CN103591642A - Combined-type air conditioning equipment and air conditioning method thereof - Google Patents
Combined-type air conditioning equipment and air conditioning method thereof Download PDFInfo
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- CN103591642A CN103591642A CN201310516803.8A CN201310516803A CN103591642A CN 103591642 A CN103591642 A CN 103591642A CN 201310516803 A CN201310516803 A CN 201310516803A CN 103591642 A CN103591642 A CN 103591642A
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Abstract
Disclosed are combined-type air conditioning equipment and an air conditioning method thereof. The equipment comprises first air conditioners. Each first air conditioner comprises a first cabinet system, a first air system and a first liquid system. Each first cabinet system comprises a first cabinet with a cabinet air outlet. Each air system comprises an air delivery pipeline, a first air inlet and a first air outlet are arranged at two ends of each air delivery pipeline respectively, first air delivery devices are arranged on the air delivery pipelines, and the first air outlets are arranged on the first cabinets. The first liquid systems are used for delivering or discharging first liquid. The first liquid contacts with to-be-treated air in the first cabinets and reacts with one or more pollutants physically, chemically or biologically to purify the air. The temperature of purified air can be adjusted through control on the temperature of the first liquid, or the humidity of the purified air can be adjusted through control on content of water and/or desiccant in the first liquid. The invention further provides the air conditioning method utilizing the combined-type air conditioning equipment.
Description
Technical field
The present invention relates to a kind of air cleaning facility and air purification method, particularly a kind of employing air contacts to purify air with liquid or filtering material, or regulates the temperature of air and/or the combined type air conditioning equipment of humidity and air conditioning method thereof.
Background technology
The air pollution causing due to reasons such as industrial developments, directly affected people's healthy and quality of life, in order to build a life and work space with good air quality, various air purifiers have been come into huge numbers of families, air purifier kind on existing market is more, configurations, as electrostatic, electronic dust-collecting type, plasma formula, combined type etc.Existing air purifier is all that air is purified mostly, such as removing airborne dust, bacterium, toxic gas etc., but can not change temperature or the humidity of room air, this is to regulating the user of indoor temperature or humidity, need purchase separately air-conditioning equipment, not only increase electric cost, also increased the spending of buying electrical equipment.For example, application number is " 201110178253.4 ", name is called the disclosed a kind of air purifier of Chinese invention patent application of " a kind of composite air purifier ", application number is " 200910169833.X ", name is called the disclosed air purifier of Chinese invention patent application of " a kind of compound air purifier " etc., all has the problems referred to above.
In addition, reason due to each side, in air, contain physics or chemistry or biological pollutant (as formaldehyde, benzene, ammonia, bacterium, virus, mould, dust, particle, PM2.5 etc.), the efficiency that existing air handling system can not be removed pollutant or removal pollutant is low, and health is had a negative impact.Application number is " 201210023174.0 ", the Chinese invention patent application that name is called " Combined air cleaning system " discloses a kind of Combined air cleaning system, comprise a condensing unit, a water unit that supplies that is communicated with this condensing unit, and one is communicated with this for electrolysis cells of water unit.This condensing unit in order to suck and condensation air in aqueous vapor to form water liquid, the water liquid that this confession water unit obtains in order to collect condensation, this electrolysis cells can be introduced the water liquid of this confession water unit, after producing hydroxyl ion with electrolysis, discharge, thereby make this system there is the composite efficacy of air cleaning and dehumidifying simultaneously.But there is complex structure in this technology, only there is the unidirectional regulating action of dehumidifying and cooling, air purification effect is difficult to guarantee, removes the problems such as the efficiency of pollutant is lower.
Summary of the invention
Technical problem to be solved by this invention be to provide a kind of can high-efficient purification air, maybe can regulate the temperature of air and/or the combined type air conditioning equipment of humidity and air conditioning method thereof.
To achieve these goals, the invention provides a kind of combined type air conditioning equipment, adopt air to contact to purify air with liquid or filtering material, regulate temperature and/or the humidity of air, wherein, comprise at least one first air-conditioning body, described the first air-conditioning body comprises:
The first box system, comprises the first casing, is provided with for purifying the casing air outlet of rear Bas Discharged on described the first casing;
The first air system, for pending air is delivered to described the first casing, comprise air delivery pipe road, described air delivery pipe is provided with the first air feeder on road, the two ends of described the first air feeder are respectively arranged with the first air suction inlet and the first air outlet, and described the first air outlet is arranged in described the first casing;
First liquid system, is connected with described the first casing, to splendid attire in described the first casing, and sprays another part first liquid in described the first casing, or discharge the described first liquid in described the first casing for delivery of part first liquid;
The pending air being delivered in described the first casing contacts with the first liquid of splendid attire in described the first casing respectively and contacts with the first liquid spraying in described the first casing, described first liquid respectively with described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect so that pending air is cleaned.
Above-mentioned combined type air conditioning equipment, wherein, the temperature by controlling described first liquid to be to regulate the temperature of air after described purification, or the content by controlling water in described first liquid and/or drier is to regulate the humidity of air after described purification.
Above-mentioned combined type air conditioning equipment, wherein, described the first air-conditioning body also comprises the first filtration system, described the first filtration system is arranged in described the first casing, with described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect, described pending air is further cleaned.
Above-mentioned combined type air conditioning equipment, wherein, described first liquid is that water or main component are water.
Above-mentioned combined type air conditioning equipment, wherein, adds the additive that is improved its physics or chemistry or biological nature in described first liquid.
Above-mentioned combined type air conditioning equipment, wherein, described the first filtration system comprises one or more combination of wire netting, sandstone, sponge, fiber, zeolite, coral, pottery, active carbon, micro-filtration membrane, milipore filter, pellicle, NF membrane.
Above-mentioned combined type air conditioning equipment, wherein, described first liquid system comprises liquid-inlet, liquid mouth spray and liquid outlet, described liquid-inlet and described liquid outlet are separately positioned on described the first casing, described liquid mouth spray be arranged in described the first casing and with described liquid-inlet or with described the first casing in fluid connection.
Above-mentioned combined type air conditioning equipment, wherein, described first liquid system also comprises liquid booster body, described liquid booster body comprises fluid intake, liquid line and liquid booster, described fluid intake is communicated with described liquid-inlet, described liquid booster is arranged on described liquid line, described liquid line is used for being communicated with described fluid intake and described liquid mouth spray, described liquid booster sucks described first liquid and increases pressure to described first liquid from described fluid intake, by described liquid mouth spray, be delivered in described the first casing.
