CN204693642U - There is the indoor air cleaner of indoor and outdoor ventilatory - Google Patents
There is the indoor air cleaner of indoor and outdoor ventilatory Download PDFInfo
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- CN204693642U CN204693642U CN201520240422.6U CN201520240422U CN204693642U CN 204693642 U CN204693642 U CN 204693642U CN 201520240422 U CN201520240422 U CN 201520240422U CN 204693642 U CN204693642 U CN 204693642U
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Abstract
There is an indoor air cleaner for indoor and outdoor ventilatory, comprise casing, be placed in purification in casing and blower fan apparatus.Purification is the purification heat exchanger with heat exchange function.Enclosure wall there are the fresh wind port outside return air inlet in communication chamber and air outlet, communication chamber and exhaust outlet; Be provided with between fresh wind port and exhaust outlet and be communicated with their air duct and hermatic door, hermatic door is for taking a breath and the switching of Inner eycle operating mode.Purification heat exchanger is rotary-type purification heat exchanger or fixed purification heat exchanger, and their filter core is made up of air filting material, carries out direct contact heat transfer during air permeable with air, thus reclaim the air-conditioning that carries of exhaust can and purification filtering is carried out to air.The utility model solves the contradiction of indoor air purification and indoor and outdoor ventilation, completely eliminate existing indoor air cleaner can not upgrade room air composition, the major defect of the harmful gas such as carbon monoxide and excessive carbon dioxide can not be removed, significantly reduce again the loss of the air-conditioning energy of ventilation, for health care, environmental protection, energy-conservation cause provide a new technology simultaneously.
Description
Technical field
The utility model relates to a kind of air processor purified the air of a room, and particularly to take a breath the air purifier that room air is upgraded by indoor and outdoor.
Background technology
Existing indoor air cleaner has many types, the solia particle that great majority can only suspend in filtering room air, minority various antibacterial catalyst is housed, activated carbon, the purification such as anion, can adsorb or kill a small amount of pernicious gases such as the part germ Sum decomposition formaldehyde in air, but to most of organic volatile VOC, the improvement of the harm of the second-hand-cigarette that cigarette produces is nearly all at a loss what to do, carbon monoxide and excessive carbon dioxide etc. are unfavorable for that healthy even harmful gas is helpless especially, because the dust containing capacity of clarifier is limited, indoor composition of air can not be made to be upgraded to keep it pure and fresh by the method for ventilation of windowing when indoor use, special ventilation of definitely can not windowing especially in the with serious pollution area of haze, even if use various air purifier, still in several hours, the turbidity of room air will make people be difficult to stand.The World Health Organization added up, and the disease of the mankind 70% is from room air pollution.What is more, and annual also have many life to die from anthracemia, although the living conditions of the people improve greatly in recent years, this kind of tragedy is from going away from us.Just because of this, countries in the world all give to pay much attention to indoor and outdoor ventilation, China has also issued " Indoor Air Quality standards " GB/T18883-2002 and " healthy residence construction technique main points " in 2004, clear stipulaties: everyone resh air requirement per hour indoor must not lower than 30m
3, can suck suspended particulate can not more than 0.15mg/m
3.
The turbidity of indoor air pollutants and composition of air is that two of facing mankind threatens greatly, and threaten people to take purification of air and the large countermeasure of ventilation two for these two kinds, unfortunately, this two large countermeasure constitutes conflict again, and the technical scheme solving satisfactory to both parties neat U.S. of this contradiction not yet occurs now in the world.
Summary of the invention
The purpose of this utility model is the contradiction solving indoor air purification and indoor and outdoor ventilation, a kind of air processor that can realize indoor and outdoor ventilation and can purify room air is again provided, the existing indoor air cleaner of thorough elimination can not upgrade room air composition, can not remove the major defect of the harmful gas such as carbon monoxide and excessive carbon dioxide, people can be enjoyed clean and ozone simultaneously, significantly reduce the air-conditioning loss of energy of ventilation simultaneously.
For realizing the purpose of this utility model, designing a kind of indoor air cleaner with indoor and outdoor ventilatory, comprising casing 10, being placed in purification in casing and blower fan apparatus 30.
Purification is the purification heat exchanger 20 with heat exchange function;
Be provided with purification heat exchanging chamber in described casing 10, purification heat exchanger 20 is arranged in purification heat exchanging chamber; Enclosure wall there are the fresh wind port 13 outside return air inlet 11 in communication chamber and air outlet 12, communication chamber and exhaust outlet 14; Sealed electric-motor 174 in casing.The air duct 18 being communicated with them is provided with between fresh wind port 13 and exhaust outlet 14.Hermatic door 17 is provided with in fresh wind port 13, exhaust outlet 14 and air duct 18.
Described purification heat exchanger 20 comprises filter core 22 and supports their framework, filter core has ventilative, heat accumulation, heat exchange and the high surface rate of filtering function, the material of high voidage concurrently by air filting material or other and makes, during air permeable and air carry out direct contact heat transfer, while heat exchange, purification filtering is carried out to air;
Diaphragm plate 16 is set in the purification heat exchanging chamber of casing 10 purification heat exchanging chamber is divided into right chamber and left chamber, the filter core 22 of purification heat exchanger is divided into right filter core 221 and left filter core 222, right chamber and left chamber are divided into again right front chamber 101, right back chamber 102 and left front chamber 103, left back chamber 104 by purification heat exchanger simultaneously; Right front chamber or left front chamber enclosure wall there is the air outlet 12 in communication chamber, left front chamber or right front chamber enclosure wall there is the return air inlet 11 in communication chamber, right back chamber or left back chamber enclosure wall there is the fresh wind port 13 outside communication chamber, left back chamber or right back chamber enclosure wall have the exhaust outlet 14 outside communication chamber.
The wind wheel motor 33 that described blower fan apparatus 30 comprises new wind wind wheel 31, air draft wind wheel 32 and drives them to rotate, new wind wind wheel and air draft wind wheel are coaxially fixed on the output shaft of wind wheel motor, and they are centrifugal type wind wheel; The air inlet of new wind wind wheel 31 is connected with the air side of left front chamber 103 or right front chamber 101 inner filter core 22, air outlet is connected with air outlet 12, the air inlet of air draft wind wheel 32 is connected with the air side of right back chamber 102 or left back chamber 104 inner filter core 22, and air outlet is connected with exhaust outlet 14;
Hermatic door 17 is provided with in described fresh wind port 13, exhaust outlet 14 and air duct 18, hermatic door sealed electric-motor 174 or solenoid actuated, stop forwarding with hermatic door during outdoor ventilation the position that closed fresh wind port 13 and exhaust outlet 14 open air passage 18 simultaneously to.
