CN105318417A - All-round air conditioner system - Google Patents
All-round air conditioner system Download PDFInfo
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- CN105318417A CN105318417A CN201410255432.7A CN201410255432A CN105318417A CN 105318417 A CN105318417 A CN 105318417A CN 201410255432 A CN201410255432 A CN 201410255432A CN 105318417 A CN105318417 A CN 105318417A
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Abstract
An all-round air conditioner system mainly consists of an air conditioner body, a controller, an air return valve, an air way switching valve, an air purifying part, an air circulation port, a fresh air port, an exhausting port, an air intake fan, an exhaust fan, an indoor temperature and humidity sensor, an outdoor temperature and humidity sensor, an indoor air sensor, an outdoor air sensor, an air optimizing part and/or a bypass valve, a rain cover and the like. The all-round air conditioner system can achieve a cooling/heating function, a ventilation and air exchange function, a fresh air energy saving function, a circulating purification function, an air optimizing function, an automatic drainage function and a humidity regulating function under the control of the controller, achieves 'three-to-one' integration of the functions of an air conditioner, a fresh air fan and an air purifier by controlling the air way switching valve, and meets the all-round requirements for fresh and healthy air of modern families.
Description
Technical field the present invention relates to filed of air conditioning, is specially all-round air-conditioning system.
Background technology air becomes daily necessities, provide the quality of life of people, but the air pollution that the harmful substance such as benzene, formaldehyde causes in indoor cannot effectively solve, therefore, air purifier and variously enter huge numbers of families for taking a breath with energy-conservation new blower fan.Almost only have air-conditioning, air purifier, newly this three of blower fan all to possess and could live comfortable and safely, but be subject to the restriction of space and cost, three is complete very rarely seen.On the other hand, at the day and night temperature in the greater part summer of China at about 8-10 DEG C, night in summer, outdoor temperature often declined more much lower than indoor temperature, introducing outdoor air can be utilized completely to substitute air conditioner refrigerating and be room temperature lowering, but the new blower fan of prior art production and air all do not accomplish this point.
Summary of the invention: the object of the invention is to the deficiency overcoming above-mentioned technology, a kind of all-round air-conditioning system is provided, mainly comprise display, wind deflector, indoor and outdoor connecting pipe line, condenser, filter screen, axial-flow fan, off-premises station, controller, remote controller, casing and demarcation strip, air inlet fan, exhaust blower, return air inlet, fresh wind port, exhaust outlet, follows air port, connection airduct, wind path switching valve, air returning valve, purification of air part, component such as air optimization part and/or by-passing valve, indoor and outdoor gas sensor, indoor and outdoor Temperature Humidity Sensor, remote controller, rain cover etc.Air-conditioning, new blower fan, air purifier three unification can be realized, meet the requirement of people to air themperature, freshness and degree of purity comprehensively.
The present invention can realize: 1, cold/hot merit energy: press the corresponding function button of remote controller, under the control of the controller, realizes refrigeration or heat-production functions, the refrigeration of the air-conditioning that its principle and existing prior art are produced or to heat principle just the same.
2, ventilation function: by arranging remote controller key, controller controls the off-premises station of air-conditioning and does not work, and axial-flow fan and/or air inlet fan, exhaust blower work, to while the outdoor new wind of indoor introducing by foul indoor air discharged to outdoor.Be equal to the function without pipeline wall-hanging or the new blower fan of console mode monomer that prior art is produced.
3, fresh air energy-saving function: at the greater part day and night temperature in summer of China at about 8-10 DEG C, night in summer, outdoor temperature often declined more much lower than indoor temperature, controller starts axial-flow fan and/or the work of the component such as air inlet fan, exhaust blower, and off-premises station does not work, carry out exchange circulation indoor-outdoor air Wind Volume, outdoor Cryogenic air is utilized to substitute the refrigeration cool-down of air-conditioning, energy-conservation and prevent " air conditioner disease ".
4, circularly purifying function: when outdoor temperature humidity sensor detects that outdoor temperature is very high or very low, introducing outdoor air enters indoor and can have a strong impact on indoor temperature stabilization and make people uncomfortable, or when outdoor gas sensor detects outdoor air severe contamination and affects the service life of purification of air part, controller starts wind path switching valve, and start axial-flow fan and/or air inlet fan, exhaust blower, now the present invention is transformed into air purifier, solves air pollution problem inside rooms.
5, air optimizational function: in running of the present invention, starts air by remote controller and optimizes part, improves the quality of room air or promotes the air themperature entering indoor in the winter time.
6, automatic blowdown function: gas sensor detects indoor such as the pernicious gases such as formaldehyde, benzene, ammonia, carbon monoxide, cigarette, when indoor harmful gaseous pollution exceeds standard, automatically " ventilation " function will be started, introduce outdoor new wind indoor harmful gas is diluted and is discharged by exhaust blower, ensure purification and the safety of indoor air environment.
7, humidity adjusting function: when indoor humidity excessive (as > 60%) simultaneously outside humidity suitable (40%-60%) time or indoor humidity is too small and outside humidity is suitable for time, controller controls the present invention and starts " ventilation and power saving function ", is exchanged improve indoor humidity by indoor-outdoor air.