Above-mentioned combined type air conditioning equipment, wherein, described the first filtration system is divided into casing top and lower box by described the first casing, described casing top and described lower box are respectively arranged with described first liquid system, the micropore of the filtering material of described the first filtration system is less than the fluid molecule of described first liquid to avoid the first liquid on described casing top to leak out to described lower box, described pending air is through the first liquid processing of described lower box and after described the first filtration system filters, enter in the first liquid on described casing top contact and discharge from described casing air outlet.
Above-mentioned combined type air conditioning equipment, wherein, described the first air-conditioning body also comprises control system, and described control system comprises manual control mechanism and automatic controls, is respectively used to described the first air system and described first liquid system is manually controlled or automatically control.
Above-mentioned combined type air conditioning equipment, wherein, described automatic controls comprises:
The first air mass sensor, is arranged in described the first casing; And
The first controller, is electrically connected to described the first air feeder and described the first air mass sensor respectively;
Wherein, described the first air mass sensor is for responding to the quality of processed air and feeding back an air mass signal to described the first controller, and described the first controller is adjusted the motor speed of described the first air feeder according to described air mass signal.
Above-mentioned combined type air conditioning equipment, wherein, described automatic controls comprises:
Liquid level sensor, is arranged in described the first casing; And
Second controller, is electrically connected to described liquid level sensor, and described liquid-inlet or described liquid outlet are connected with described second controller;
Wherein, whether described liquid level sensor reaches a setting liquid level for detection of the first liquid in described the first casing, and feeding back a liquid level signal to described second controller, described liquid-inlet or described liquid outlet are opened or closed to described second controller according to described liquid level signal.
Liquid quality sensor, is arranged in described the first casing; And
The 3rd controller, is connected with described liquid quality sensor electrical, and described liquid outlet is connected with described the 3rd controller;
Wherein, described liquid quality sensor is for responding to the quality of described first liquid and feeding back a liquid quality signal to described the 3rd controller, and described the 3rd controller is according to described liquid quality unblanking or close described liquid outlet.
Above-mentioned combined type air conditioning equipment, wherein, described automatic controls also comprises:
The second air mass sensor, is arranged in described the first casing; And
The 4th controller, is electrically connected to described the second air mass sensor, and described liquid booster or described liquid mouth spray are connected with described the 4th controller respectively;
Wherein, described the second air mass sensor is for responding to the quality of processed air and feeding back an air mass signal to described the 4th controller, described the 4th controller is adjusted the motor speed of described liquid booster according to described air mass signal, or described the 4th controller opens or cut out described liquid mouth spray according to described air mass signal.
Above-mentioned combined type air conditioning equipment, wherein, the bottom of described the first casing has height structure, and described liquid outlet is positioned at the lowest part of the bottom of described the first casing.
Above-mentioned fountain air-conditioning equipment, wherein, the bottom of described the first casing is also provided with sediment outlet.
Above-mentioned combined type air conditioning equipment, wherein, the bottom of described the first casing has height structure, and described sediment outlet is positioned at the lowest part of the bottom of described the first casing.
Above-mentioned combined type air conditioning equipment, wherein, also comprise feed flow main and discharge opeing main, described the first air-conditioning body is a plurality of, described in each, the described liquid-inlet of the first air-conditioning body is all connected on described feed flow main, and described in each, the described liquid outlet of the first air-conditioning body is all connected on described discharge opeing main.
Above-mentioned combined type air conditioning equipment, wherein, also comprises the second air-conditioning body, and described the second air-conditioning body comprises:
The second box system, comprises the second casing, is provided with for purifying the casing air outlet of rear Bas Discharged on described the second casing;
The second air system, for the air after being purified by described the first air-conditioning body is delivered to described the second casing, comprise connecting line and the second air outlet, one end of described connecting line is connected with the casing air outlet on described the first casing, the other end of described connecting line is connected with described the second air outlet, described the second air outlet is arranged in described the second casing, air after being purified by described the first air-conditioning body utilizes self pressure, after described connecting line, by described the second air outlet, inputs described the second casing;
Second liquid system, second liquid for delivery of splendid attire in described the second casing, and spray described second liquid in described the second casing, or discharge the described second liquid in described the second casing, air after being purified by described the first air-conditioning body contact with the described second liquid of splendid attire in described the second casing and contacts with the described second liquid spraying in described the second casing, described second liquid and by airborne one or more pollutant generation physics after described the first air-conditioning body purification or chemistry or biological respinse or effect so that its further purified.
Above-mentioned combined type air conditioning equipment, wherein, described the second air-conditioning body also comprises the second filtration system, described the second filtration system is arranged in described the second casing, for airborne one or more pollutant generation physics or chemistry or biological respinse or the effect to after second liquid is processed, processed air is further cleaned, and the air after further purification discharges by the casing air outlet of described the second casing.
Above-mentioned combined type air conditioning equipment, wherein, the composition of described second liquid and described first liquid is identical or different.
Above-mentioned combined type air conditioning equipment, wherein, described second liquid system has identical structure with described first liquid system.
Above-mentioned combined type air conditioning equipment, wherein, described the second air-conditioning body also comprises another control system, is respectively used to described the second air system and described second liquid system is manually controlled or automatically control.
In order to realize better above-mentioned purpose, the present invention also provides a kind of air conditioning method, wherein, adopts above-mentioned combined type air conditioning equipment to regulate the air in a space, comprises the steps:
S100: the first air system is delivered to the first box house by pending air;
S200: also splendid attire is in described the first box house by the conveying of part first liquid for first liquid system, and described first liquid system sprays another part first liquid to the described pending air entering in described the first casing;
S300: the pending air that enters described the first box house contacts with the first liquid of splendid attire in described the first casing and the first liquid of spray respectively, and described first liquid carries out physics, chemistry or biological treatment so that described pending air is cleaned to described pending air;
S400: the air outlet from processing of the air after being cleaned is discharged.
Above-mentioned air conditioning method, wherein, in step S200, the temperature by controlling described first liquid to be to regulate the temperature of air after described purification, or the content by controlling water in described first liquid and/or drier is to regulate the humidity of air after described purification.
Above-mentioned air conditioning method, wherein, after described step S200, before step S300, also comprises step:
S210: by one first filtration system, airborne one or more pollutants after first liquid is processed are carried out to physics or chemistry or biological treatment, processed air is further cleaned.
Above-mentioned air conditioning method wherein, has step S410 in described step S200: spray after by a liquid booster body, described first liquid being pressurizeed.
Above-mentioned air conditioning method, wherein, described the first filtration system is divided into casing top and lower box by described the first casing, described casing top and described lower box are respectively arranged with described first liquid system, the micropore of the filtering material of described the first filtration system is less than the fluid molecule of described first liquid to avoid the first liquid on described casing top to leak out to described lower box, described pending air is through the first liquid processing of described lower box and after described the first filtration system filters, enter and in the first liquid on described casing top, contact with first liquid and discharge from described casing air outlet.