Described purification heat exchanger 20 1 kinds of good structures are rotary-type purification heat exchanger, comprise central shaft 21, filter core 22 and runner motor 23; Filter core 22 is discoid purification heat exchange runner 22C, and runner motor drives it to rotate around central shaft 21, and the axis of central shaft is placed in diaphragm plate 16 plane;
The right chamber of described purification heat exchanging chamber is the new wind passage that new wind passes through, and left chamber is the air exhaust passage that air draft is passed through; When described purification heat exchange runner 22C rotates, continuously come in and go out right chamber and left chamber in its each region.The half proceeded in right chamber is right filter core 221, and with new air heat-exchange, the half proceeded in left chamber is left filter core 222, with air exhaust heat exchange;
In the plane parallel with heat exchange runner 22C, be provided with the midfeather 15 being fixed on casing inner wall, midfeather center has the circular hole containing purification heat exchange runner;
Rotating periphery for preventing undressed air from heat exchange runner leaks in the past, semi-annular shape aeroseal ring plate 224 is installed with respectively in right back chamber 102 and left front chamber 103, the laminar flexible wear-resistant material of aeroseal ring plate is made, be fixed on midfeather 15, its free margins covers on the edge of purification heat exchange runner rotation;
The another kind of the blower fan apparatus of described indoor air cleaner more compact structure is the long-shaft type blower fan apparatus 30A being in the layout of purification heat exchange runner both sides, the wind wheel motor 33 of described long-shaft type blower fan apparatus 30A is the major axis motor 33A that output shaft stretches out from two ends, two combine into one for the central shaft 21 of its shell and runner, purification heat exchange runner, rotates around it for supporting with the shell of major axis motor 33A; New wind wind wheel 31 is placed in right front chamber 101 and left front chamber 103, and its air inlet communicates with right front chamber 101, and air draft wind wheel 32 is placed in right back chamber 102 and left back chamber 104, and its air inlet communicates with left back chamber 104; Two wind wheels are all coaxially arranged on the output shaft that stretches out at wind wheel motor two ends;
Two combine into one for the runner motor 23 that described driving purification heat exchange runner rotates and major axis motor 33A, with reducing gear 34 transmission between the output shaft of wind wheel motor and purification heat exchange runner 22C.
Hermatic door 17 in the fresh wind port 13 of described casing and exhaust outlet 14 comprises the new wind hermatic door 171 be placed in fresh wind port 13 and the air draft hermatic door 172 be placed in exhaust outlet 14, two hermatic doors a motor or a solenoid actuated, seal fresh wind port 13 and exhaust outlet 14 with during outdoor ventilation for stopping, opening air passage 18 simultaneously.
For sealing good room, blower fan apparatus can only with a wind wheel, and the effect of another wind wheel realizes by empty inner and outer air pressure difference, generally wish the malleation that room keeps certain, in order to avoid undressed air leak from door and window seam into, be more reasonably retain new wind wind wheel and save air draft wind wheel, purification heat exchanger 20 is still rotary-type purification heat exchanger, comprise central shaft 21, filter core 22 and runner motor 23, filter core 22 is discoid purification heat exchange runner 22C; And blower fan apparatus 30 becomes single wind wheel fan device 30B, comprise flat motor 33B and be fixed on a new wind wind wheel 31 on its output shaft, their rotation and the axis coaxle of central shaft 21 are arranged; New wind wind wheel 31 is placed in right front chamber 101 and left front chamber 103, and its air inlet communicates with right front chamber 101,
Purification heat exchange runner 22C by wind wheel motor 33 through reducing gear 34 or directly driven by runner motor 23.Reducing gear 34 is multiple stage gear reduction device or harmonic speed reducer, worm type of reduction gearing, and described multiple stage gear reduction device comprises the driving gear 341 be fixed on wind wheel motor output shaft, the driven gear 342 be fixed on same jackshaft, rear class driving gear 343 and is fixed on the rear class driven gear 344 of heat exchange runner center side.Need not fast mechanism 34 when directly driving purification heat exchange runner 22C with runner motor 23, runner motor 23 is toothed gearing electric motors, and inner oneself has set of gears reducing gear, and its output shaft shaft coupling connects with central shaft 21 and drives filter core 22 to rotate.It can independently control, and requires to adjust runner rotating speed arbitrarily and do not affect blower fan according to difference.
The utility model also can be designed to fixed purification heat exchanger, its filter core 22 is completely fixed motionless, except blower fan, there is no larger moving component, the filter core 22 of the purification heat exchanger of this structure is fixed purification heat exchange filter core 22A, comprise the fixing right filter core 22A1 be filled in right chamber and the fixing left filter core 22A2 be filled in left chamber
The right front chamber 101 of described casing, left front chamber 103 have right new ventilation slot 13A respectively, left new ventilation slot 13B is connected with the air inlet of new wind wind wheel 31, and right back chamber 102, left back chamber 104 have right vent 14A respectively, left bank air holes 14B is connected with the air inlet of air draft wind wheel 32;
Described indoor air cleaner also comprises valve actuating mechanism 70, alternately passes through in casing 10 the right chamber and left chamber that purify heat exchanging chamber for making new wind and air draft; Fixing right filter core 22A1 and fixing left filter core 22A2 is periodically alternately connected to the passage of fresh wind port and new wind wind wheel and the passage of return air inlet and air draft wind wheel, make the new wind in outdoor that enters from fresh wind port 13 and the room air that enters from return air inlet 11 periodically alternately the other way around through left filter core 222 and right filter core 221; Valve actuating mechanism 70 comprises rotary valve assembly 71, rotary valve motor 72 and driving member 73, and rotary valve motor is the intermittent AC and DC reducing motor rotated;
Rotary valve assembly 71 comprises right new air-valve 711, a left side, and newly air-valve 712, right exhaust valve 713, left bank air-valve 714 are installed on corresponding right new ventilation slot 13A, left new ventilation slot 13B, right vent 14A, a left bank air holes 14B4 air vent respectively;
Described fresh wind port 13 is flute profile fresh wind port 13C, and return air inlet 11 is flute profile return air inlet 11A; When the new air-valve 711 of the new air-valve in a left side 712 of described rotary valve assembly 71 or the right side is in an open position, close the passage in return air inlet and left front chamber 103 or right front chamber 101 simultaneously; Left bank air-valve 714 or right exhaust valve 713 in an open position time, close the passage in fresh wind port and left back chamber 104 or right back chamber 102 simultaneously;
Described driving member 73 comprises the Double-end crank 731 be fixed on rotary valve motor 72 output shaft, left front connecting rod 732 hinged with it, right front connecting rod 733, left back connecting rod 734 and right back connecting rod 735; Left new air-valve 712, right new air-valve 711, left bank air-valve 714 and right exhaust valve 713 all there is finger hinged with the other end of left front connecting rod, right front connecting rod, left back connecting rod and right back connecting rod respectively; Rotary valve motor 72 does intermittent reciprocating rotation, drives the intermittent reciprocally swinging of 4 valve blocks.