Realize the present invention to solve the technical scheme that its technical problem takes and be: air-conditioning system mainly all can comprise casing; Return air inlet; Display; Wind deflector; Indoor and outdoor connecting pipe line; Condenser; Filter screen; Axial-flow fan; Controller; Air returning valve; Displacement plate; Casing, wherein: row's internal orifice, exclusive mouth, new collar extension, new internal orifice; Purification of air part; Follow air port; Connect airduct, wherein: blast pipe, exhaust duct; New wind; Exhaust outlet; Air draft internal orifice; New wind internal orifice; Demarcation strip, wherein: arc; Air inlet fan; Exhaust blower; Wind path switching valve, wherein: YE, Displacement plate, casing; Dismounting mouth; Indoor temperature and humidity sensor; Outdoor temperature humidity sensor; Indoor gas sensor; Outdoor gas sensor; Air optimizes part and/or by-passing valve; Off-premises station; Rain cover, wherein: air inlet, air outlet.For ease of statement, by condenser, filter screen, axial-flow fan, display, wind deflector, remote controller, off-premises station are referred to as air conditioner main body.Described casing refers to the shell of indoor equipment of the present invention, described demarcation strip refers to supporter or the spacer body of each component in installation, carrying casing, the demarcation strip being positioned at air inlet fan air outlet place makes and becomes arc, be referred to as arc, so that the air-out of air inlet fan leads to axial-flow fan more swimmingly; The back side of described casing, side are respectively arranged with fresh wind port and exhaust outlet; The air inlet of described rain cover, blast pipe, fresh wind port, purification of air part, air inlet fan, filter screen, axial-flow fan, condenser, wind deflector set gradually and form air intake passage, follow air port, exhaust blower, exhaust outlet, exhaust duct, rain cover air outlet set gradually and form air exhaust passage, between air intake passage with air exhaust passage and corresponding fresh wind port and exhaust outlet are provided with wind path switching valve; Described wind path switching valve adopts single channel air-valve or combination air-valve, corresponding fresh wind port and exhaust outlet and to be arranged between air intake passage with air exhaust passage or by the rain cover that is connected the corresponding fresh wind port of airduct and exhaust outlet and side disposed in the outdoor, wherein: single channel air-valve be made up of YE and Displacement plate only have the wind path switch of access way, comprise the Electric air valve of employing prior art making or the wind path switch of MOD or electric folding device; Combination air-valve is by casing and several YEs and Displacement plate is formed jointly, can realize the wind path switch that multichannel wind path changes mutually, the present invention is called veneer combination air-valve by being provided with the combination air-valve that a YE and Displacement plate form jointly in casing, is called many plates combination air-valve by being provided with the combination air-valve that multiple YE and Displacement plate form jointly in casing; Described casing refers to the casing that offers several ventilating openings or ventilating surface or framework, combined by casing and/or demarcation strip and form, or independently separately makes and jointly form combination air-valve with Displacement plate and/or YE; YE comprises force piece and driving member, its force piece adopts the electric device comprising motor or electromagnet or step-by-step movement actuator, and its driving member adopts the transmission device comprising power transmission shaft or gear or tooth bar or chain or conveyer belt or the transmission device be made up of their combinations; Displacement plate and YE are directly connected or are connected with YE by driving member, and by YE directly or control itself or rotation displacement by driving member, or translation displacement, or opening and closing displacement and realize opening or closing wind path or air port.Described purification of air part is the device for air filtration, sterilization and purification, is made up of, is disposed in parallel in the inlet side of air inlet fan with by-passing valve the one or more combinations in screen pack, HEPA filter course, cold catalyst, active carbon, electrostatic precipitator; Described air is optimized part and is comprised adopt in anion generator or ozone generator or photocatalyst or ultraviolet sterilization apparatus or heater one or more and combine, and is arranged in air intake passage; Described heater is for when outdoor low temperature, temperature raising is carried out to entering indoor air, temperature plateau in holding chamber, adopt the component of infrared heating or employing Electromagnetic Heating or employing resistance heated, wherein resistance heated comprises ceramic heat or quartz ampoule heating etc.Described by-passing valve adopts Electric air valve, and is juxtaposed on the inlet side of air inlet fan with purification of air part; Described return air inlet correspondence is provided with air returning valve; Described controller respectively with display, wind deflector, condenser, axial-flow fan, off-premises station, air inlet fan, exhaust blower, wind path switching valve, air returning valve, air optimize part and/or by-passing valve, indoor gas sensor, outdoor gas sensor, indoor temperature and humidity sensor, outdoor temperature humidity sensor are electrically connected.Described air inlet fan and/or exhaust blower adopt one or more to be set up in parallel, to guarantee to drive enough ventilations.
The present invention can realize:
1, cold/hot merit energy: press the corresponding function button of remote controller, the YE that controller just controls in wind path switching valve closes fresh wind port and exhaust outlet, control air returning valve and open return air inlet, air conditioner main body work, to run, the refrigeration of the air-conditioning that its principle and existing prior art are produced or to heat principle just the same.
2, ventilation function: by the corresponding button of remote controller, then controller controls air returning valve and cuts out return air inlet, YE in wind path switching valve opens fresh wind port and exhaust outlet, simultaneously axial-flow fan and/or air inlet fan, exhaust blower startup work, outdoor new wind is through fresh wind port and purification of air part and/or by-passing valve, after leading to air inlet fan and arc again, lead through filter screen and wind deflector under the effect of axial-flow fan and blow to indoor; Meanwhile, indoor air also continuous by exhaust blower by its from return air inlet suck and final from exhaust outlet discharged to outdoor.The size of ventilation air quantity can realize by regulating " wind speed " key, substitutes at present the function of the new blower fan of pandemic monomer on the market.
3, fresh air energy-saving function: at night in summer, the cryogenic temperature T1 (most people get used to about 26 DEG C) of remote controller setting air-conditioning, when outdoor temperature sensor records outdoor temperature lower than the shutdown temperature T1 set, controller controls air returning valve and cuts out return air inlet, YE in wind path switching valve opens fresh wind port and exhaust outlet, axial-flow fan and/or air inlet fan simultaneously, exhaust blower startup work, the new wind in outdoor that air inlet fan is introduced enters air intake passage, when arrive purification of air part and opened by-passing valve time, the air of flowing is just by the unresisted by-passing valve of milli, again by air inlet fan and after being led by arc, lead through filter screen and wind deflector under the effect of axial-flow fan and blow to indoor, meanwhile, indoor air also continuous by exhaust blower by its from return air inlet suck and final from exhaust outlet discharged to outdoor, improve outdoor Cryogenic air because by-passing valve opens and enter indoor flow, thus be room temperature lowering better.So, a large amount of new wind of outdoor low temperature of introducing instead of air conditioner refrigerating and realizes energy-conservation object, keeps with fresh air and dizzy leg soft " air conditioner disease " is made us in initiation of avoiding all night turning on the aircondition simultaneously.
4, circularly purifying function: when outdoor temperature humidity sensor detects that outdoor temperature is very high or very low, introducing outdoor air enters indoor and can have a strong impact on indoor temperature stabilization and make people uncomfortable, or when outdoor gas sensor detects outdoor air severe contamination and affects the service life of purification of air part, circularly purifying function selected by available remote controller: controller controls air returning valve and cuts out return air inlet, YE in wind path switching valve closes fresh wind port and exhaust outlet, by-passing valve, simultaneously Displacement plate displacement make air intake passage and air exhaust passage through by wind path switching valve, axial-flow fan and/or air inlet fan, exhaust blower startup work, foul indoor air enters from following air port and passes exhaust blower arrival air exhaust passage, because now exhaust outlet is closed, the air of circulation transfers to flow in air intake passage by wind path switching valve, then by purification of air part, after leading to air inlet fan and arc again, lead through filter screen and wind deflector under the effect of axial-flow fan and blow to indoor, so, room air constantly circulates through purification of air part, and the present invention is transformed into air purifier.
5, air optimizational function: in running of the present invention, starts air by remote controller and optimizes part, improves the quality of room air or promotes the air themperature entering indoor in the winter time.