Above-mentioned air conditioning method, wherein, in described step S200, there is step S201: the first air system is controlled manually or automatically, described the first air system comprises air delivery pipe road, described air delivery pipe is provided with air suction inlet, air feeder and air outlet in turn along air throughput direction on road, and described air outlet is arranged in described the first casing.
Above-mentioned air conditioning method, wherein, described step S201 comprises:
Step S2011: respond to the quality of processed air and feed back an air mass signal to one first controller by one first air mass sensor; And
Step S2012: described the first controller is adjusted the motor speed of described the first air feeder according to described air mass signal.
Above-mentioned air conditioning method, wherein, in described step S200, there is step S202: first liquid system is controlled automatically, described first liquid system comprises liquid transmission pipeline, on described liquid transmission pipeline, along first liquid throughput direction, be provided with in turn liquid-inlet, liquid mouth spray and liquid outlet, described first liquid system also includes liquid pressing spraying mechanism, described liquid pressing spraying mechanism comprises fluid intake and liquid booster, described liquid booster in described the first casing or liquid-inlet suck first liquid and increase pressure to first liquid, described liquid mouth spray sprays the first liquid increasing after pressure to the air being delivered in described the first casing.
Above-mentioned air conditioning method, wherein, described step S202 comprises:
Step S2021: whether the first liquid detecting in the first casing by a liquid level sensor reaches a setting liquid level, and feeds back a liquid level signal to a second controller; And
Step S2022: described liquid-inlet or liquid outlet are opened or closed to second controller according to described liquid level signal.
Above-mentioned air conditioning method, wherein, described step S202 also comprises:
Step S2023: by the quality of a liquid quality sensor sensing first liquid and feed back a liquid quality signal to one the 3rd controller; And
Step S2024: described the 3rd controller is according to described liquid quality unblanking or close described liquid outlet.
Above-mentioned air conditioning method, wherein, described step S201 also comprises:
Step S2013: respond to the quality of processed air and feed back an air mass signal to one the 4th controller by one second air mass sensor; And
Step S2014: described the 4th controller is adjusted the motor speed of described liquid booster according to described air mass signal, or described the 4th controller opens or cuts out described liquid mouth spray according to described air mass signal.
Above-mentioned air conditioning method wherein, regulates the air in described space by a plurality of described the first air-conditioning bodies simultaneously.
Above-mentioned air conditioning method, wherein, after described step S400, also comprises step S500: the air of discharging from casing air outlet after by one second air-conditioning body, described the first casing being processed purifies adjusting again.
Technique effect of the present invention is: be applicable to the air conditioning in house, hotel, market, office, industry and other space, can high-efficient purification air, and can regulate temperature and/or the humidity of air.Particularly can be for the composition allotment liquid of air pollutants, one or more pollutants in purifying air, good for health; When purifying air, raise or reduce the temperature of air, and can change the humidity of air simultaneously, meet and produce or the multiple needs of life, effectively save the energy and cost, reliable for effect, easy to use.
Below in conjunction with the drawings and specific embodiments, describe the present invention, but not as a limitation of the invention.
Accompanying drawing explanation
Fig. 1 is the structure chart of the combined type air conditioning equipment of the first embodiment of the present invention;
Fig. 2 is the structure chart of the combined type air conditioning equipment of the second embodiment of the present invention;
Fig. 3 is the structure chart of the combined type air conditioning equipment of the third embodiment of the present invention;
Fig. 4 is the structure chart of the combined type air conditioning equipment of the fourth embodiment of the present invention;
Fig. 5 is the structure chart of the combined type air conditioning equipment of the fifth embodiment of the present invention;
Fig. 6 is the structure chart of the combined type air conditioning equipment of the sixth embodiment of the present invention;
Fig. 7 is the structure chart of the combined type air conditioning equipment of the seventh embodiment of the present invention;
Fig. 8 is the structure chart of the combined type air conditioning equipment of the eighth embodiment of the present invention;
Fig. 9 is the structure chart of the combined type air conditioning equipment of the ninth embodiment of the present invention;
Figure 10 is the structure chart of the combined type air conditioning equipment of the tenth embodiment of the present invention;
Figure 11 is the structure chart of the combined type air conditioning equipment of the 11st embodiment of the present invention;
Figure 12 is the structure chart of the combined type air conditioning equipment of the 12nd embodiment of the present invention;
The control flow chart that automatic control is carried out for combined type air conditioning equipment of the present invention in Figure 13-18.
Wherein, Reference numeral
1 first air-conditioning body
100 first air system 101 first air suction inlets
102 first air feeder 103 first air outlets
200 first liquid system 201 liquid-inlets
202 liquid outlet 210 liquid booster bodies
2101 fluid intakes
2102 liquid boosters
2103 liquid mouth sprays
2104 liquid lines
2011 feed flow main 2021 discharge opeing mains
220 first liquids
300 first box system
301 first casing 302 casing air outlets
303 sediment outlet 304 casing tops
305 lower box
40 first filtration systems
2 second air-conditioning bodies
500 second liquid systems
501 liquid-inlet 502 liquid outlets
503 liquid mouth spray 510 second liquids
600 second box system
601 second casings
602 casing air outlets
700 second air systems
701 connecting lines
702 second air feeders
703 second air outlets
80 second filtration systems 80
K1 the first controller K2, K3 second controller
K4 the 3rd controller K5 the 4th controller
G1 first air mass sensor G12 the second air mass sensor
G2 liquid level sensor G3 liquid quality sensor
The specific embodiment
Below in conjunction with accompanying drawing, structural principle of the present invention and operation principle are described in detail:
Referring to Fig. 1, the structure chart of the combined type air conditioning equipment that Fig. 1 is the first embodiment of the present invention.Combined type air conditioning equipment of the present invention, adopts air to contact with liquid or filtering material to purify air or regulates temperature and/or the humidity of air, wherein, comprises at least one first air-conditioning body 1, and described the first air-conditioning body 1 comprises:
The first box system 300, comprises the first casing 301, is provided with for purifying the casing air outlet 302 of rear Bas Discharged on described the first casing 301;
The first air system 100, for pending air is delivered to described the first casing 301, be that its function is air amount and transports to the first air outlet 103, comprise air delivery pipe road, on described air delivery pipe road, be provided with the first air feeder 102, the two ends on described air delivery pipe road are respectively arranged with the first air suction inlet 101 and the first air outlet 103, and described the first air outlet 103 is arranged in described the first casing 301.Air is sucked by the first air suction inlet 101, through the first air feeder 102, air transfers to the first air outlet 103, the first air outlets 103 to exhaust in the first casing 301, and the first air feeder 102 for delivery of the machinery of air or equipment (is for example, blower fan or pump), wherein, the air pressure that the first air outlet 103 is discharged is enough large, blows or dispel the liquid of spray or the liquid in casing, thereby increase the contact area of air and liquid, improve treatment effeciency;
First liquid system 200, be connected with described the first casing 301, for delivery of first liquid 220 to described the first casing 301 or discharge the described first liquid 220 in described the first casing 301, described first liquid 220 contacts with the pending air in being delivered to described the first casing 301, described first liquid 220 and described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect, so that pending air is cleaned; In described first liquid 220, add the additive that is improved its physics, chemistry or biological nature.Additive can improve certain or some physics or chemistry or biological nature of liquid, and when air is contacted with liquid, liquid is to the physics of airborne pollutant or chemistry or biological agent better effects if.For example, adding thimerosal can kill bacteria or virus, adds flavouring agent and can produce pleasant smell, and adding catalyst can fast reaction speed etc.In the present embodiment, described additive can be there is solubilising, dispersion, washing, anticorrosion or/and anlistatig surfactant, or described additive can be thimerosal, catalyst or flavouring agent etc., also can in first liquid, add enzyme.Enzyme is biocatalyst, can fast reaction speed, and when air is contacted with liquid, liquid is to the physics of airborne pollutant or chemistry or biological agent better effects if.