Clarifier with fixed purification heat exchanger also can be designed to more compact structure, and the fresh wind port 13 of casing, exhaust outlet 14 are designed to interchangeable air port 13-14, comprises left air port 13-14-1 and right air port 13-14-2; When in a half cycle, left air port air intake is equivalent to fresh wind port, the air draft of right air port is equivalent to exhaust outlet, then in next half cycle, the air draft of left air port is equivalent to exhaust outlet, and right air port air intake is equivalent to fresh wind port; Described air duct 18 is arranged on the partition between left air port 13-14-1 and right air port 13-14-2, and hermatic door 17 is arranged on wherein;
The blower fan apparatus 30 of described air purifier comprises new wind wind wheel 31, air draft wind wheel 32 and wind wheel motor 33, two wind wheel that drives them to rotate is centrifugal type wind wheel; New wind wind wheel (31) and air draft wind wheel (32) are centrifugal type wind wheel, are separately fixed on the output shaft that stretches out at wind wheel motor (33) two ends;
The right filter core 221 of the filter core 22 of described purification heat exchanger and left filter core 222 are placed in the both sides of axis of blower fan apparatus 30;
The fresh inlet 313 of new wind wind wheel 31 is just to the large plane of left filter core 222 and right filter core 221, and new wind outlet 312 connects the air outlet 12 of casings; The air draft import 321 of air draft wind wheel 32 is just to the return air inlet 11 of casing, and wind exhausting outlet 322 is communicated with right filter core 221 or left filter core 222;
Described clarifier also comprises large blade-rotating valve actuating mechanism 70A, large blade-rotating valve actuating mechanism comprises large page rotary valve assembly 71A, rotary valve motor 72 and toggle 73A, large page rotary valve assembly is placed between the inner side of left filter core 21 and right filter core 22 and the fresh inlet 313 of new wind wind wheel 31, and it comprises the 718 large blade-rotatings 717 of rotating around the shaft being no less than 2 interlocks; Toggle 73A comprises the crank 739 be fixed on rotary valve motor 42 axle, be hinged with each valve block of large blade-rotating 717 crank connecting link 737 keeping the synchronising (connecting) rod 736 of their synchronous hunting and be hinged with crank and large blade-rotating; When rotary valve assembly 71A forwards extreme position clockwise to, new wind enters from left air port 13-14-1 and enters new wind wind wheel 31 through left filter core 222, room air enters from right air port 13-14-2 discharge machine after rotary valve assembly 71A, right filter core 221 from right return air inlet 112, and vice versa;
Described hermatic door 17 sealed electric-motor 174 drives.
Air can meet the needs of general user after purification heat exchanger filtration, purification, as required higher purification precision, high efficiency particle air filter 24 can be established between the air inlet of new wind wind wheel 31 and purification heat exchanger 20, conventional high efficiency particle air filter is called for short HEPA, the solia particle of 0.3 μm can be removed more than 99.9%.
Electric control system 40 is also comprised in described indoor air cleaner, electric control system 40 comprises following any one or multiple sensors: be arranged at the rain sensor of fresh wind port 13 or humidity sensor 41, dust sensor 42, be arranged at the gas sensor 43 of return air inlet 11, when raining in outdoor or when haze is serious, described associated sensor sends the instruction of the hermatic door of closing fresh wind port 13 and exhaust outlet 14 to electric-control system; When indoor gas component content departs from the health indicator of setting, gas sensor sends the instruction of opening air exchange system to electric-control system.
During the work of the utility model clarifier, outdoor fresh air enters from fresh wind port, through filter core 22 by its purification filtering simultaneously with its direct contact heat transfer, then to purify further through high efficiency particle air filter 24, then finally send into indoor through new wind wind wheel; Room air enters through another part of filter core 22 and its direct contact heat transfer from return air inlet and takes away the solia particle remained in outside filter core and filter core is purified, and then sends outdoor.Due to filter core and the other way around through the continuous direct contact heat transfer of indoor-outdoor air, in it, heat exchange material is keeping certain thermograde along airflow direction, near room exospheric temperature close to outdoor air, near indoor layer temperature close to room air, thus make the temperature after entering indoor new air heat-exchange close to indoor, reach energy-saving effect.When indoor/outdoor temperature-difference is too large, for reducing the loss of room conditioning energy, indoor air-changing can take batch process, after room air upgrades substantially, suspend indoor and outdoor ventilation, close hermatic door 17 and open air passage 18 simultaneously, enter new wind wind wheel through right filter core 221 through the left filter core 222 of heat exchange runner again from air passage 18 send into indoor again from the interior air that stops up in return air inlet ingress engine, realize only purification not with the Inner eycle of outdoor ventilation, its operating mode is equivalent to a professional indoor air cleaner.
The beneficial effects of the utility model are:
The utility model provides a kind of air processor that can realize indoor and outdoor ventilation and can purify room air again, solve the contradiction of indoor air purification and indoor and outdoor ventilation, completely eliminate existing indoor air cleaner can not upgrade room air composition, the major defect of the harmful gas such as carbon monoxide and excessive carbon dioxide can not be removed, people can be enjoyed simultaneously clean and ozone, significantly reduce again the air-conditioning loss of energy of ventilation, for health care, environmental protection, energy-conservation cause provide a new technology simultaneously.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is further illustrated:
Fig. 1 is the positive cross-sectional schematic in the back side of embodiment 1.
Fig. 2 is the vertical horizontal cross-sectional schematic by left chamber of embodiment 1.
Fig. 3 is the vertical horizontal cross-sectional schematic by right chamber of embodiment 1.
Fig. 4 is the top cross-sectional view of embodiment 2.
Fig. 5 is the top cross-sectional view of embodiment 3.
Fig. 6 is the vertical horizontal cross-sectional schematic of embodiment 4.
Fig. 7 is the schematic top plan view of the display rotary valve assembly of embodiment 4.
Fig. 8 is the top cross-sectional view of the heat exchanging chamber of embodiment 4.
Fig. 9 is the top cross-sectional view of embodiment 5.
Detailed description of the invention
Embodiment 1
Embodiment 1 of the present utility model as shown in Figure 1, 2, 3.This example is a kind of indoor air cleaner with indoor and outdoor ventilatory, comprises casing 10, is placed in purification in casing and blower fan apparatus 30.