6, automatic blowdown function: gas sensor detects indoor such as the pernicious gases such as formaldehyde, benzene, ammonia, carbon monoxide, cigarette, when indoor gas sensor detects that indoor harmful gaseous pollution exceeds standard, will automatically start " ventilation function ", introduce outdoor new wind indoor harmful gas is diluted and is discharged by exhaust blower, ensure purification and the safety of indoor air environment.
7, humidity adjusting function: the humidity that the microcomputer chip in controller is detected by indoor humidity sensor and outside humidity sensor compares, when simultaneously outside humidity is suitable for indoor humidity excessive (as > 60%) (as 40%-60%) or indoor humidity is too small and outside humidity is suitable for time, controller controls the present invention and starts " ventilation and power saving function ", is exchanged improve indoor humidity by indoor-outdoor air.
The invention has the beneficial effects as follows: realize air-conditioning, new blower fan, air purifier function " three-in-one ", Based Intelligent Control, environmental protection and energy saving, meet the comprehensive requirement of Modern Family to thermophilic, pure and fresh, healthy air.
Description of drawings 1 is the schematic perspective view of existing existing wall-hanging air conditioner indoor unit;
Fig. 2 is the top view of existing existing wall-hanging air conditioner indoor unit;
Fig. 3 is that the transverse direction of existing existing wall-hanging air conditioner indoor unit analyses and observe reduced graph;
Fig. 4 is the front view of embodiment 1;
Fig. 5 is the rearview of embodiment 1;
Fig. 6 is the left view of embodiment 1;
Fig. 7 is the cross-sectional schematic diagram of embodiment 1 when unassembled;
Fig. 8 is the casing structural representation of combination air-valve;
Fig. 9 is the connection diagram of YE and Displacement plate;
Figure 10 is the schematic diagram of veneer combination air-valve when " leading directly to " state;
Figure 11 is the schematic diagram of veneer combination air-valve when " loop " state;
Figure 12 is the horizontal complete section schematic diagram of Figure 10;
Figure 13 is the horizontal complete section schematic diagram of Figure 11;
Figure 14 is the horizontal complete section schematic diagram of many plates combination air-valve when " leading directly to " state;
Figure 15 is many plates combination air-valve horizontal complete section schematic diagram when " loop " state;
Figure 16 is the cross-sectional schematic diagram of embodiment 1 when " cold/hot merit energy ";
Figure 17 is the cross-sectional schematic diagram of embodiment 1 when " ventilation is with energy-conservation " state;
Figure 18 is the cross-sectional schematic diagram of embodiment 1 when " circularly purifying " state;
Figure 19 is the cross-sectional schematic diagram of embodiment 2 when " cold/hot merit energy ";
Figure 20 is the cross-sectional schematic diagram of embodiment 2 when " ventilation is with energy-conservation " state;
Figure 21 is the cross-sectional schematic diagram of embodiment 2 when " circularly purifying " state;
Figure 22 is that the A of embodiment 2 is to sectional view;
Figure 23 is the cross-sectional schematic diagram of embodiment 3 when " cold/hot merit energy ";
Figure 24 is the cross-sectional schematic diagram of embodiment 3 when " ventilation is with energy-conservation " state;
Figure 25 is the cross-sectional schematic diagram of embodiment 3 when " circularly purifying " state;
Figure 26 is the electrical connection schematic diagram of each embodiment middle controller and interlock circuit;
Figure 27 is the cross-sectional schematic diagram of embodiment 4 when " cold/hot merit energy ";
Figure 28 is the cross-sectional schematic diagram of embodiment 4 when " ventilation is with energy-conservation " state;
Figure 29 is the cross-sectional schematic diagram of embodiment 4 when " circularly purifying " state.
In figure: 1-casing; 2-return air inlet; 3-display; 4-wind deflector; 5-indoor and outdoor connecting pipe line; 6-condenser; 7-filter screen; 8-axial-flow fan; 9-controller; 10-air returning valve; 11-YE, wherein: 111-power transmission shaft; 12-Displacement plate; 13-casing, wherein: 131-arranges internal orifice, the exclusive mouth of 132-, the new collar extension of 133-, the new internal orifice of 134-; 14-purification of air part; 15-follows air port; 16-connects airduct, wherein 161-blast pipe, 162-exhaust duct; 17-fresh wind port; 18-exhaust outlet; 19-air draft internal orifice; The new wind internal orifice of 20-; 21-demarcation strip, wherein: 211-arc; 22-air inlet fan; 23-exhaust blower; 24-wind path switching valve; 25-dismantles mouth; 26-indoor temperature and humidity sensor; 27-outdoor temperature humidity sensor; 28-indoor gas sensor; The outdoor gas sensor of 29-; 30-air optimizes part; 31-by-passing valve; 32-off-premises station; Rain cover 33, wherein: 34-air inlet, 35-air outlet; 36-wall.The installation of described off-premises station and indoor set, to be connected be existing known technology; Controller 9 is arranged in casing 1, and the electrical connection of itself and interlock circuit all can be implemented for those of ordinary skill in the art, therefore, all omit together with remote controller in the figure of each embodiment and do not draw.
