air inlet box 314 and the air outlet box 322 communicates with each other through the upward ventilation port 330 and the connecting pipe 33 .

Further, the outdoor panel 301 is located on the side of the outdoor air purification device 3 facing the window.

Further, positive and negative ion generators or no positive and negative ion generators are provided in the air intake channel 510 .

Further, the indoor side of the ventilation center stile 50 is provided with an indoor panel 51, the indoor panel is provided with indoor air intake louvers 511, indoor air outlet louvers 512, and a display screen 513; The louver 511 is connected with the air inlet channel 510, and the indoor air outlet louver 512 is connected with the air outlet channel 520; the display screen 513 is provided with a ventilation hole 5130, and an indoor humidity sensor is provided behind the display screen, and the air quality sensor.

Further, a humidifier 5101 is provided in the air inlet channel 510, and a humidification system water injection port 514 is also provided on the indoor panel 51. The water injection port is connected to a water storage container, and the water storage container passes through a water inlet pipe and a return pipe. It communicates with the humidifier 5101, the water in the water storage container enters the humidifier through the water inlet pipe, and the excess water in the humidifier returns to the water storage container through the water return pipe.

Further, a humidity sensor is set in the air outlet channel.

When the above-mentioned intelligent air purification system for windows is used, part of the original stile 60 on the window is removed first, and then the ventilation stile 50 is installed on the stile 60, and the outdoor air purification device 3 is installed outdoors. Connect the wires to the window smart air cleaning system described above to provide power to the cleaning system.

Example 1

As shown in Figures 1 to 10, the present invention provides an intelligent air purification window, including a window frame 1, a window sash 2, a sensor and a controller, the purification window also includes an outdoor air purification device 3; the window frame includes The middle stile 11 is provided with an air inlet channel 110 and an air outlet channel 120; the outdoor air purification device 3 includes a housing 300, and the housing 300 is provided with an outdoor air inlet 310 and an outdoor air outlet 320 The housing 300 is provided with an air inlet system 31 and an air outlet system 32; the air inlet system 31 includes an air inlet fan 313 and an air inlet duct 311; the outdoor air inlet 310 communicates with the air inlet duct 311, The air duct 311 communicates with the air inlet channel 110; the air outlet system 32 includes an air outlet fan 323 and an air outlet duct 321; the outdoor air outlet 320 communicates with the air outlet duct 321, and the outlet duct 321 communicates with the outlet duct The air passages 120 are connected; the air intake system 31 is provided with a filter component 315 .

The controller is connected with the sensor, the air inlet fan and the air outlet fan.

The filter element is a filter layer or a filter.

Further, the intelligent air purification window also includes a screen window system 600 . The screen system 600 includes a screen pull wire 601 .

Since the air inlet fan and the air outlet fan in the above structure are installed outside the mullion and inside the housing, the indoor noise is very small when the fan is working.

Further, when the air inlet system 31 of the outdoor purification device 3 is working, the air inlet system 31 starts the air inlet fan 313, and the outdoor air is sucked into the air inlet system 31 through the outdoor air inlet 310, and is filtered by the filter member 315. The outdoor air is transported indoors through the air inlet duct 311 and the air inlet channel 110 to provide clean air for the indoor environment.

When the air outlet system 32 of the above-mentioned outdoor purification device is working, the air outlet system 32 starts the air outlet fan 323, and the indoor air is sucked into the air outlet system 32, and the indoor air passes through the air outlet channel 120 and the air outlet duct 321 and the outdoor air outlet. 320 to the outdoors.

The above-mentioned air inlet system 31 and air outlet system 32 can work alternately or simultaneously.

Further, the width of the stile of the smart air purification window is 68mm.

Further, the outdoor air purification device 3 is placed outside the mullion of the window, and communicates with the air inlet channel and the air outlet channel of the mullion. Further, the outdoor air purification device 3 is not installed in the mullion structure, but an independent structure separated from the mullion.

Further, positive and negative ion generators are arranged in the air intake channel 110 .

Further, the indoor side of the stile is provided with an indoor panel 111, and the indoor panel is provided with indoor air inlet louvers 1111, indoor air outlet louvers 1112, and a display screen 1113; the indoor air inlet 1111 and The air inlet passage 110 is connected, and the indoor air outlet 1112 is connected with the air outlet passage 120; the display screen 1113 is provided with a ventilation hole 1130, and an indoor humidity sensor is arranged behind the display screen, and a sensor for detecting air quality ( Referred to as air quality sensor or air pollution sensor).