Purification is the purification heat exchanger 20 with heat exchange function;
Be provided with purification heat exchanging chamber in described casing 10, purification heat exchanger 20 is arranged in purification heat exchanging chamber; Enclosure wall there are the fresh wind port 13 outside return air inlet 11 in communication chamber and air outlet 12, communication chamber and exhaust outlet 14; The air passage 18 being communicated with them is provided with between sealed electric-motor 174 air port 13 and exhaust outlet 14 in casing.
Described purification heat exchanger 20 comprises filter core 22 and supports their framework, filter core has ventilative, heat accumulation, heat exchange and the high surface rate of filtering function, the material of high voidage concurrently by air filting material or other and makes, during air permeable and air carry out direct contact heat transfer, while heat exchange, purification filtering is carried out to air;
Diaphragm plate 16 is set in the purification heat exchanging chamber of casing 10 purification heat exchanging chamber is divided into right chamber and left chamber, the filter core 22 of purification heat exchanger is divided into right filter core 221 and left filter core 222, right chamber and left chamber are divided into again right front chamber 101, right back chamber 102 and left front chamber 103, left back chamber 104 by purification heat exchanger simultaneously; Right front chamber or left front chamber enclosure wall there is the air outlet 12 in communication chamber, left front chamber or right front chamber enclosure wall there is the return air inlet 11 in communication chamber, right back chamber or left back chamber enclosure wall there is the fresh wind port 13 outside communication chamber, left back chamber or right back chamber enclosure wall have the exhaust outlet 14 outside communication chamber.
The wind wheel motor 33 that described blower fan apparatus 30 comprises new wind wind wheel 31, air draft wind wheel 32 and drives them to rotate, new wind wind wheel and air draft wind wheel are coaxially fixed on the output shaft of wind wheel motor, and they are centrifugal type wind wheel; The air inlet of new wind wind wheel 31 is connected with the air side of right front chamber 101 inner filter core 22, and air outlet is connected with air outlet 12, and the air inlet of air draft wind wheel 32 is connected with the air side of left back chamber 104 inner filter core 22, and air outlet is connected with exhaust outlet 14.
Be provided with hermatic door 17 in fresh wind port 13, exhaust outlet 14 and air duct 18, hermatic door sealed electric-motor 174 drives, and stops forwarding with hermatic door during outdoor ventilation the position that closed fresh wind port 13 and exhaust outlet 14 open air duct 18 simultaneously to.Drive the sealed electric-motor 174 of hermatic door also can replace with an electromagnet, cost is slightly low, but noise is higher.
Described purification heat exchanger 20 is rotary-type purification heat exchanger, comprises central shaft 21, filter core 22 and runner motor 23; Filter core 22 is discoid purification heat exchange runner 22C, and runner motor drives it to rotate around central shaft 21, and the axis of central shaft is placed in diaphragm plate 16 plane;
The right chamber of described purification heat exchanging chamber is the new wind passage that new wind passes through, and left chamber is the air exhaust passage that air draft is passed through; When described purification heat exchange runner 22C rotates, continuously come in and go out right chamber and left chamber in its each region.The half proceeded in right chamber is right filter core 221, and with new air heat-exchange, the half proceeded in left chamber is left filter core 222, with air exhaust heat exchange;
In the plane parallel with heat exchange runner 22C, be provided with the midfeather 15 being fixed on casing inner wall, midfeather center has the circular hole containing purification heat exchange runner;
Rotating periphery for preventing undressed air from heat exchange runner leaks in the past, semi-annular shape aeroseal ring plate 224 is installed with respectively in right back chamber 102 and left front chamber 103, the laminar flexible wear-resistant material of aeroseal ring plate is made, be fixed on midfeather 15, its free margins covers on the edge of purification heat exchange runner rotation;
Air can meet the needs of general user after purification heat exchanger filtration, purification, as required higher purification precision, high efficiency particle air filter 24 is established between the air inlet and purification heat exchanger 20 of new wind wind wheel 31, conventional high efficiency particle air filter is called for short HEPA, the solia particle of 0.3 μm can be removed more than 99.9%.
In indoor air cleaner, electric control system 40 is absolutely necessary, except the necessary electric device of the work controlling above-mentioned all parts, the machine is also interior to be arranged with lower sensor: the rain sensor or the humidity sensor 41 that are arranged at fresh wind port 13, dust sensor 42, be arranged at the gas sensor 43 of return air inlet 11, when raining in outdoor, rain sensor or humidity sensor 41 send instruction to electric-control system, when haze is serious, dust sensor 42 sends instruction to electric-control system, system will close the hermatic door of fresh wind port 13 and exhaust outlet 14 automatically, enter shutdown or Inner eycle, when indoor gas component content departs from the health indicator of setting, as carbon monoxide, carbon dioxide, nitrogen oxide, sulfur dioxide is higher, oxygen is on the low side, gas sensor 43 sends the instruction of opening air exchange system to electric-control system, control the machine and do the operation of ventilation operating mode.According to the different requirements of particular user to auto-control, can select entirely to join with upper sensor or match or be unworthy of.When being unworthy of sensor, above function is realized by Artificial Control.
During the work of the utility model clarifier, outdoor fresh air enters from fresh wind port, through filter core 22 by its purification filtering simultaneously with its direct contact heat transfer, then to purify further through high efficiency particle air filter 24, then finally send into indoor through new wind wind wheel; Room air enters through another part of filter core 22 and its direct contact heat transfer from return air inlet and takes away the solia particle remained in outside filter core and filter core is purified, and then sends outdoor.Due to filter core and the other way around through the continuous direct contact heat transfer of indoor-outdoor air, in it, heat exchange material is keeping certain thermograde along airflow direction, near room exospheric temperature close to outdoor air, near indoor layer temperature close to room air, thus make the temperature after entering indoor new air heat-exchange close to indoor, reach energy-saving effect.When indoor/outdoor temperature-difference is too large, for reducing the loss of room conditioning energy, indoor air-changing can take batch process, after room air upgrades substantially, suspend indoor and outdoor ventilation, close hermatic door 17 and open air passage 18 simultaneously, enter new wind wind wheel through right filter core 221 through the left filter core 222 of heat exchange runner again from air duct 18 send into indoor again from the interior air that stops up in return air inlet ingress engine, realize each circulation twice purification and not with the Inner eycle of outdoor ventilation, its operating mode is equivalent to a professional indoor air cleaner, the state of hermatic door 17 as shown in Figure 3, in figure, the solid line position of hermatic door 17 is Inner eycle operating mode, chain-dotted line position is ventilation operating mode.