Make an explanation with regard to the embodiment of the present invention below detailed description of the invention, but the present invention is not limited to this:
Embodiment 1: all-round air-conditioning system, comprises casing 1; Return air inlet 2; Display 3; Wind deflector 4; Indoor and outdoor connecting pipe line 5; Condenser 6; Filter screen 7; Axial-flow fan 8; Controller 9; Air returning valve 10; YE 11, wherein: power transmission shaft 111; Displacement plate 12; Casing 13, wherein: row's internal orifice 131, exclusive mouth 132, new collar extension 133, new internal orifice 134; Purification of air part 14; Follow air port 15; Connect airduct 16; Fresh wind port 17; Exhaust outlet 18; Air draft internal orifice 19; New wind internal orifice 20; Demarcation strip 21, wherein: arc 211; Air inlet fan 22; Exhaust blower 23; Wind path switching valve 24; Dismounting mouth 25; Indoor temperature and humidity sensor 26; Outdoor temperature humidity sensor 27; Indoor gas sensor 28; Outdoor gas sensor 29; Air optimizes part 30; By-passing valve 31; Off-premises station 32; Rain cover 33.Between the air intake passage that the wind path switching valve of the present embodiment is arranged on casing 1 and air exhaust passage, in each figure, all eliminate the icon connecting airduct 16 and rain cover 33.Fig. 1 is the schematic perspective view of existing existing wall-hanging air conditioner indoor unit, Fig. 2 is the top view of existing existing wall-hanging air conditioner indoor unit, Fig. 3 is that the transverse direction of existing existing wall-hanging air conditioner indoor unit analyses and observe reduced graph, Fig. 4 is the front view of embodiment 1, Fig. 5 is the rearview of embodiment 1, Fig. 6 is the left view of embodiment 1, and Fig. 7 is the cross-sectional schematic diagram of embodiment 1 in unassembled formula, and above-mentioned existing existing wall-hanging air conditioner refers to the wall-hanging air conditioner adopting prior art production and selling.From Fig. 1, Fig. 2, Fig. 3: the top panel of existing air-conditioned indoor set casing 1 has the return air inlet 2 of grid-shaped, during operation, indoor air circulation is introduced return air inlet 2 and through air filter screen 7 by the axial-flow fan 8 of air-conditioning, blow out from wind deflector 4 after condenser 6 again, realize the object regulating room air and room temperature.From Fig. 4, Fig. 5, Fig. 6: the return air inlet 2 of the present embodiment is in the front of casing 1, the left and right sides and the back side are all provided with fresh wind port 17 and exhaust outlet 18, also 3 pairs of fresh wind ports 17 are namely provided with and exhaust outlet 18 is distributed in 3 directions, the object done like this is to make the present invention can adapt to different house types in actual use, from above-mentioned 3 direction either directions connect ventilation ducts can by fresh wind port 17 and exhaust outlet 18 easily with outdoor communication, other 2 pairs of fresh wind ports 17 and exhaust outlet 18 then carry out capping plug with removably cover plate.As can be seen from Figure 7: casing 1 and demarcation strip 21 together constitute cabinet, cabinet inside has the air draft internal orifice 19 corresponding with exhaust outlet 18, the new wind internal orifice 20 corresponding with fresh wind port 17, by these air ports respectively correspondence wind path switching valve be set realize various function of the present invention.According to technical scheme: described wind path switching valve adopts single-pass air-valve or combination air-valve, wherein single channel air-valve is the wind path switch only having the wind path switch of access way, comprise Electric air valve or MOD or the electric folding device adopting prior art to make be made up of YE and Displacement plate, its operation principle is simple, and it will not go into details; Combination air-valve is by casing and YE and Displacement plate is formed jointly, can realize the wind path switch that multichannel wind path changes mutually, so, first the operation principle of the combination air-valve in wind path switching valve is described: Fig. 8 is the casing structural representation of combination air-valve, Fig. 9 is the connection diagram of YE and Displacement plate, Figure 10 is the schematic diagram of veneer combination air-valve when " leading directly to " state, Figure 11 is the schematic diagram of veneer combination air-valve when " loop " state, Figure 12 is the horizontal complete section schematic diagram of Figure 10, and Figure 13 is the horizontal complete section schematic diagram of Figure 11.As seen from the figure: two sides corresponding on casing 13 offers the corresponding exclusive mouth 132 of row's internal orifice 131, the air port of the corresponding new internal orifice 134 of new collar extension 133, YE 11 is connected with Displacement plate 12 by rotating shaft 111, just forms combination air-valve when attaching it in casing 13.When YE 11 makes Displacement plate 12 rotate in time arranging internal orifice 131 and exclusive mouth 132 and between new collar extension 133 and new internal orifice 134, be referred to as combination air-valve in " leading directly to " state, namely refer to: row's internal orifice 131 leads directly to new internal orifice 134 with straight-through, the new collar extension 133 of exclusive mouth 132; When YE 11 Displacement plate 12 is rotated to row's internal orifice 131 and new internal orifice 134 and between exclusive mouth 132 and new collar extension 133 time, the vacating space due to the displacement of Displacement plate 12, the row's of making internal orifice 131 and the internal run-through of new internal orifice 134 by casing 13, be referred to as combination air-valve in " loop " state.The wind path switching valve of the present embodiment adopts veneer combination air-valve, its casing 13 is independent separately to be made, in establish a YE 11 and Displacement plate 12 jointly to form to combine air-valve, the corresponding fresh wind port 17 of combination air-valve and exhaust outlet 18 and be arranged between air intake passage and air exhaust passage, specifically: will row's internal orifice 131 and new internal orifice 134 corresponding air draft internal orifice 19 and the new wind internal orifice 20 respectively of the casing 13 of combination air-valve be formed, exclusive mouth 132 and new collar extension 133 corresponding exhaust outlet 18 and fresh wind port 17 respectively, whole combination air-valve is arranged between air intake passage and air exhaust passage.Figure 26 is the electrical connection schematic diagram of each embodiment middle controller and interlock circuit, lower same.
Figure 16 is the cross-sectional schematic diagram of embodiment 1 when " cold/hot merit energy ", and Figure 17 is the cross-sectional schematic diagram of embodiment 1 when " ventilation is with energy-conservation " state, and Figure 18 is the cross-sectional schematic diagram of embodiment 1 when " circularly purifying " state.In figure: fresh wind port 17, purification of air part 14, air inlet fan 22, filter screen 7, axial-flow fan 8, condenser 6, wind deflector 4 set gradually and form the air intake passage of indoor section, follow air port 15, exhaust blower 23, exhaust outlet 18 set gradually and form the air exhaust passage of indoor section.Figure 16, Figure 17, Figure 18 and Fig. 7 are known in contrast, and between air intake passage with air exhaust passage, corresponding fresh wind port 17 and exhaust outlet 18 be provided with combination air-valve.Air optimizes the air side that part 30 is arranged on air inlet fan 22; Indoor gas sensor 28 and indoor temperature and humidity sensor 26 are separately positioned on casing 1; Outdoor gas sensor 29 and outdoor temperature humidity sensor 27 arrange, are arranged on the appropriate location of the outside of body of wall respectively.
1, cold/hot merit energy: as shown in figure 16, only need press corresponding " cold/heat pattern " key on air-conditioning remote control, as heated: Fig. 7 is known in contrast, the YE 11 translation Displacement plate 12 controlled in air returning valve 10 at controller 9 makes return air inlet 2 be opened, YE 11 rotation displacement plate 12 simultaneously in wind path switching valve 24 also closes fresh wind port 17 and exhaust outlet 18, air conditioner main body work, run, with existing air-conditioned cooling/heating principle and function just the same, repeat no more.
2, ventilation function: operation principle as shown in figure 17, the ventilation button of remote controller can be selected, the YE 11 rotation displacement plate 12 that controller 9 controls in wind path switching valve opens fresh wind port 17 and exhaust outlet 18, the YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 starts work, the outdoor fresh air that air inlet fan 22 is introduced enters fresh wind port 17, by air inlet fan 22 after purification of air part 14, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final led by wind deflector 4 through condenser 6 and blow to indoor, while introducing outdoor fresh air, indoor air is also continuous to be sucked it and flows to outdoor by exhaust blower 23 discharged to exhaust outlet 18 from following air port 15 by exhaust blower 23.The size of ventilation air quantity can realize by regulating " wind speed " key: during fresh-air ventilation, wind speed is selected in the little gear of remote controller displays, which achieves the function of the new blower fan of monomer.