Wherein, described first liquid system 200 comprises liquid-inlet 201, liquid mouth spray 2103 and liquid outlet 202, described liquid-inlet 201 and described liquid outlet 202 are separately positioned on described the first casing 301, and described liquid mouth spray 2103 is arranged in described the first casing 301 and is communicated with described liquid-inlet 201.First liquid 220 is inputted by liquid-inlet 201, and by liquid mouth spray 2103, to the interior spray liquid of the first casing 301, the first liquid 220 in the first casing 301 is discharged by liquid outlet 202.
Temperature by controlling described first liquid 220 to be to regulate the temperature of air after described purification, and the temperature of liquid is higher than the temperature of air, the temperature of the air that can raise, and the temperature of liquid, lower than the temperature of air, can reduce the temperature of air.Content by controlling water in described first liquid 220 and/or drier is to regulate the humidity of air after described purification.For example, liquid contains water or whole composition is water, can increase the humidity of air.For example, liquid contains drier or whole composition is drier, can reduce the humidity of air.
During work, air is sucked by the first air suction inlet 101, through the first air feeder 102, air is transferred to the first air outlet 103, by the first air outlet 103 to exhaust in the first liquid 220 in the first casing 301, the liquid mouth spray 2103 of first liquid system 200 is to the interior spray first liquid 220 of the first casing 301, casing 301 is interior contacts first for air and first liquid 220, 220 pairs of airborne one or more pollutants of first liquid have the chemical or biological effect of physics, airborne one or more pollutants that contact with first liquid 220 are reduced or remove, air is purified.The air being cleaned is directly discharged in environment by the first casing air outlet 302.
In the present embodiment, described the first air-conditioning body 1 also comprises the first filtration system 40, described the first filtration system 40 is arranged in described the first casing 301, for to described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect, described pending air is further cleaned.Wherein, described the first filtration system 40 can comprise one or more combination of wire netting, sandstone, sponge, fiber, zeolite, coral, pottery, active carbon, micro-filtration membrane, milipore filter, pellicle, NF membrane.When air passes through the first filtration system 40, the first filtration system 40 mainly consists of filtering material, air contacts with filtering material wherein, filtering material has the chemical or biological effect of physics to airborne one or more pollutants, airborne one or more pollutants that contact with filtering material are reduced or remove, and air is purified.Wherein, the first filtration system 40 can be arranged on a certain position in the first casing 301 or a plurality of positions in the first casing 301 all arrange this first filtration system 40, or be arranged on the position of the first casing air outlet 302, above the combination of one or more arrange all can, this is not limited.When the filtering material of the first filtration system 40 is all or part of while being drier, after air passes through, can reduce the humidity of air.
Referring to Fig. 2, Fig. 3, the structure chart of the combined type air conditioning equipment that Fig. 2 is the second embodiment of the present invention, the structure chart of the combined type air conditioning equipment that Fig. 3 is the third embodiment of the present invention.In the present embodiment, described first liquid system 200 also comprises liquid booster body 210, described liquid booster body 210 comprises fluid intake 2101, liquid line 2104 and liquid booster 2102, and liquid booster 2102 is to liquid, to increase machinery or the equipment (for example, pump) of pressure.Described fluid intake 2101 is communicated with described liquid-inlet 201 or the first casing 301, described liquid booster 2102 is arranged on described liquid line 2104, described liquid line 2104 is for being communicated with described fluid intake 2101 and described liquid mouth spray 2103, described liquid booster 2102 sucks described first liquid 220 and increases pressure to described first liquid 220 from described fluid intake 2101, by described liquid mouth spray 2103, is delivered in described the first casing 301.Wherein, the difference of the second embodiment and the 3rd embodiment is mainly, in a second embodiment, casing 301 is interior is communicated with by first respectively for described fluid intake 2101 and described liquid-inlet 201, and first liquid 220 enters liquid line 2104 by fluid intake 2101 after entering the first casing 301 by liquid-inlet 201 again; And in the 3rd embodiment, described fluid intake 2101 is directly communicated with described liquid-inlet 201, first liquid 220 directly enters after fluid intake 2101 by liquid-inlet 201, after liquid booster 2102 superchargings, by liquid mouth spray 2103, enters the first casing 301.
Referring to Fig. 4, Fig. 5, the structure chart of the combined type air conditioning equipment that Fig. 4 is the fourth embodiment of the present invention, the structure chart of the combined type air conditioning equipment that Fig. 5 is the fifth embodiment of the present invention.In the present embodiment, described the first filtration system 40 is divided into casing top 304 and lower box 305 by described the first casing 301, described casing top 304 and described lower box 305 are respectively arranged with described first liquid system 200, wherein, the micropore of the filtering material of described the first filtration system 40 is less than the fluid molecule of described first liquid 220 to avoid the first liquid 220 on described casing top 304 to leak out to described lower box 305, described pending air is through first liquid 220 processing of described lower box 305 and after described the first filtration system 40 is filtered, enter in the first liquid 220 on described casing top 304 contact and discharge from described casing air outlet 302.Above the first filtration system 40, there is liquid, because the micropore of filtering material is less than fluid molecule, liquid can not leak down by the first filtration system 40, air through the liquid handling of the first filtration system 40 belows, after the first filtration system 40 is filtered, enter in the liquid of the first filtration system 40 tops, after contacting with the liquid of the first filtration system 40 tops, from the first casing air outlet 302 discharge, the liquid of the liquid of the first filtration system 40 tops and the first filtration system 40 belows can be same or same not.Also can be as shown in Figure 4, in lower box 305, do not input first liquid 220, pending air enters that lower box 305 is rear directly filters the laggard casing top 304 that enters through the first filtration system 40, contact and from described casing air outlet 302 discharges with the first liquid 220 on casing top 304.Wherein, the first liquid 220 on described casing top 304 can be same liquid with the first liquid 220 of described lower box 305, also can be different liquids.