Embodiment 2
Embodiment 2 of the present utility model as shown in Figure 4.This example is the same with example 1 comprises casing 10, be placed in purification in casing and blower fan apparatus 30.Purification heat exchanger 20 is also a kind of rotary-type purification heat exchanger similar to example 1, also remains the basic structure of example 1 in the purification heat exchanging chamber in casing 10.Mainly be with the difference of example 1:
Blower fan apparatus is a kind of more compact long-shaft type blower fan apparatus 30A being in the layout of purification heat exchange runner both sides, its wind wheel motor 33 is the major axis motor 33A that output shaft stretches out from two ends, two combine into one for the central shaft 21 of its shell and runner, purification heat exchange runner, rotates around it for supporting with the shell of major axis motor 33A; New wind wind wheel 31 is placed in right front chamber 101 and left front chamber 103, and its air inlet communicates with right front chamber 101, and air draft wind wheel 32 is placed in right back chamber 102 and left back chamber 104, and its air inlet communicates with left back chamber 104; Two wind wheels are all coaxially arranged on the output shaft that stretches out at wind wheel motor two ends.
Two combine into one for the runner motor 23 that described driving purification heat exchange runner rotates and major axis motor 33A, with reducing gear 34 transmission between the output shaft of wind wheel motor and purification heat exchange runner 22C.
Reducing gear 34 is multiple stage gear reduction device, comprises the driving gear 341 be fixed on wind wheel motor output shaft, the driven gear 342 be fixed on same jackshaft, rear class driving gear 343 and is fixed on the rear class driven gear 344 of heat exchange runner center side.Reducing gear 34 also can be harmonic speed reducer, worm type of reduction gearing etc.All do simple replacement by ripe prior art.
Hermatic door 17 in the fresh wind port 13 of described casing and exhaust outlet 14 comprises the new wind hermatic door 171 be placed in fresh wind port 13 and the air draft hermatic door 172 be placed in exhaust outlet 14, a two hermatic doors sealed electric-motor 174 drives, and seals fresh wind port 13 and exhaust outlet 14 for stopping, opening air passage 18 simultaneously with during outdoor ventilation.Drive the sealed electric-motor 174 of two hermatic doors to be a kind of micro-electric motor with reducers, drive two hermatic doors to rotate by crank connecting link, sealed electric-motor also can replace with an electromagnet.
Non-detailed portion is same as Example 1, repeats no more.
Embodiment 3
Embodiment 3 of the present utility model as shown in Figure 5.This example is for sealing good room, blower fan apparatus only uses a wind wheel, and the effect of another wind wheel realizes by indoor and outdoor draught head, generally wish the malleation that room keeps certain, in order to avoid undressed air leak from door and window seam into, be more reasonably retain new wind wind wheel and save air draft wind wheel.The purification heat exchanger 20 of this structure is still rotary-type purification heat exchanger, comprises central shaft 21, filter core 22 and runner motor 23, and filter core 22 is discoid purification heat exchange runner 22C; And blower fan apparatus 30 becomes single wind wheel fan device 30B, comprise flat motor 33B and be fixed on a new wind wind wheel 31 on its output shaft, new wind wind wheel 31 is placed in right front chamber 101 and left front chamber 103, and its air inlet communicates with right front chamber 101, isolates with division board 311 and right front chamber 101.The rotation of single wind wheel fan device 30B is arranged with the axis coaxle of central shaft 21, and certain coaxiality deviation need not deliberately requirement, and also do not affect use a bit greatly, this is very beneficial to reducing manufacturing cost;
Purification heat exchange runner 22C is directly driven by runner motor 23.Runner motor 23 is toothed gearing electric motors, it is inner that oneself has set of gears reducing gear, its output shaft is directly connected by the central shaft 21 of shaft coupling 231 with purification heat exchanger, their rotation need not be strictly coaxial with the rotation of single wind wheel fan device 30B, and runner motor can independently control, require that adjustment runner rotating speed is not limited by rotation speed of fan to obtain best heat transfer effect arbitrarily according to difference.
It structure is also feasible that runner motor 23 replaces with the reducing gear 34 similar in appearance to example 2, though can save the runner motor of a deceleration, many a set of reducing gears, more lose the superiority that aforementioned runner motor independently controls to bring.
The fresh wind port 13 of this structure casing and exhaust outlet 14 also at one piece, share a hermatic door 17, same as Example 1.
Fresh wind port 13 with on the partition of exhaust outlet 14 between be provided with the air duct 18 being communicated with them, be provided with hermatic door 17 in fresh wind port 13, exhaust outlet 14 and air duct 18, hermatic door sealed electric-motor 174 drives, and two combine into one for sealed electric-motor and runner motor 23.But the rotating shaft of a band screw rod 1741 and nut 1742 is stretched out at the other end.Nut connecting rod and hermatic door 17 hinged; runner motor just forwarding to nut depart from screw rod or in company with lead screw together rotate time hermatic door open newly, exhaust outlet; seal air duct 18 simultaneously; during reversion, hermatic door closes new, exhaust outlet; open air duct 18; fresh wind port is directly communicated with in machine with exhaust outlet, and now the machine enters shutdown or the state that purifies the air of a room merely.During simple purification, again send into indoor from fresh wind port ingress engine, through after heat exchange runner from return air inlet again through heat exchange runner room air out.Realize once circulating twice purification.Sealed electric-motor also can replace with an electromagnet, and cost is slightly low, but noise is higher.
Do not address part identical with the technical characteristic of embodiment 1,2 identical function, repeat no more.
Embodiment 4
Embodiment 3 of the present utility model is as shown in Fig. 6,7,8, this example is fixed purification heat exchanger, diaphragm plate 16 is set in the purification heat exchanging chamber of casing 10 purification heat exchanging chamber is divided into right chamber and left chamber, its filter core 22 is fixed fixed purification heat exchange filter core 22A, its advantage is except blower fan, do not have large-scale moving component, critical piece is the fixing right filter core 22A1 be filled in right chamber and the fixing left filter core 22A2 be filled in left chamber.The right front chamber 101 of described casing, left front chamber 103 have right new ventilation slot 13A respectively, left new ventilation slot 13B is connected with the air inlet of new wind wind wheel 31, and right back chamber 102, left back chamber 104 have right vent 14A respectively, left bank air holes 14B is connected with the air inlet of air draft wind wheel 32;
The machine also comprises valve actuating mechanism 70, alternately passes through in casing 10 the right chamber and left chamber that purify heat exchanging chamber for making new wind and air draft; Fixing right filter core 22A1 and fixing left filter core 22A2 is periodically alternately connected to the passage of fresh wind port and new wind wind wheel and the passage of return air inlet and air draft wind wheel, make the new wind in outdoor that enters from fresh wind port 13 and the room air that enters from return air inlet 11 periodically alternately the other way around through fixing left filter core 22A2 with fix right filter core 22A1; Valve actuating mechanism 70 comprises rotary valve assembly 71, rotary valve motor 72 and driving member 73, and rotary valve motor is the intermittent AC and DC reducing motor rotated;
Rotary valve assembly 71 comprises right new air-valve 711, a left side, and newly air-valve 712, right exhaust valve 713, left bank air-valve 714 are installed on corresponding right new ventilation slot 13A, left new ventilation slot 13B, right vent 14A, left bank air holes 14B tetra-air vents respectively.