3, fresh air energy-saving function: use this function still as shown in figure 17, at the night in summer, selects " energy-saving cool-down " pattern on a remote control.If the design temperature T1 value of opening air-conditioning before sleeping is 26 DEG C, fresh air energy-saving temperature T2 (supposing that T2 is set to 27 DEG C) can be set.When outdoor temperature humidity sensor 27 record outdoor temperature drop to 26 DEG C time, the microcomputer chip analysis of controller 9 by setting within it, relatively, control air-conditioner outdoor unit 32 and axial-flow fan 8 quit work, indoor temperature can rise gradually due to the shutdown of air-conditioning, when indoor temperature and humidity sensor 26 record indoor temperature rise to fresh air energy-saving temperature T2 (27 DEG C) of setting time, controller 9 controls the YE 11 rotation displacement plate 12 in wind path switching valve and opens fresh wind port 17, exhaust outlet 18 and by-passing valve 31, and separate air intake passage and air exhaust passage, the YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 starts work, the outdoor Cryogenic air that air inlet fan 22 is introduced enters fresh wind port 17, because the by-passing valve 31 arranged side by side with purification of air part 14 is opened, the Cryogenic air of flowing is avoided the windage of purification of air part 14 and to flow to and by by-passing valve 31, then by air inlet fan 22, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final led by wind deflector 4 through condenser 6 and blow to indoor, while introducing Cryogenic air, indoor sultry air is also continuous to be sucked it and flows to outdoor by exhaust blower 23 discharged to exhaust outlet 18 from following air port 15 by exhaust blower 23.Like this, the Wind Volume of indoor-outdoor air exchanges, and realizes introducing the new wind of outdoor low temperature and substitutes air conditioner refrigerating cooling and realize energy-conservation object, due to the circulation of fresh air, avoid and make us uncomfortable " air conditioner disease ".
4, circularly purifying function: as shown in figure 18, when outdoor temperature humidity sensor 27 detects that outdoor temperature is very high or very low, introducing outdoor air enters indoor and can have a strong impact on indoor temperature stabilization and make people uncomfortable, or when outdoor gas sensor 29 detects outdoor air severe contamination, circularly purifying function selected by available remote controller: the YE 11 translation Displacement plate 12 that controller 9 controls in air returning valve 10 makes return air inlet 2 be closed, YE 11 rotation displacement plate 12 simultaneously in wind path switching valve also closes fresh wind port 17 and exhaust outlet 18, by-passing valve 31 is also closed simultaneously.Start axial-flow fan 8 and/or air inlet fan 22, exhaust blower 23, now the air of foul indoor is through following air port 15 and enter and by exhaust blower 23, then the casing 13 of wind path switching valve is entered, because Displacement plate 12 encloses exhaust outlet 18 and fresh wind port 17, flow into casing 13 hollow cyclostrophic and flow into air intake passage, by purification of air part 14 and air inlet fan 22, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, room air is so continuous to circulate through purification of air part 14 and is cleaned, the present invention is made to be transformed to air purifier.
5, air optimizational function: air is optimized part 30 and is arranged on air intake passage, in above-mentioned each function is run, press " air optimization " key of remote controller, during as selection " oxygen enrichment ", anion generator starts and the oxygen molecule activated in air flows to into indoor in company with air, can fresh air, dedusting, sterilizing, purify air, improve human lung's function, strengthen resistance against diseases.
6, automatic blowdown function: in above-mentioned each function is run, press " automatic pollution discharge " key of remote controller, then indoor gas sensor 28 detects automatically to indoor such as the pernicious gases such as formaldehyde, benzene, ammonia, carbon monoxide, cigarette, when indoor gas sensor 28 detects that indoor harmful gaseous pollution exceeds standard, automatically will start and enter above-mentioned " ventilation " function, introduce outdoor new wind and indoor harmful gas is constantly discharged, ensureing purification and the safety of indoor air environment.
Embodiment 2: Figure 19 is the cross-sectional schematic diagram of embodiment 2 when " cold/hot merit energy "; Figure 20 is the cross-sectional schematic diagram of embodiment 2 when " ventilation is with energy-conservation " state, and Figure 21 is the cross-sectional schematic diagram of embodiment 2 when " circularly purifying " state, and Figure 22 is that the A of embodiment 2 is to sectional view.The icon connecting airduct 16 and rain cover 33 is all eliminated in each figure of the present embodiment; Between the air intake passage that wind path switching valve is arranged on casing 1 and air exhaust passage, and, casing is combined by casing 1 and demarcation strip 21 and forms, inside establish Displacement plate 12 and YE 11, the operation principle of the present embodiment and cold/hot merit energy, ventilation function, fresh air energy-saving function, circularly purifying function, air optimizational function, automatic blowdown function are identical with embodiment 1 with using method, do not repeat them here.But from the A shown in the present embodiment Figure 22 to sectional view: the left and right sides of casing 1 and the back side are provided with fresh wind port 17 and exhaust outlet 18, that is: be provided with 3 pairs of fresh wind ports 17 and exhaust outlet 18 is distributed in 3 directions, such being provided with is beneficial to the exterior wall distribution that is adapted to different house type and installs.
Embodiment 3: Figure 23 is the cross-sectional schematic diagram of embodiment 3 when " cold/hot merit energy ", and Figure 24 is the cross-sectional schematic diagram of embodiment 3 when " ventilation is with energy-conservation " state, and Figure 25 is the cross-sectional schematic diagram of embodiment 3 when " circularly purifying " state.The icon connecting airduct 16 and rain cover 33 is all eliminated in each figure.According to technical scheme: wind path switching valve adopts single-pass air-valve or combination air-valve.The wind path switching valve of the present embodiment adopts many plates combination air-valve, the horizontal complete section schematic diagram that the operation principle of many plates combination air-valve is many plates combination air-valve when " leading directly to " state as: Figure 14, Figure 15 is many plates combination air-valve horizontal complete section schematic diagram when " loop " state, as seen from the figure, many plate combination air-valves have employed 3 groups of YEs 11 and Displacement plate 12, casing is made up of jointly casing 1 and demarcation strip 21, many plate combination air-valves are arranged between air intake passage and air exhaust passage, corresponding fresh wind port 17 and exhaust outlet 18, all YEs are all electrically connected with controller 9.