Further, a humidifier 1101 is provided in the air inlet passage 110, and a humidification system water injection port 1114 is also provided on the indoor panel 111. The water injection port is connected to a water storage container, and the water storage container passes through a water inlet pipe and a return pipe. It communicates with the humidifier 1101, the water in the water storage container enters the humidifier through the water inlet pipe, and the excess water in the humidifier returns to the water storage container through the water return pipe.

The indoor humidity sensor is used to sense the humidity of the indoor air. When the indoor air humidity is low, the controller will instruct the air intake system to start working, and at the same time instruct the humidifier to start working to provide clean air with high humidity for the indoor environment. When the air quality sensor senses that the indoor air quality is poor, such as low oxygen content or high carbon dioxide content, the controller instructs the air inlet system and the air outlet system to work alternately to provide clean air for the indoor environment and remove the poor indoor air quality. Exhaust outside.

Further, the air intake system 31 also includes an air intake box 314 and an air outlet adapter elbow 312; the air intake box 314 includes a filter component 315, an air intake fan 313, the entrance of the air intake box 314 and the outdoor air inlet 310 The outlet of the air inlet box 314 is connected with the inlet of the air outlet adapter elbow 312, and the outlet of the air outlet adapter elbow 312 is communicated with the air inlet duct 311;

The air outlet system 32 also includes an air outlet box 322; an air outlet fan 323 is arranged in the air outlet box 322, the inlet of the air outlet box 322 is connected with the air outlet duct 321, and the outlet of the air outlet box 322 is connected with the outdoor air outlet 320 Pass.

Further, the housing 300 includes an outdoor panel 301, and the outdoor panel 301 is provided with an outdoor air inlet louver 316 and an outdoor air outlet louver 326; the outdoor air inlet louver 316 is located outside the outdoor air inlet 310. The outdoor air outlet louvers 326 are located outside the outdoor air outlet 320 .

Further, an insect-proof net 317 is provided between the air inlet box 314 and the outdoor air inlet louvers 316 .

Further, a filter member 325 is provided between the air outlet box 322 and the outdoor air outlet 320 for filtering floating objects in the indoor air.

Further, the outdoor air purification device 3 also includes an outdoor humidity sensor 400 and a connecting pipe 33; an upward ventilation port 330 is arranged above the air outlet box 322; the air inlet box 314 and the air outlet box 322 communicates with each other through the upward ventilation port 330 and the connecting pipe 33 .

Further, the outdoor humidity sensor 400 is installed on one side of the outdoor air intake louvers 316 .

When the outdoor humidity sensor 400 detects that the outdoor air humidity is greater than the set value, for example, when it is raining outdoors, the controller instructs the outdoor air purification device 3 to close the outdoor air inlet louvers 316 and close the outdoor air outlet louvers 326; The air system and the air outlet system work at the same time, and the indoor air passes through the indoor air outlet 1112, the air outlet channel 120, the air outlet box 322, the air exchange port 330, the connecting pipe 33, and is filtered by the filter part 315 of the air inlet system 31 , and then through the air inlet duct 311, the air inlet channel 110, and the filtered air is input into the indoor air inlet 1111.

Further, the outdoor panel 301 is located on the side of the outdoor air purification device 3 facing the window.

Example 2

As shown in Embodiment 1, the smart air purification window, wherein, the housing 300 includes an outdoor panel 301, and the outdoor panel 301 is provided with an outdoor air inlet 310 and an outdoor air outlet 320; the outdoor air inlet 310 and the outdoor air outlet 320 is a louver structure.

Example 3

As shown in Figures 11 to 20, the present invention provides an intelligent air purification system for windows, the purification system includes an outdoor air purification device 3 and a ventilation center stile 50; the outdoor air purification device 3 includes a housing 300, the The housing 300 includes an outdoor panel 301, and the outdoor panel 301 is provided with an outdoor air inlet 310 and an outdoor air outlet 320; the housing 300 is provided with an air inlet system 31 and an air outlet system 32; the air inlet system 31 includes an air inlet fan 313 and an air inlet duct 311; the outdoor air inlet 310 communicates with the air inlet duct 311; the air outlet system 32 includes an air outlet fan 323 and an air outlet duct 321; the outdoor air outlet 320 and The air outlet duct 321 is connected; the air inlet channel 510 and the air outlet channel 520 are arranged on the ventilation stile 50; the air inlet duct 311 is connected with the air inlet channel 510; The air intake system 31 is provided with a filter component 315 .

The width of the ventilating mullion 50 is narrower than the width of the common window mullion. Commonly used window mullion width is usually 68mm. The width of the ventilation stile 50 is generally 50mm.

Further, outdoor air inlet louvers 316 are arranged on the outside of the outdoor air inlet 310 , and outdoor air outlet louvers 326 are arranged on the outside of the outdoor air outlet 320 .