Described fresh wind port 13 is flute profile fresh wind port 13C, and return air inlet 11 is flute profile return air inlet 11A; When the new air-valve 711 of the new air-valve in a left side 712 of described rotary valve assembly 71 or the right side is in an open position, close the passage in return air inlet and left front chamber 103 or right front chamber 101 simultaneously; Left bank air-valve 714 or right exhaust valve 713 in an open position time, close the passage in fresh wind port and left back chamber 104 or right back chamber 102 simultaneously;
Described driving member 73 comprises the Double-end crank 731 be fixed on rotary valve motor 72 output shaft, left front connecting rod 732 hinged with it, right front connecting rod 733, left back connecting rod 734 and right back connecting rod 735; Left new air-valve 712, right new air-valve 711, left bank air-valve 714 and right exhaust valve 713 all there is finger hinged with the other end of left front connecting rod, right front connecting rod, left back connecting rod and right back connecting rod respectively; Rotary valve motor 72 does intermittent reciprocating rotation, drives the intermittent reciprocally swinging of 4 valve blocks.As shown in figure Double-end crank 731 counterclockwise rotation to Fig. 6 during position, each air-valve also forwards position shown in Fig. 6 to, left new air-valve 712 open left new ventilation slot 13B and close the left end of flute profile return air inlet 11A, right new air-valve 711 close right new ventilation slot 13A and open flute profile return air inlet 11A right-hand member, left bank air-valve 714 cuts out left bank air holes 14B and opens the left end of flute profile fresh wind port 13C, right exhaust valve 713 is opened right vent 14A and is closed the right-hand member of flute profile fresh wind port 13C.This stylish wind enters left back chamber 104 from flute profile fresh wind port 13C left end, through entering left front chamber 103 after being cleaned after left filter core with it heat exchange, sends into indoor through new wind blower fan from air outlet; Room air enters right front chamber 101 from flute profile fresh wind port 13C right-hand member, enters right back chamber 102 through after right filter core with it heat exchange, through exhaust fan from exhaust outlet discharge chamber.Lower half period Double-end crank 731 forwards desired location to clockwise, exchanges about said process, new air draft alternately from the rightabout of two filter cores through, realize heat exchange, reclaim air draft heat energy.
Do not address part identical with the technical characteristic of embodiment 1 identical function, repeat no more.
Embodiment 5
As shown in Figure 9, this example is the more compact structure of the clarifier being with fixed purification heat exchanger to embodiment 5 of the present utility model, and the fresh wind port 13 of casing, exhaust outlet 14 are designed to interchangeable air port 13-14, comprises left air port 13-14-1 and right air port 13-14-2; When in a half cycle, left air port air intake is equivalent to fresh wind port, the air draft of right air port is equivalent to exhaust outlet, then in next half cycle, the air draft of left air port is equivalent to exhaust outlet, and right air port air intake is equivalent to fresh wind port; Described air duct 18 is arranged on the partition between left air port 13-14-1 and right air port 13-14-2, and hermatic door 17 is arranged on wherein;
The blower fan apparatus 30 of this routine air purifier comprises new wind wind wheel 31, air draft wind wheel 32 and wind wheel motor 33, two wind wheel that drives them to rotate is centrifugal type wind wheel; New wind wind wheel 31 and air draft wind wheel 32 are centrifugal type wind wheel, are separately fixed on the output shaft that stretches out at wind wheel motor 33 two ends;
The right filter core 221 of the filter core 22 of described purification heat exchanger and left filter core 222 are placed in the both sides of axis of blower fan apparatus 30;
The fresh inlet 313 of new wind wind wheel 31 is just to the large plane of left filter core 222 and right filter core 221, and new wind outlet 312 connects the air outlet 12 of casings; The air draft import 321 of air draft wind wheel 32 is just to the return air inlet 11 of casing, and wind exhausting outlet 322 is communicated with right filter core 221 or left filter core 222;
For realizing air exchange, this example also needs a set of valve actuating mechanism, this example devises a set of large blade-rotating valve actuating mechanism 70A, large blade-rotating valve actuating mechanism comprises large page rotary valve assembly 71A, rotary valve motor 72 and toggle 73A, large page rotary valve assembly is placed between the inner side of left filter core 222 and right filter core 221 and the fresh inlet 313 of new wind wind wheel 31, and it comprises the 718 large blade-rotatings 717 of rotating around the shaft being no less than 2 interlocks; Toggle 73A comprises the crank 739 be fixed on rotary valve motor 72 axle, be hinged with each valve block of large blade-rotating 717 crank connecting link 737 keeping the synchronising (connecting) rod 736 of their synchronous hunting and be hinged with crank and large blade-rotating; When large page rotary valve assembly 71A forwards extreme position clockwise to, new wind enters from left air port 13-14-1 and enters new wind wind wheel 31 through left filter core 222, room air enters from right air port 13-14-2 discharge machine after rotary valve assembly 71A, right filter core 221 from return air inlet 11, and vice versa;
Described hermatic door 17 sealed electric-motor 174 drives.
This example is the same with embodiment 2, because compact conformation is more suitable for family's window or wall-hanging installation, and its outstanding feature can adopt large scale wind wheel when keeping very little appearance and size, thus obtain enough large air quantity and blast with lower wind speed round, become machine to provide larger possibility for reducing noise with product.
Claims (10)
1. there is an indoor air cleaner for indoor and outdoor ventilatory, comprise casing (10), be placed in purification in casing and blower fan apparatus (30); It is characterized in that:
Described purification is the purification heat exchanger (20) with heat exchange function;
Described casing is provided with purification heat exchanging chamber in (10), and purification heat exchanger (20) is arranged in purification heat exchanging chamber; Enclosure wall there are the fresh wind port (13) outside return air inlet (11) in communication chamber and air outlet (12), communication chamber and exhaust outlet (14); Be provided with the air duct (18) being communicated with them in casing or between fresh wind port (13) and exhaust outlet (14), in fresh wind port (13), exhaust outlet (14) and air duct (18), be provided with hermatic door (17).