1, cold/hot merit energy: as shown in figure 23, press corresponding " cold/heat pattern " key on air-conditioning remote control, as heated, the YE 11 translation Displacement plate 12 controlled in air returning valve 10 at controller 9 makes return air inlet 2 be opened; YE 11 rotation displacement plate 12 in many plates combination air-valve closes fresh wind port 17 and exhaust outlet 18, air conditioner main body work, operation, with existing air-conditioned cooling/heating principle and function just the same, repeat no more.
2, ventilation function: operation principle as shown in figure 24, the ventilation button of remote controller can be selected, the controller 9 YE 11 rotation displacement plate 12 controlled in wind path switching valve is opened fresh wind port 17 and exhaust outlet 18, is separated air intake passage and air exhaust passage, and many plate combination air-valves " lead directly to " state; The YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 start work, the outdoor fresh air that air inlet fan 22 is introduced enters fresh wind port 17, by air inlet fan 22 after purification of air part 14, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, finally lead after-blow to indoor through condenser 6 by wind deflector 4; While introducing outdoor fresh air, indoor air is also continuous to be sucked it and flows to outdoor by exhaust blower 23 discharged to exhaust outlet 18 from following air port 15 by exhaust blower 23.The size of ventilation air quantity can realize by regulating " wind speed " key: during fresh-air ventilation, wind speed can be selected in less gear, substitutes at present the function of the new blower fan of pandemic monomer on the market.
3, fresh air energy-saving function: use this function still as shown in figure 24, at the night in summer, selects " energy-saving cool-down " button on a remote control.If the design temperature T1 value of opening air-conditioning before sleeping is 26 DEG C, fresh air energy-saving temperature T2 (supposing that T2 is set to 27 DEG C) can be set.When outdoor temperature humidity sensor 27 record outdoor temperature drop to 26 DEG C time, the microcomputer chip analysis of controller 9 by setting within it, relatively, control air-conditioner outdoor unit 32 and axial-flow fan 8 quit work, now indoor temperature can rise gradually due to the shutdown of air-conditioning, when indoor temperature and humidity sensor 26 record indoor temperature rise to fresh air energy-saving temperature T2 (27 DEG C) of setting time, fresh wind port 17 opened by the YE 11 rotation displacement plate 12 that controller 9 controls in wind path switching valve, exhaust outlet 18 and by-passing valve 31, separate air intake passage and air draft internal channel, the YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 starts work, the outdoor Cryogenic air that air inlet fan 22 is introduced enters fresh wind port 17, because the by-passing valve 31 arranged side by side with purification of air part 14 is opened, the Cryogenic air of flowing is avoided the windage of purification of air part 14 and to flow to and by by-passing valve 31, then by air inlet fan 22, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, while introducing Cryogenic air, indoor sultry air is also continuous to be sucked it and flows to outdoor by exhaust blower 23 discharged to exhaust outlet 18 from following air port 15 by exhaust blower 23.Like this, the Wind Volume of indoor-outdoor air exchanges, and realizes introducing the new wind of outdoor low temperature and instead of air conditioner refrigerating cooling and realize energy-conservation object, simultaneously due to the circulation of fresh air, avoid and make us uncomfortable " air conditioner disease ".
4, circularly purifying function: as shown in figure 25, when outdoor temperature humidity sensor 27 detects that outdoor temperature is very high or very low, introducing outdoor air enters indoor and can have a strong impact on indoor temperature stabilization and make people uncomfortable, or when outdoor gas sensor 29 detects outdoor air severe contamination, circularly purifying function selected by available remote controller: the YE 11 translation Displacement plate 12 that controller 9 controls in air returning valve 10 closes return air inlet 2, closes by-passing valve 31, YE 11 rotation displacement plate 12 simultaneously in many plate combination air-valves closes fresh wind port 17 and exhaust outlet 18, and many plate combination air-valves enter " loop " state, start axial-flow fan 8 and air inlet fan 22, exhaust blower 23, now the air of foul indoor is through following air port 15 and enter and by exhaust blower 23, because the wind path switching valve of exhaust outlet 18 and fresh wind port 17 correspondence cuts out, the air of flowing then between air intake passage and the air exhaust passage, the wind path switching valve opened flows into air intake passage, then by passing through air inlet fan 22 again after purification of air part 14, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, room air is so continuous to circulate through purification of air part 14 and is cleaned, the present invention is made to be transformed to air purifier.Air optimizational function is identical with embodiment 1 with automatic blowdown function, does not repeat them here.Embodiment 4: Figure 27 is the cross-sectional schematic diagram of embodiment 4 when " cold/hot merit energy ", and Figure 28 is the cross-sectional schematic diagram of embodiment 4 when " ventilation " state, and Figure 29 is the cross-sectional schematic diagram of embodiment 4 when " circularly purifying " state.The present embodiment is identical with the operation principle of embodiment 1, the air inlet 34 of rain cover 33, blast pipe 161, fresh wind port 17, purification of air part 14, air inlet fan 22, filter screen 7, axial-flow fan 8, condenser 6, wind deflector 4 sets gradually and forms air intake passage, follow air port 15, exhaust blower 23, exhaust outlet 18, exhaust duct 162, the air outlet 35 of rain cover 33 sets gradually and forms air exhaust passage, between the air intake passage and air exhaust passage of rain cover, and corresponding fresh wind port 17 and exhaust outlet 18 are provided with wind path switching valve 24, specifically: wind path switching valve 24 adopts combination air-valve, be arranged in rain cover 33, the casing 13 of formation combination air-valve will be arranged internal orifice 131 and new internal orifice 134 corresponding exhaust outlet 18 and fresh wind port 17 respectively, exclusive mouth 132 and new collar extension 133 distinguish corresponding air outlet 35 and air inlet 34 on corresponding rain cover 33.
1, cold/hot merit energy: as shown in figure 27, only need press corresponding " cold/heat pattern " key on air-conditioning remote control, as heated, the YE 11 translation Displacement plate 12 that controller 9 controls in air returning valve 10 makes return air inlet 2 be opened, YE 11 rotation displacement plate 12 cross shutter passage simultaneously in wind path switching valve and air exhaust passage also close exclusive mouth 132 and new collar extension 133, this has just completely cut off the circulation of indoor-outdoor air, air conditioner main body work, operation, with existing air-conditioned cooling/heating principle and function just the same, repeat no more.