Further, the air intake system 31 also includes an air intake box 314 and an air outlet adapter elbow 312; the air intake box 314 includes a filter component 315, an air intake fan 313, the entrance of the air intake box 314 and the outdoor air inlet 310 The outlet of the air inlet box 314 is connected with the inlet of the air outlet adapter elbow 312, and the outlet of the air outlet adapter elbow 312 is communicated with the air inlet duct 311;

The air outlet system 32 also includes an air outlet box 322; an air outlet fan 323 is arranged in the air outlet box 322, the inlet of the air outlet box 322 is connected with the air outlet duct 321, and the outlet of the air outlet box 322 is connected with the outdoor air outlet 320 Pass.

Further, an insect-proof net 317 is provided between the air inlet box 314 and the outdoor air inlet louvers 316 .

Further, a filter component is provided between the air outlet box 322 and the outdoor air outlet 320 for filtering floating objects in the indoor air.

Further, the outdoor air purification device 3 also includes an outdoor humidity sensor 400 and a connecting pipe 33; an upward ventilation port 330 is arranged above the air outlet box 322; the air inlet box 314 and the air outlet box 322 communicates with each other through the upward ventilation port 330 and the connecting pipe 33 .

When the outdoor humidity sensor 400 detects that the outdoor air humidity is greater than the set value, for example, when it is raining outdoors, the controller instructs the outdoor air purification device 3 to close the outdoor air inlet 310 and the outdoor air outlet 320; The wind system works at the same time, and the air in the room passes through the indoor air outlet 1112, the air outlet channel 520, the air outlet box 322, the air exchange port 330, and the connecting pipe 33. The air duct 311 and the air inlet channel 510 input the filtered air into the room.

Further, the outdoor panel 301 is located on the side of the outdoor air purification device 3 facing the window.

Further, positive and negative ion generators are arranged in the air intake channel 510 .

Further, the indoor side of the ventilation center stile 50 is provided with an indoor panel 51, the indoor panel is provided with indoor air intake louvers 511, indoor air outlet louvers 512, and a display screen 513; The louver 511 is connected with the air inlet channel 510, and the indoor air outlet louver 512 is connected with the air outlet channel 520; the display screen 513 is provided with a ventilation hole 5130, and an indoor humidity sensor is provided behind the display screen, and the air quality sensor.

Further, a humidifier 5101 is provided in the air inlet channel 510, and a humidification system water injection port 514 is also provided on the indoor panel 51. The water injection port is connected to a water storage container, and the water storage container passes through a water inlet pipe and a return pipe. It communicates with the humidifier 5101, the water in the water storage container enters the humidifier through the water inlet pipe, and the excess water in the humidifier returns to the water storage container through the water return pipe.

The indoor humidity sensor is used to sense the humidity of the indoor air. When the indoor air humidity is low, the controller will instruct the air intake system to start working, and the humidifier will start working at the same time to provide clean air with high humidity for the indoor environment. When the air quality sensor senses that the indoor air quality is poor, such as low oxygen content or high carbon dioxide content, the controller instructs the air inlet system and the air outlet system to work alternately to provide clean air for the indoor environment and remove the poor indoor air quality. Exhaust outside.

Further, a humidity sensor is set in the air outlet channel.

When the above-mentioned intelligent air purification system for windows is used, part of the original stile 60 on the window is removed first, and then the ventilation stile 50 is installed on the stile 60, and the outdoor air purification device 3 is installed outdoors. Connect the wires to the window smart air cleaning system described above to provide power to the cleaning system.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. All equivalent changes and modifications made according to the contents of the present invention are covered within the patent scope of the present invention.

Claims (17)

1. an intelligent air purifying window, comprises window frame, sash, inductor and controller, it is characterized in that, described clearing window also comprises outdoor air purifier; Described window frame comprises middle stile, and described middle stile arranges air intake passage and air-out passage; Described outdoor air purifier comprises air inlet system and outlet system of air; Described air inlet system is connected with air intake passage; Described outlet system of air is connected with air-out passage; Filter element is provided with in described air inlet system.

2. intelligent air purifying window according to claim 1, it is characterized in that, described controller is connected with inductor, air inlet system, outlet system of air; The index that described inductor detects comprises temperature, humidity, the air quality of air; Described controller indicates outdoor purifier work according to the testing result of inductor.

3. intelligent air purifying window according to claim 1, is characterized in that, described controller manually or can shake control operation.