2. indoor air cleaner according to claim 1, is characterized in that:
Described purification heat exchanger (20) comprises filter core (22) and supports their framework, filter core has ventilative, heat accumulation, heat exchange and the high surface rate of filtering function, the material of high voidage concurrently by air filting material or other and makes, during air permeable and air carry out direct contact heat transfer, while heat exchange, purification filtering is carried out to air.
3. indoor air cleaner according to claim 1, is characterized in that:
Diaphragm plate (16) is set in the purification heat exchanging chamber of described casing (10) purification heat exchanging chamber is divided into right chamber and left chamber, the filter core (22) of purification heat exchanger is divided into right filter core (221) and left filter core (222), right chamber and left chamber are divided into right front chamber (101), right back chamber (102) and left front chamber (103), left back chamber (104) again by purification heat exchanger simultaneously; Right front chamber or left front chamber enclosure wall there is the air outlet (12) in communication chamber, left front chamber or right front chamber enclosure wall there is the return air inlet (11) in communication chamber, right back chamber or left back chamber enclosure wall there is the fresh wind port (13) outside communication chamber, left back chamber or right back chamber enclosure wall have the exhaust outlet (14) outside communication chamber.
4. indoor air cleaner according to claim 3, is characterized in that:
The wind wheel motor (33) that described blower fan apparatus (30) comprises new wind wind wheel (31), air draft wind wheel (32) and drives them to rotate, new wind wind wheel and air draft wind wheel are coaxially fixed on the output shaft of wind wheel motor, and they are centrifugal type wind wheel; The air inlet of new wind wind wheel (31) is connected with the air side of left front chamber (103) or right front chamber (101) inner filter core (22), air outlet is connected with air outlet (12), the air inlet of air draft wind wheel (32) is connected with the air side of right back chamber (102) or left back chamber (104) inner filter core (22), and air outlet is connected with exhaust outlet (14);
High efficiency particle air filter (24) is provided with between the air inlet of the new wind wind wheel (31) of described blower fan apparatus (30) and purification heat exchanger (20);
Described hermatic door (17) with sealed electric-motor (174) or solenoid actuated, stops forwarding to hermatic door during outdoor ventilation the position that closed fresh wind port (13) and exhaust outlet (14) open air duct (18) simultaneously.
5. indoor air cleaner according to claim 3, is characterized in that:
Described purification heat exchanger (20) is rotary-type purification heat exchanger, comprises central shaft (21), filter core (22) and runner motor (23); Filter core (22) is discoid purification heat exchange runner (22C), and runner motor drives it to rotate around central shaft (21), and the axis of central shaft is placed in diaphragm plate (16) plane;
The right chamber of described purification heat exchanging chamber is the new wind passage that new wind passes through, and left chamber is the air exhaust passage that air draft is passed through; When described purification heat exchange runner (22C) is rotated, continuously come in and go out right chamber and left chamber in its each region, the half proceeded in right chamber is right filter core (221), with new air heat-exchange, the half proceeded in left chamber is left filter core (222), with air exhaust heat exchange;
In the plane parallel with heat exchange runner (22C), be provided with the midfeather (15) being fixed on casing inner wall, midfeather center has the circular hole containing purification heat exchange runner;
In right back chamber (102) and left front chamber (103), be installed with semi-annular shape aeroseal ring plate (224) respectively, the laminar flexible wear-resistant material of aeroseal ring plate is made, be fixed on midfeather (15), its free margins covers on the edge of purification heat exchange runner rotation.
6. indoor air cleaner according to claim 5, is characterized in that:
The blower fan apparatus of described indoor air cleaner is the long-shaft type blower fan apparatus (30A) being in the layout of purification heat exchange runner both sides, the major axis motor (33A) that its wind wheel motor (33) stretches out from two ends for output shaft, two combine into one for the central shaft (21) of its shell and runner, purification heat exchange runner, rotates around it for supporting with the shell of major axis motor (33A); New wind wind wheel (31) is placed in right front chamber (101) and left front chamber (103), its air inlet communicates with right front chamber (101), air draft wind wheel (32) is placed in right back chamber (102) and left back chamber (104), and its air inlet communicates with left back chamber (104);
Two wind wheels are all coaxially arranged on the output shaft that stretches out at wind wheel motor two ends;
Two combine into one, with reducing gear (34) transmission between the output shaft of wind wheel motor and purification heat exchange runner (22C) for the runner motor (23) that described driving purification heat exchange runner rotates and major axis motor (33A);
Hermatic door (17) in the fresh wind port (13) of described casing and exhaust outlet (14) comprises the new wind hermatic door (171) be placed in fresh wind port (13) and the air draft hermatic door (172) be placed in exhaust outlet (14), two hermatic doors a sealed electric-motor (174) or a solenoid actuated, seal fresh wind port (13) and exhaust outlet (14) with during outdoor ventilation for stopping, opening air duct (18) simultaneously.
7. the indoor air cleaner according to claim 3 or 5, is characterized in that:
Described purification heat exchanger (20) is rotary-type purification heat exchanger, comprise central shaft (21), filter core (22) and runner motor (23), filter core (22) is discoid purification heat exchange runner (22C);
Described blower fan apparatus (30) is single wind wheel fan device (30B), comprise flat motor (33B) and be fixed on a new wind wind wheel (31) on its output shaft, the axis coaxle of their rotation and central shaft (21) is arranged; New wind wind wheel (31) is placed in right front chamber (101) and left front chamber (103), its air inlet communicates with right front chamber (101), purification heat exchange runner (22C) by wind wheel motor (33) through reducing gear (34) or directly driven by runner motor (23); Reducing gear (34) is multiple stage gear reduction device or harmonic speed reducer, worm type of reduction gearing, and described multiple stage gear reduction device comprises the driving gear (341) be fixed on wind wheel motor output shaft, the driven gear (342) be fixed on same jackshaft, rear class driving gear (343) and is fixed on the rear class driven gear (344) of heat exchange runner center side; Runner motor (23) is toothed gearing electric motor, its output shaft shaft coupling connects with central shaft (21) and drives filter core (22) to rotate;
Hermatic door (17) is provided with in the fresh wind port (13) of described casing and exhaust outlet (14), partition between fresh wind port (13) and exhaust outlet (14) has the air duct (18) being communicated with them, hermatic door sealed electric-motor (174) or solenoid actuated, seal fresh wind port (13) and exhaust outlet (14) with during outdoor ventilation for stopping, opening air duct (18) simultaneously.