2, ventilation function: operation principle as shown in figure 28, the ventilation button of remote controller can be selected, the YE 11 rotation displacement plate 12 that controller 9 controls in wind path switching valve opens exclusive mouth 132 and new collar extension 133, separation air intake passage and air exhaust passage make air intake passage and air exhaust passage all unimpeded, the YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 starts work, the outdoor fresh air that air inlet fan 22 is introduced enters the air inlet 34 of rain cover 33, enter the new collar extension 133 of wind path switching valve again, new internal orifice 134 and blast pipe 161 arrive fresh wind port 17, by air inlet fan 22 after purification of air part 14, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, while introducing outdoor fresh air, indoor air also continuous by exhaust blower 23 by its from follow air port 15 suck and by exhaust blower 23 discharged to exhaust outlet 18, then enter exhaust duct 162 and flow to row's internal orifice 131, the exclusive mouth 132 of wind path switching valve, to arrive and from the air outlet 35 of rain cover 33 discharged to outdoor.The size of ventilation air quantity can realize by regulating " wind speed " key: during fresh-air ventilation, wind speed is selected in less gear, substitutes at present the function of the new blower fan of pandemic monomer on the market.
3, fresh air energy-saving function: use this function still as shown in figure 28, at the night in summer, selects " energy-saving cool-down " button on a remote control.If the design temperature T1 value of opening air-conditioning before sleeping is 26 DEG C, fresh air energy-saving temperature T2 (supposing that T2 is set to 27 DEG C) can be set.When outdoor temperature humidity sensor 27 record outdoor temperature drop to 26 DEG C time, the microcomputer chip analysis of controller 9 by setting within it, relatively, control air-conditioner outdoor unit 32 and axial-flow fan 8 quit work, now indoor temperature can rise gradually due to the shutdown of air-conditioning, when indoor temperature and humidity sensor 26 record indoor temperature rise to fresh air energy-saving temperature T2 (27 DEG C) of setting time, the YE 11 rotation displacement plate 12 that controller 9 controls in wind path switching valve opens exclusive mouth 132 and new collar extension 133, separation air intake passage and air exhaust passage make air intake passage and air exhaust passage all unimpeded, the YE 11 translation Displacement plate 12 of air returning valve 10 closes return air inlet 2 simultaneously, axial-flow fan 8, air inlet fan 22, exhaust blower 23 starts work, the outdoor fresh air that air inlet fan 22 is introduced enters the air inlet 34 of rain cover 33, enter the new collar extension 133 of combination air-valve again, new internal orifice 134 and blast pipe 161 arrive purification of air part 14 and by-passing valve 31, because by-passing valve 31 is opened, the Cryogenic air of flowing is avoided the windage of purification of air part 14 and to flow to and by by-passing valve 31, then by air inlet fan 22, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, while introducing Cryogenic air, indoor sultry air also continuous by exhaust blower 23 by its from follow air port 15 suck and by exhaust outlet 18, then enter exhaust duct 162 and flow to row's internal orifice 131, the exclusive mouth 132 of wind path switching valve, to arrive and from the air outlet 35 of rain cover 33 discharged to outdoor.Like this, the Wind Volume of indoor-outdoor air exchanges, and realizes introducing the new wind of outdoor low temperature and instead of air conditioner refrigerating cooling and realize energy-conservation object, simultaneously due to the circulation of fresh air, avoid and make us uncomfortable " air conditioner disease ".
4, circularly purifying function: as shown in figure 29, when outdoor temperature humidity sensor 27 detects that outdoor temperature is very high or very low, introducing outdoor air enters indoor and can have a strong impact on indoor temperature stabilization and make people uncomfortable, or when outdoor gas sensor 29 detects outdoor air severe contamination, circularly purifying function selected by available remote controller: the YE 11 translation Displacement plate 12 controlled in air returning valve 10 at controller 9 makes return air inlet 2 be opened, YE 11 rotation displacement plate 12 cross shutter passage simultaneously in wind path switching valve and air exhaust passage also close exclusive mouth 132 and new collar extension 133, this has just completely cut off the circulation of indoor-outdoor air, by-passing valve 31 is also closed simultaneously.Start axial-flow fan 8 and air inlet fan 22, exhaust blower 23, now the air of foul indoor to suck and by exhaust blower 23 from following air port 15, exhaust outlet 18, then enter exhaust duct 162 and flow to row's internal orifice 131 of wind path switching valve, because exclusive mouth 132 and new collar extension 133 are closed by displacement plate 12, the air of flowing then flow to new internal orifice 134 and blast pipe 161 arrives fresh wind port 17, by air inlet fan 22 after purification of air part 14, the air of flowing to be led filter screen 7 and axial-flow fan 8 by arc 211 again, final lead after-blow to indoor through condenser 6 by wind deflector 4, room air is so continuous to circulate through purification of air part 14 and is cleaned, the present invention is made to be transformed to air purifier.
Air optimizational function is identical with embodiment 1 with automatic pollution discharge principle, and its inlet air flow path " ventilation function " is as described in the embodiment the same, does not repeat them here.
All humidity adjusting function can be realized: the humidity that the microcomputer chip in controller 9 is detected by indoor humidity sensor 26 and outside humidity sensor 27 compares in the various embodiments described above, when simultaneously outside humidity is suitable for indoor humidity excessive (as > 60%) (as 40%-60%) or indoor humidity is too small and outside humidity is suitable for time, controller 9 controls the present invention and starts " ventilation function ", is exchanged improve indoor humidity by indoor-outdoor air.
The above is only 3 embodiments of the present invention, can say, those of ordinary skill in the art, under enlightenment of the present invention, also can make other distortion or improvement.Such as: the setting position of the structure or setting position or change fresh wind port and/or exhaust outlet that change wind path switching valve also can realize part or all of object of the present invention; in every case fresh wind port and exhaust outlet are set on casing; and between air intake passage and air exhaust passage, be provided with the design of wind path switching valve, all should be considered as thinking of the present invention and protection category.
Claims (9)
1. all-round air-conditioning system, comprises casing (1), return air inlet (2), display (3), wind deflector (4), indoor and outdoor connecting pipe line (5), condenser (6), filter screen (7), axial-flow fan (8), controller (9), air returning valve (10), Displacement plate (12), casing (13), wherein: row's internal orifice (131), exclusive mouth (132), new collar extension (133), new internal orifice (134), purification of air part (14), follow air port (15), connect airduct (16), wherein: blast pipe (161), exhaust duct (162), fresh wind port (17), exhaust outlet (18), air draft internal orifice (19), new wind internal orifice (20), demarcation strip (21), wherein: arc (211), air inlet fan (22), exhaust blower (23), wind path switching valve (24), wherein: YE (11), Displacement plate (12), casing (13), dismounting mouth (25), indoor temperature and humidity sensor (26), outdoor temperature humidity sensor (27), indoor gas sensor (28), outdoor gas sensor (29), air optimizes part (30) and/or by-passing valve (31), off-premises station (32), rain cover (33), wherein: air inlet (34), air outlet (35), it is characterized in that: the air inlet (34) of described rain cover (33), blast pipe (161), fresh wind port (17), purification of air part (14), air inlet fan (22), filter screen (7), axial-flow fan (8), condenser (6), wind deflector (4) sets gradually and forms air intake passage, follow air port (15), exhaust blower (23), exhaust outlet (18), exhaust duct (162), the air outlet (35) of rain cover (33) sets gradually and forms air exhaust passage, between air intake passage and air exhaust passage, and corresponding fresh wind port (17) and exhaust outlet (18) are provided with wind path switching valve (24).