Referring to Fig. 6, the structure chart of the combined type air conditioning equipment that Fig. 6 is the sixth embodiment of the present invention.In the present embodiment, this combined type air conditioning equipment also can comprise feed flow main 2011 and discharge opeing main 2021, described the first air-conditioning body 1 can be set to a plurality of as required, described in each, the described liquid-inlet 201 of the first air-conditioning body 1 is all communicated with described feed flow main 2011, and described in each, the described liquid outlet 202 of the first air-conditioning body 1 is all communicated with described discharge opeing main 2021.Feed flow main 2011 or discharge opeing main 2021 are set, can improve the efficiency of feed flow or discharge opeing, some the first air-conditioning bodies 1 move in a space, can improve the efficiency of processing air, save the energy.
Referring to Fig. 7, Fig. 8, the structure chart of the combined type air conditioning equipment that Fig. 7 is the seventh embodiment of the present invention, the structure chart of the combined type air conditioning equipment that Fig. 8 is the eighth embodiment of the present invention.In the present embodiment, also can comprise the second air-conditioning body 2, described the second air-conditioning body 2 comprises:
The second box system 600, comprises the second casing 601, is provided with for purifying the casing air outlet 602 of rear Bas Discharged on described the second casing 601;
The second air system 700, for the air after being purified by described the first air-conditioning body 1 is delivered to described the second casing 601, comprise connecting line 701 and the second air outlet 703, one end of described connecting line 701 is connected with the casing air outlet 302 on described the first casing 301, the other end of described connecting line 701 is connected with described the second air outlet 703, described the second air outlet 703 is arranged in described the second casing 601, air after being purified by described the first air-conditioning body 1 utilizes self pressure, after described connecting line 701, by described the second air outlet 703, input described the second casing 601,
Wherein, described the second air-conditioning body 2 also can comprise the second filtration system 80, described the second filtration system 80 is arranged in described the second casing 601, for airborne one or more pollutant generation physics or chemistry or biological respinse or the effect to after second liquid 510 is processed, processed air is further cleaned, and the air after further purification is by casing air outlet 602 discharges of described the second casing 601.Aforementioned combined type air conditioning equipment, the air being cleaned enters the second air-conditioning body 2 again by the first casing air outlet 302, is purified again.Note, the present embodiment can directly utilize the pressure of the air being cleaned, and transports to voluntarily second liquid system 500 and the second box system 600, and the air that has made to purify is purified again.Wherein, the liquid in first liquid system 200 and second liquid system 500 can be identical or different.Or in the embodiment shown in fig. 8, this second air system 700 also can comprise the second air feeder 702.This second filtration system 80 and this second air feeder 702 are identical with the first filtration system 40 and the first air feeder 102 respectively in structure, function, operation principle etc., and therefore not to repeat here.
Referring to Fig. 9-Figure 12, Fig. 9-Figure 12 is respectively the structure chart of the combined type air conditioning equipment of nine-, 12 embodiment of the present invention.Wherein, the bottom of the first casing 301 can be set to have height structure, for example, can be set to slope structure in bottom, and liquid outlet 202 is arranged on to lowest part (referring to Fig. 9); Also bottom that can the first casing 301 is set to ladder or groove structure, and liquid outlet 202 is arranged on to (referring to Figure 10) in ladder least significant end or groove.Region at liquid outlet 202 is lower, and the sediment in liquid can be because the effect of gravity be gathered in lower, and when discharge liquid, sediment can be discharged from from liquid outlet 202 simultaneously.In addition, the bottom of described the first casing 301 also can be provided with sediment outlet 303(referring to Figure 11), be used for discharging sediment, while having height structure in the bottom of described the first casing 301, described sediment outlet 303 can be arranged at the lowest part (referring to Figure 12) of the bottom of described the first casing 301.Region at sediment outlet 303 is lower, and the sediment in liquid can be because the effect of gravity be gathered in lower, and sediment is easy to be discharged from.
In addition, described the first air-conditioning body 1 also comprises control system (not shown), described control system comprises manual control mechanism and automatic controls, is respectively used to described the first air system 100 and described first liquid system 200 is manually controlled or automatically control.For example, during Artificial Control directly Switching Power Supply to control air feeder 102 operations of air system or not move; Switching fluid import 201 can be controlled liquid and enter casing 301; Switching fluid outlet 202 can be controlled the discharge of the liquid in casing 301.During fluid low in casing 301, opening liquid-inlet 201 can liquid feeding; When liquid in casing 301 is too much, opens liquid outlet 202 and can discharge; When the liquid in casing is crossed dirty or inefficacy, switching fluid outlet 202 can be discharged liquid dirty or that lost efficacy, and switching fluid import 201 can fluid infusion.While automatically controlling, air mass sensor can be set, the quality of induced environment air, controls the rotating speed of the motor of air feeder 102, thereby controls the amount of air system air amount, makes the quality of surrounding air reach the target that expection is set, and can be energy-conservation.Or, in casing 301, liquid sensor is set, composition or the amount of liquid in induction casing 301, automatically control liquid-inlet 201 to casing 301 feed flows, automatically control liquid outlet 202 discharge opeings, thereby ensure composition or the amount of liquid in casing 301, ensure the effect of liquid to the physics of air or chemistry or biological treatment, and can energy-conservation or minimizing discharge.
In the present embodiment, described automatic controls comprises:
The first air mass sensor G1, is arranged in described the first casing 301; And
The first controller K1, is electrically connected to described the first air feeder 102 and described the first air mass sensor G1 respectively;
Wherein, described the first air mass sensor G1 is for responding to the quality of processed air and feeding back an air mass signal to described the first controller K1, and described the first controller K1 adjusts the motor speed of described the first air feeder 102 according to described air mass signal.
During work, air mass sensor G1 detects the quality of the air of the air in room or air suction inlet 101 suctions in real time.When air mass sensor G1 judgement air quality is good, air mass sensor G1 does not send signal or to controller K1, sends the signal not moving to controller K1, makes air feeder 102 not move (for example the motor of air feeder 102 does not turn round).When air mass sensor G1 judgement air quality is bad, air mass sensor G1 sends signal to controller K1, control air feeder 102 and run on purification pattern, with the motor speed higher (referring to Figure 13) of certain rotating speed operation or the poorer air feeder 102 of air quality.