4. intelligent air purifying window according to claim 1, it is characterized in that, described outdoor air purifier comprises housing, described housing is provided with outdoor air inlet and outdoor air outlet; Air inlet system and outlet system of air are set in described housing; Described air inlet system comprises air intake blower fan and intake stack; Described outdoor air inlet is connected with intake stack, and intake stack is connected with air intake passage; Described outlet system of air comprises air-out blower fan and wind pipe; Described outdoor air outlet is connected with wind pipe, and described wind pipe is connected with air-out passage.

5. intelligent air purifying window according to claim 4, it is characterized in that, when the air inlet system of described outdoor air purifier works, air inlet system starts air intake blower fan, by the air of outdoor by outdoor air inlet suction air inlet system, outdoor air is transported to indoor by intake stack and air intake passage, for indoor environment provides clean air after filtering by parts after filtration;

During the outlet system of air work of described outdoor purifier, outlet system of air starts air-out blower fan, by the air suction outlet system of air of indoor, and room air is transported to outdoor by air-out passage and wind pipe and outdoor air outlet.

6. intelligent air purifying window according to claim 1, is characterized in that, be provided with kation anion generator or do not arrange kation anion generator in described air intake passage.

7. intelligent air purifying window according to claim 1, is characterized in that, described middle stile is positioned at indoor one side and is provided with indoor panel, described indoor panel is provided with to indoor air feed shutter, indoor outwards air-out blinds, display screen; Describedly be connected to indoor air feed shutter with air intake passage, the outside air-out blinds in described indoor is connected with air-out passage; Described display screen arranges passage, after described display screen, is provided with indoor humidity sensor, detect the sensor of air quality.

8. intelligent air purifying window according to claim 7, it is characterized in that, humidifier is provided with in described air intake passage, described indoor panel is also provided with humidification system water filling port, described water filling port is connected with tank, tank is connected with humidifier with return pipe by water inlet pipe, and the water in tank enters humidifier by water inlet pipe, and water excessive in humidifier is got back in tank by return pipe.

9. intelligent air purifying window according to claim 4, is characterized in that, described air inlet system also comprises air intake box and air-out switching elbow; Comprise filter element in air intake box, air intake blower fan, the entrance of air intake box is connected with outdoor air inlet, and the transfer entrance of elbow of outlet and the air-out of air intake box is connected, and the outlet of air-out switching elbow is connected with intake stack;

Described outlet system of air also comprises air-blowing box; Arrange air-out blower fan in air-blowing box, the entrance of air-blowing box is connected with wind pipe, and the outlet of air-blowing box is connected with outdoor air outlet.

10. intelligent air purifying window according to claim 4, it is characterized in that, described housing comprises outdoor panel, and described outdoor panel is provided with outdoor air feed shutter, outdoor air-out blinds; Described outdoor air feed shutter is positioned at the outside of outdoor air inlet, and described outdoor air-out blinds is positioned at the outside of outdoor air outlet.

11. intelligent air purifying windows according to claim 4, it is characterized in that, described housing comprises outdoor panel, described outdoor panel is provided with outdoor air inlet, outdoor air outlet; Described outdoor air inlet and outdoor air outlet are louver structure.

12. intelligent air purifying windows according to claim 4, it is characterized in that, described outdoor air purifier also comprises outside humidity inductor, tube connector; The top of described air-blowing box is provided with up scavenge port; Described air intake box is connected by up scavenge port, tube connector with described air-blowing box.

13. according to claim 10 or 11 intelligent air purifying window, it is characterized in that, described outdoor panel is positioned at the side of outdoor air purifier towards window.

14. 1 kinds of window intelligent air purifying systems, described cleaning system comprises the outdoor air purifier described in one of claim 1-13, and stile in ventilating; In described ventilation, stile arranges air intake passage and air-out passage; Described air inlet system is connected with air intake passage; Described outlet system of air is connected with air-out passage.

15., according to the intelligent air purifying system of window described in claim 14, is characterized in that, in described ventilation, stile is positioned at indoor one side and is provided with indoor panel, described indoor panel is provided with to indoor air feed shutter, indoor outwards air-out blinds, display screen; Describedly be connected to indoor air feed shutter with air intake passage, the outside air-out blinds in described indoor is connected with air-out passage; Described display screen arranges passage, is provided with indoor humidity sensor after described display screen, air mass sensor.

16. according to the intelligent air purifying system of window described in claim 15, it is characterized in that, humidifier is provided with in described air intake passage, described indoor panel is also provided with humidification system water filling port, described water filling port is connected with tank, tank is connected with humidifier with return pipe by water inlet pipe, and the water in tank enters humidifier by water inlet pipe, and water excessive in humidifier is got back in tank by return pipe.

17., according to the intelligent air purifying system of window described in claim 14, arrange humidity sensor in described air-out passage.