2. all-round air-conditioning system according to claim 1, it is characterized in that: described wind path switching valve (24) adopts single channel air-valve or combination air-valve, corresponding fresh wind port (17) and exhaust outlet (18) and to be arranged between air intake passage with air exhaust passage or by being connected the corresponding fresh wind port of airduct (17) and exhaust outlet (18) in the rain cover of side disposed in the outdoor, wherein: single channel air-valve is the wind path switch only having access way be made up of YE (11) and Displacement plate (12), comprise the Electric air valve adopting prior art to make, or MOD, or electric folding device is at interior wind path switch, combination air-valve is made up of jointly casing (13) and several YEs (11) and Displacement plate (12), can realize the wind path switch that multichannel wind path changes mutually.
3. all-round air-conditioning system according to claim 1, is characterized in that: the back side of described casing (1), side are respectively arranged with fresh wind port (17) and exhaust outlet (18).
4. all-round air-conditioning system according to claim 1, it is characterized in that: described casing (13) refer to the casing that offers several ventilating openings or ventilating surface or framework, in establish Displacement plate (12) and/or YE (11), casing (13) is combined by casing (1) and/or demarcation strip (21) and forms, or separately independent make and with Displacement plate (12) and/or YE (11) common form combine air-valve; Wherein: YE (11) comprises force piece and driving member, its force piece adopts the electric device comprising motor or electromagnet or step-by-step movement actuator, and its driving member adopts the transmission device comprising power transmission shaft or gear or tooth bar or chain or conveyer belt or the transmission device be made up of their combinations; Displacement plate (12) is directly connected with YE (11) or is connected with YE (11) by driving member, and by YE (11) directly or control itself or rotation displacement by driving member, or translation displacement, or opening and closing displacement and realize opening or closing wind path or air port.
5. all-round air-conditioning system according to claim 1, it is characterized in that: described purification of air part (14) is the device for air filtration, sterilization and purification, be made up of the one or more combinations in screen pack, HEPA filter course, cold catalyst, active carbon, electrostatic precipitator, be disposed in parallel in the inlet side of air inlet fan (22) with by-passing valve (31).
6. all-round air-conditioning system according to claim 1, it is characterized in that: described air is optimized part (30) and comprised adopt in anion generator or ozone generator or photocatalyst or ultraviolet sterilization apparatus or heater one or more and combine, and is arranged in air intake passage.
7. all-round air-conditioning system according to claim 1, it is characterized in that: described controller (9) respectively with display (3), wind deflector (4), condenser (6), axial-flow fan (8), off-premises station (32), air inlet fan (22), exhaust blower (23), wind path switching valve (24), air returning valve (10), air optimizes part (30) and/or by-passing valve (31), indoor temperature and humidity sensor (26), outdoor temperature humidity sensor (27), indoor gas sensor (28), outdoor gas sensor (29) is electrically connected.
8. all-round air-conditioning system according to claim 1, is characterized in that: described air inlet fan (22) and/or exhaust blower (23) adopt one or more parallel setting.
9. all-round air-conditioning system according to claim 1, is characterized in that: described return air inlet (2) correspondence is provided with air returning valve (10).
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| CN201410255432.7A CN105318417A (en) | 2014-06-05 | 2014-06-05 | All-round air conditioner system |
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| CN201410255432.7A CN105318417A (en) | 2014-06-05 | 2014-06-05 | All-round air conditioner system |
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| CN105318417A true CN105318417A (en) | 2016-02-10 |
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| CN105276722A (en) * | 2014-06-05 | 2016-01-27 | 刘华荣 | All-purpose fresh air and air conditioning system |
| CN107101277A (en) * | 2017-06-16 | 2017-08-29 | 北京晶海科技有限公司 | A kind of Domestic hanging air conditioner |
| CN108626799A (en) * | 2018-04-03 | 2018-10-09 | 黄永怀 | A kind of easy-to-dismount wall-hanging air conditioner |
| CN110081519A (en) * | 2019-04-29 | 2019-08-02 | 珠海格力电器股份有限公司 | Aeration device, air conditioner indoor unit and aeration device control method |
| CN110108000A (en) * | 2019-05-29 | 2019-08-09 | 广东美的制冷设备有限公司 | Control method, air conditioner and the computer readable storage medium of air conditioner |
| CN110319553A (en) * | 2018-03-30 | 2019-10-11 | 珠海格力电器股份有限公司 | Outdoor joint pipe structure and air conditioner indoor unit with it |
| CN113347850A (en) * | 2020-03-02 | 2021-09-03 | 百度（美国）有限责任公司 | Fan module, system and configuration method |
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- 2014-06-05 CN CN201410255432.7A patent/CN105318417A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276722A (en) * | 2014-06-05 | 2016-01-27 | 刘华荣 | All-purpose fresh air and air conditioning system |
| CN107101277A (en) * | 2017-06-16 | 2017-08-29 | 北京晶海科技有限公司 | A kind of Domestic hanging air conditioner |
| CN110319553A (en) * | 2018-03-30 | 2019-10-11 | 珠海格力电器股份有限公司 | Outdoor joint pipe structure and air conditioner indoor unit with it |
| CN108626799A (en) * | 2018-04-03 | 2018-10-09 | 黄永怀 | A kind of easy-to-dismount wall-hanging air conditioner |
| CN108626799B (en) * | 2018-04-03 | 2020-10-27 | 诸暨市凯贝乐科技有限公司 | Wall-mounted air conditioner convenient to disassemble |
| CN110081519A (en) * | 2019-04-29 | 2019-08-02 | 珠海格力电器股份有限公司 | Aeration device, air conditioner indoor unit and aeration device control method |
| CN110108000A (en) * | 2019-05-29 | 2019-08-09 | 广东美的制冷设备有限公司 | Control method, air conditioner and the computer readable storage medium of air conditioner |
| CN113347850A (en) * | 2020-03-02 | 2021-09-03 | 百度（美国）有限责任公司 | Fan module, system and configuration method |
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Application publication date: 20160210 |