Or described automatic controls comprises:
Liquid level sensor G2, is arranged in described the first casing 301; And
Second controller K2, K3, be electrically connected to described liquid level sensor G2, and described liquid-inlet 201 is connected with described second controller K2, K3 respectively with described liquid outlet 202;
Wherein, whether described liquid level sensor G2 reaches a setting liquid level for detection of the first liquid in described the first casing 301, and feeding back a liquid level signal to described second controller K2, K3, described second controller K2, K3 open or close described liquid-inlet 201 or described liquid outlet 202 according to described liquid level signal.
During work, by liquid-inlet 201, to casing 301 feed flows, when the interior liquid of casing 301 does not reach setting liquid level value, liquid level sensor G2 sends signal to controller K2, opens or does not close liquid-inlet 201, and liquid-inlet 201 is to casing 301 feed flows; When the interior liquid of casing 301 reaches setting liquid level value, liquid level sensor G2 sends signal at stop liquid-inlet 201 to controller K2, and liquid-inlet 201 stops to casing 301 feed flows; Liquid in casing 301 surpasses while setting liquid level value, liquid level sensor G2 sends signal to controller K3, open liquid outlet 202 discharge opeings, until the interior liquid of casing 301 reaches while setting liquid level value, liquid level sensor G2 sends signal to controller K3, closing liquid outlet 202, stops discharge opeing (referring to Figure 14).
Wherein, described automatic controls also can comprise:
Liquid quality sensor G3, is arranged in described the first casing 301; And
The 3rd controller K4, is electrically connected to described liquid quality sensor G3, and described liquid outlet 202 is connected with described the 3rd controller K4;
Wherein, described liquid quality sensor G3 is for responding to the quality of described first liquid 220 and feeding back a liquid quality signal to described the 3rd controller K4, and described the 3rd controller K4 is according to described liquid quality unblanking or close described liquid outlet 202.
For ensureing the effect of the interior liquid of the first casing 301 to the physics of air or chemistry or biological treatment, liquid quality sensor G3 is set, and controller K4(is magnetic valve for example), K4 can arrange separately, also can be by K3 dual-purpose, liquid quality sensor G3 and controller K4 electrical connection.During operation, liquid quality sensor G3 differentiates in real time to the content of the active ingredient of liquid in casing, when the content of the active ingredient of liquid meets or exceeds setting value, liquid quality sensor G3 does not send signal or to controller K4, sends the signal of being failure to actuate to controller K4, controller K4 is failure to actuate, liquid outlet 202 not discharge opeings; When the active constituent content of liquid does not reach setting value, liquid quality sensor G3 sends signal to controller K4, opens the liquid outlet 202 some liquid of discharge or evacuation of liquid (referring to Figure 15).Or, during operation, liquid quality sensor G3 differentiates in real time to the content of certain or Cucumber (product after the physics of liquid and airborne pollutant or chemistry or biological agent) of liquid in casing, when the content of certain of liquid or Cucumber does not reach setting value, liquid quality sensor G3 sends signal to controller K4, opens the liquid outlet 202 some liquid of discharge or evacuation of liquid.For example, or the content of certain or Cucumber in liquid (material forming after reaction) is not while reaching setting value, liquid quality sensor G3 does not send signal or to controller K4, sends the signal of being failure to actuate to controller K4, controller K4 is failure to actuate, liquid outlet 202 not discharge opeings; For example, when the content of certain in liquid or Cucumber (material forming after reaction) reaches setting value, liquid quality sensor G3 sends signal to controller K4, opens the liquid outlet 202 some liquid of discharge or evacuation of liquid (referring to Figure 16).After the liquid outlet 202 some liquid of discharge or evacuation of liquid, in case, 301 interior liquid do not reach and set liquid level value, liquid level sensor G2 sends signal to controller K2, open liquid-inlet 201 to casing 301 feed flows, thereby ensure the effect of 301 interior liquid to the physics of air or chemistry or biological treatment in case.
In addition, described automatic controls also can comprise (referring to Figure 17, Figure 18):
The second air mass sensor G12, is arranged in described the first casing 301; And
The 4th controller K5, is electrically connected to described the second air mass sensor G12, and described liquid booster 2102 or described liquid mouth spray 2103 are connected with described the 4th controller K5 respectively;
Wherein, described the second air mass sensor G12 is for responding to the quality of processed air and feeding back an air mass signal to described the 4th controller K5, described the 4th controller K5 adjusts the motor speed of described liquid booster 2102 according to described air mass signal, or described the 4th controller K5 opens or close described liquid mouth spray 2103 according to described air mass signal.
For ensureing the effect of the interior liquid of casing 301 to the physics of air or chemistry or biological treatment, air mass sensor G12 is set, G12 can arrange separately, also can be by G1 dual-purpose, the controller K5 that controls liquid booster 2102 or control liquid mouth spray 2103 is set, air mass sensor G12 and controller K5 electrical connection.During work, air mass sensor G12 detects the quality of the air of the air in room or air suction inlet 101 suctions in real time.When air mass sensor G12 judgement air quality is good, air mass sensor G12 does not send signal or to controller K5, sends the signal not moving to controller K5, and liquid booster 2102 or liquid mouth spray 2103 are not moved.When air mass sensor G12 judgement air quality is bad, air mass sensor G12 sends signal to controller K5, control liquid booster 2102 and run on purification pattern, liquid booster 2102 is to give the certain pressure operation of liquid or air quality poorer liquid booster 2102 pressure higher (referring to Figure 17) to liquid; Or when air mass sensor G12 judgement air quality is bad, air mass sensor G12 sends signal to controller K5, control liquid mouth spray 2103 and run on purification pattern, liquid mouth spray 2103 with a certain amount of to spraying liquid or the poorer liquid mouth spray 2103 of air quality in casing to the amount larger (referring to Figure 18) that sprays liquid in casing.