8. indoor air cleaner according to claim 3, is characterized in that:
Described purification heat exchanger (20) is fixed purification heat exchanger, its filter core (22) is fixed purification heat exchange filter core (22A), comprise the fixing right filter core (22A1) be filled in right chamber and the fixing left filter core (22A2) be filled in left chamber
The right front chamber (101) of described casing, left front chamber (103) have right new ventilation slot (13A), left new ventilation slot (13B) to be connected with the air inlet of new wind wind wheel (31) respectively, and right back chamber (102), left back chamber (104) have right vent (14A) respectively, left bank air holes (14B) is connected with the air inlet of air draft wind wheel (32);
Described indoor air cleaner also comprises valve actuating mechanism (70), alternately passes through the right chamber of purification heat exchanging chamber in casing (10) and left chamber for making new wind and air draft; Right filter core (221) and left filter core (222) are periodically alternately connected to the passage of fresh wind port and new wind wind wheel and the passage of return air inlet and air draft wind wheel, make the new wind in outdoor that enters from fresh wind port (13) and the room air that enters from return air inlet (11) periodically alternately the other way around through fixing right filter core (22A1) and fixing left filter core (22A2); Valve actuating mechanism (70) comprises rotary valve assembly (71), rotary valve motor (72) and driving member (73), and rotary valve motor is the intermittent AC and DC reducing motor rotated;
Rotary valve assembly (71) comprises right new air-valve (711), a left side, and newly air-valve (712), right exhaust valve (713), left bank air-valve (714) are installed on corresponding right new ventilation slot (13A), left new ventilation slot (13B), right vent (14A), left bank air holes (14B) 4 air vents respectively;
Described fresh wind port (13) is flute profile fresh wind port (13C), and return air inlet (11) is flute profile return air inlet (11A); When the new air-valve (711) in the new air-valve in a left side (712) for described rotary valve assembly (71) or the right side is in an open position, close the passage of return air inlet and left front chamber (103) or right front chamber (101) simultaneously; Left bank air-valve (714) or right exhaust valve (713) in an open position time, close the passage of fresh wind port and left back chamber (104) or right back chamber (102) simultaneously;
Described driving member (73) comprises the Double-end crank (731) be fixed on rotary valve motor (72) output shaft, left front connecting rod (732) hinged with it, right front connecting rod (733), left back connecting rod (734) and right back connecting rod (735); Left new air-valve (712), right new air-valve (711), left bank air-valve (714) and right exhaust valve (713) all there is finger hinged with the other end of left front connecting rod, right front connecting rod, left back connecting rod and right back connecting rod respectively; Rotary valve motor (72) does intermittent reciprocating rotation, drives the intermittent reciprocally swinging of 4 valve blocks.
9. indoor air cleaner according to claim 1 and 2, is characterized in that:
Fresh wind port (13), the exhaust outlet (14) of described casing are interchangeable air port (13-14), comprise left air port (13-14-1) and right air port (13-14-2); When in a half cycle, left air port air intake is equivalent to fresh wind port, the air draft of right air port is equivalent to exhaust outlet, then in next half cycle, the air draft of left air port is equivalent to exhaust outlet, and right air port air intake is equivalent to fresh wind port; Described air duct (18) is arranged on the partition between left air port (13-14-1) and right air port (13-14-2), and hermatic door (17) is arranged on wherein; The blower fan apparatus (30) of described air purifier comprises new wind wind wheel (31), air draft wind wheel (32) and drives the wind wheel motor (33) of their rotations; New wind wind wheel (31) and air draft wind wheel (32) are centrifugal type wind wheel, are separately fixed on the output shaft that stretches out at wind wheel motor (33) two ends;
The right filter core (221) of the filter core (22) of described purification heat exchanger and left filter core (222) are placed in the both sides of axis of blower fan apparatus (30);
The fresh inlet (313) of new wind wind wheel (31) is just to the large plane of left filter core (222) and right filter core (221), and new wind outlet (312) connects the air outlet (12) of casing; The air draft import (321) of air draft wind wheel (32) is just to the return air inlet (11) of casing, and wind exhausting outlet (322) is communicated with right filter core (221) or left filter core (222);
Described clarifier also comprises large blade-rotating valve actuating mechanism (70A), large blade-rotating valve actuating mechanism comprises large page rotary valve assembly (71A), rotary valve motor (72) and toggle (73A), large page rotary valve assembly is placed between the inner side of left filter core (222) and right filter core (221) and the fresh inlet (313) of new wind wind wheel (31), and it comprises the large blade-rotating (717) being no less than 2 (718) around the shaft of linking and rotating; Toggle (73A) comprises the crank (739) be fixed on rotary valve motor (72) axle, be hinged with large blade-rotating (717) each valve block the synchronising (connecting) rod (736) keeping their synchronous hunting and the crank connecting link (737) be hinged with crank and large blade-rotating; When large page rotary valve assembly (71A) forwards extreme position clockwise to, new wind enters from left air port (13-14-1) and enters new wind wind wheel (31) through left filter core (222), room air enters from return air inlet (11) discharges machine from right air port (13-14-2) after rotary valve assembly (71A), right filter core (221), and vice versa;
Described hermatic door (17) sealed electric-motor (174) drives.
10. indoor air cleaner according to claim 1, is characterized in that:
Electric control system (40) is also comprised in described indoor air cleaner, electric control system (40) comprises following any one or multiple sensors: be arranged at the rain sensor of fresh wind port (13) or humidity sensor (41) and be arranged at the gas sensor (42) of return air inlet (11), when raining in outdoor, rain sensor or humidity sensor (41) send the instruction of the hermatic door of closing fresh wind port (13) and exhaust outlet (14) to electric-control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520240422.6U CN204693642U (en) | 2015-07-20 | 2015-07-20 | There is the indoor air cleaner of indoor and outdoor ventilatory |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520240422.6U CN204693642U (en) | 2015-07-20 | 2015-07-20 | There is the indoor air cleaner of indoor and outdoor ventilatory |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204693642U true CN204693642U (en) | 2015-10-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520240422.6U Expired - Fee Related CN204693642U (en) | 2015-07-20 | 2015-07-20 | There is the indoor air cleaner of indoor and outdoor ventilatory |
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| Country | Link |
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| CN (1) | CN204693642U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106015100A (en) * | 2016-07-30 | 2016-10-12 | 顺德职业技术学院 | Air-conditioner draught fan |
| CN110425679A (en) * | 2019-07-26 | 2019-11-08 | 西安建筑科技大学 | A kind of array collar vortex air supply device |
-
2015
- 2015-07-20 CN CN201520240422.6U patent/CN204693642U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106015100A (en) * | 2016-07-30 | 2016-10-12 | 顺德职业技术学院 | Air-conditioner draught fan |
| CN110425679A (en) * | 2019-07-26 | 2019-11-08 | 西安建筑科技大学 | A kind of array collar vortex air supply device |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151007 Termination date: 20200720 |