Refer again to Figure 13-18, the control flow chart that automatic control is carried out for combined type air conditioning equipment of the present invention in Figure 13-18.Air conditioning method of the present invention, adopts above-mentioned combined type air conditioning equipment to regulate the air in a space, specifically comprises the steps:
S100, the first air system 100 is delivered to the first casing 301 inside by pending air;
S200: also splendid attire is in described the first casing 301 inside by 220 conveyings of part first liquid for first liquid system 200, and the described pending air that described first liquid system 200 220 pairs of use another part first liquids enter in described the first casing 301 simultaneously sprays;
S300: the pending air that enters described the first casing 301 inside contacts with the first liquid 220 of described the first casing 301 interior splendid attires and the first liquid 220 of spray respectively, and the described first liquid 220 of splendid attire and spray carries out physics, chemistry or biological treatment so that described pending air is cleaned to described pending air respectively;
S400, the casing air outlet 302 of the air after being cleaned from described the first casing 301 discharged;
Wherein, the temperature by controlling described first liquid 220 to be to regulate the temperature of air after described purification, or the content by controlling water in described first liquid 220 and/or drier is to regulate the humidity of air after described purification.
Wherein, after described step S200, also comprise step:
S210, airborne one or more pollutant generation physics or chemistry or biological respinse or effect by 40 pairs of one first filtration systems after described first liquid is processed, be further cleaned described pending air.
At described step S200, comprise step S201, described the first air system 100 is controlled manually or automatically, wherein, control specifically comprises automatically:
Step S2011: respond to the quality of processed air and feed back an air mass signal to one first controller K1 by one first air mass sensor G1; And
Step S2012: described the first controller K1 adjusts the motor speed of described air feeder according to described air mass signal.
Wherein, in described step S200, there is step S202, first liquid system 200 controlled automatically, comprising:
Step S2021: whether the first liquid detecting in described the first casing 301 by a liquid level sensor G2 reaches a setting liquid level, and feeds back a liquid level signal to a second controller K2, K3; And
Step S2022: described second controller K2, K3 open or close described liquid-inlet 201 or liquid outlet 202 according to described liquid level signal.
Wherein, described step S202 also comprises:
Step S2023: respond to the quality of first liquid and feed back a liquid quality signal to one the 3rd controller K4 by a liquid quality sensor G3; And
Step S2024: described the 3rd controller K4 is according to described liquid quality unblanking or close described liquid outlet 202.
Wherein, described step S201 also comprises:
Step S2013: respond to the quality of processed air and feed back an air mass signal to one the 4th controller K5 by one second air mass sensor G12; And
Step S2014: described the 4th controller K5 adjusts the motor speed of described liquid booster 2102 according to described air mass signal, or the 4th controller K5 opens or closes described liquid mouth spray 2103 according to described air mass signal.
Wherein, after described step S400, also comprise step S500, by 2 pairs of air of discharging from the casing air outlet 302 of described the first casing 301 of one second air-conditioning body, again purify adjusting.
Combined type air conditioning equipment of the present invention and method, air is contacted with liquid or filtering material, airborne physics or chemistry or biological pollutant (as formaldehyde, benzene, ammonia, bacterium, virus, mould, dust, particle, PM2.5 etc.) contact with liquid or filtering material, liquid or filtering material have the chemical or biological effect of physics to airborne one or more pollutants, airborne one or more pollutants that contact with liquid or filtering material are reduced or remove, and air is purified.If need to regulate the temperature of air, the temperature of liquid is different from the temperature of air, just can regulate the temperature of air.If need to increase the humidity of air, liquid contains water or whole composition is water, just can increase the humidity of air; If need to reduce the humidity of air, liquid or filtering material contain drier or whole composition is drier, just can reduce the humidity of air.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (36)
1. a combined type air conditioning equipment, adopts air to contact to purify air with liquid or filtering material, or regulates temperature and/or the humidity of air, it is characterized in that, comprise at least one first air-conditioning body, described the first air-conditioning body comprises:
The first box system, comprises the first casing, is provided with for purifying the casing air outlet of rear Bas Discharged on described the first casing;
The first air system, for pending air is delivered to described the first casing, comprise air delivery pipe road, described air delivery pipe is provided with the first air feeder on road, the two ends of described the first air feeder are respectively arranged with the first air suction inlet and the first air outlet, and described the first air outlet is arranged in described the first casing;
First liquid system, is connected with described the first casing, to splendid attire in described the first casing, and sprays another part first liquid in described the first casing, or discharge the described first liquid in described the first casing for delivery of part first liquid;
The pending air being delivered in described the first casing contacts with the first liquid of splendid attire in described the first casing respectively and contacts with the first liquid spraying in described the first casing, described first liquid and described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect, so that pending air is cleaned.
2. combined type air conditioning equipment according to claim 1, it is characterized in that, temperature by controlling described first liquid to be to regulate the temperature of air after described purification, or the content by controlling water in described first liquid and/or drier is to regulate the humidity of air after described purification.
3. combined type air conditioning equipment according to claim 1, it is characterized in that, described the first air-conditioning body also comprises the first filtration system, described the first filtration system is arranged in described the first casing, for to described pending airborne one or more pollutant generation physics or chemistry or biological respinse or effect, described pending air is cleaned.
4. combined type air conditioning equipment according to claim 1, is characterized in that, described first liquid is that water or main component are water.
5. combined type air conditioning equipment according to claim 1 and 2, is characterized in that, adds the additive that is improved its physics or chemistry or biological nature in described first liquid.
6. combined type air conditioning equipment according to claim 3, it is characterized in that, described the first filtration system comprises one or more combination of wire netting, sandstone, sponge, fiber, zeolite, coral, pottery, active carbon, micro-filtration membrane, milipore filter, pellicle, NF membrane.
7. according to the combined type air conditioning equipment described in claim 1,2,3,4 or 6, it is characterized in that, described first liquid system comprises liquid-inlet, liquid mouth spray and liquid outlet, described liquid-inlet and described liquid outlet are separately positioned on described the first casing, described liquid mouth spray be arranged in described the first casing and with described liquid-inlet or with described the first casing in fluid connection.
8. combined type air conditioning equipment according to claim 7, it is characterized in that, described first liquid system also comprises liquid booster body, described liquid booster body comprises fluid intake, liquid line and liquid booster, described fluid intake is communicated with described liquid-inlet, described liquid booster is arranged on described liquid line, described liquid line is used for being communicated with described fluid intake and described liquid mouth spray, described liquid booster sucks described first liquid and increases pressure to described first liquid from described fluid intake, by described liquid mouth spray, be delivered in described the first casing.
9. combined type air conditioning equipment according to claim 7, it is characterized in that, described the first filtration system is divided into casing top and lower box by described the first casing, described casing top and described lower box are respectively arranged with described first liquid system, the micropore of the filtering material of described the first filtration system is less than the fluid molecule of described first liquid to avoid the first liquid on described casing top to leak out to described lower box, described pending air is through the first liquid processing of described lower box and after described the first filtration system filters, enter and in the first liquid on described casing top, contact and discharge from described casing air outlet.
10. according to the combined type air conditioning equipment described in claim 1,2,3,4,6,8 or 9, it is characterized in that, described the first air-conditioning body also comprises control system, described control system comprises manual control mechanism or automatic controls, for to described the first air system and described first liquid system is manually controlled or automatically control.
11. combined type air conditioning equipments according to claim 10, is characterized in that, described automatic controls comprises:
The first air mass sensor, is arranged in described the first casing; And
The first controller, is electrically connected to described the first air feeder and described the first air mass sensor respectively;
Wherein, described the first air mass sensor is for responding to the quality of processed air and feeding back an air mass signal to described the first controller, and described the first controller is adjusted the motor speed of described the first air feeder according to described air mass signal.
12. combined type air conditioning equipments according to claim 10, is characterized in that, described automatic controls comprises:
Liquid level sensor, is arranged in described the first casing; And
Second controller, is electrically connected to described liquid level sensor, and described liquid-inlet is connected with described second controller respectively with described liquid outlet;
Wherein, whether described liquid level sensor reaches a setting liquid level for detection of the first liquid in described the first casing, and feeding back a liquid level signal to described second controller, described liquid-inlet or described liquid outlet are opened or closed to described second controller according to described liquid level signal.
13. combined type air conditioning equipments according to claim 12, is characterized in that, described automatic controls also comprises:
Liquid quality sensor, is arranged in described the first casing; And
The 3rd controller, is connected with described liquid quality sensor electrical, and described liquid outlet is connected with described the 3rd controller;
Wherein, described liquid quality sensor is for responding to the quality of described first liquid and feeding back a liquid quality signal to described the 3rd controller, and described the 3rd controller is according to described liquid quality unblanking or close described liquid outlet.
14. combined type air conditioning equipments according to claim 11, is characterized in that, described automatic controls also comprises:
The second air mass sensor, is arranged in described the first casing; And
The 4th controller, is electrically connected to described the second air mass sensor, and described liquid booster or described liquid mouth spray are connected with described the 4th controller respectively;
Wherein, described the second air mass sensor is for responding to the quality of processed air and feeding back an air mass signal to described the 4th controller, described the 4th controller is adjusted the motor speed of described liquid booster according to described air mass signal, or described the 4th controller opens or cut out described liquid mouth spray according to described air mass signal.
15. combined type air conditioning equipments according to claim 7, is characterized in that, the bottom of described the first casing has height structure, and described liquid outlet is positioned at the lowest part of the bottom of described the first casing.
16. fountain air-conditioning equipments according to claim 7, is characterized in that, the bottom of described the first casing is also provided with sediment outlet.
17. combined type air conditioning equipments according to claim 16, is characterized in that, the bottom of described the first casing has height structure, and described sediment outlet is positioned at the lowest part of the bottom of described the first casing.
18. combined type air conditioning equipments according to claim 7, it is characterized in that, also comprise feed flow main and discharge opeing main, described the first air-conditioning body is a plurality of, described in each, the described liquid-inlet of the first air-conditioning body is all connected on described feed flow main, and described in each, the described liquid outlet of the first air-conditioning body is all connected on described discharge opeing main.
19. according to the combined type air conditioning equipment described in claim 1,2,3,4,6,8,9,11,12,13,14,15,16,17 or 18, it is characterized in that, also comprises the second air-conditioning body, and described the second air-conditioning body comprises:
The second box system, comprises the second casing, is provided with for purifying the casing air outlet of rear Bas Discharged on described the second casing;
The second air system, for the air after being purified by described the first air-conditioning body is delivered to described the second casing, comprise connecting line and the second air outlet, one end of described connecting line is connected with the casing air outlet on described the first casing, the other end of described connecting line is connected with described the second air outlet, described the second air outlet is arranged in described the second casing, air after being purified by described the first air-conditioning body utilizes self pressure, after described connecting line, by described the second air outlet, inputs described the second casing;
Second liquid system, for delivery of the second liquid in described the second casing, or spray described second liquid in described the second casing, or discharge the described second liquid in described the second casing, air after being purified by described the first air-conditioning body contact with the described second liquid of splendid attire in described the second casing and contacts with the described second liquid spraying in described the second casing, described second liquid and by airborne one or more pollutant generation physics after described the first air-conditioning body purification or chemistry or biological respinse or effect so that its further purified.
20. combined type air conditioning equipments according to claim 19, it is characterized in that, described the second air-conditioning body also comprises the second filtration system, described the second filtration system is arranged in described the second casing, for airborne one or more pollutant generation physics or chemistry or biological respinse or the effect to after second liquid is processed, processed air is cleaned, and the air after purifying discharges by the casing air outlet of described the second casing.
21. combined type air conditioning equipments according to claim 19, is characterized in that, the composition of described second liquid and described first liquid is identical or different.
22. combined type air conditioning equipments according to claim 19, is characterized in that, described second liquid system has identical structure with described first liquid system.
23. combined type air conditioning equipments according to claim 19, is characterized in that, described the second air-conditioning body also comprises a control system, for to described the second air system or described second liquid system is manually controlled or automatically control.
24. 1 kinds of air conditioning methods, is characterized in that, adopt the combined type air conditioning equipment described in any one in the claims 1-23 to regulate the air in a space, comprise the steps:
S100: the first air system is delivered to the first box house by pending air;
S200: also splendid attire is in described the first box house by the conveying of part first liquid for first liquid system, and described first liquid system sprays another part first liquid to the described pending air entering in described the first casing;
S300: the pending air that enters described the first box house contacts with the first liquid of splendid attire in described the first casing and the first liquid of spray, and described first liquid carries out physics, chemistry or biological treatment so that described pending air is cleaned to described pending air;
S400: the air outlet from processing of the air after being cleaned is discharged.
25. air conditioning methods according to claim 24, it is characterized in that, in step S200, temperature by controlling described first liquid to be to regulate the temperature of air after described purification, or the content by controlling water in described first liquid and/or drier is to regulate the humidity of air after described purification.
26. air conditioning methods according to claim 24, is characterized in that, after described step S200, before step S300, also comprise step:
S210: by one first filtration system, airborne one or more pollutants after first liquid is processed are carried out to physics or chemistry or biological treatment, processed air is further cleaned.
27. air conditioning methods according to claim 24, is characterized in that, have step S410 in described step S200: spray after by a liquid booster body, described first liquid being pressurizeed.
28. air conditioning methods according to claim 26, it is characterized in that, described the first filtration system is divided into casing top and lower box by described the first casing, described casing top and described lower box are respectively arranged with described first liquid system, the micropore of the filtering material of described the first filtration system is less than the fluid molecule of described first liquid to avoid the first liquid on described casing top to leak out to described lower box, described pending air is through the first liquid processing of described lower box and after described the first filtration system filters, enter and in the first liquid on described casing top, contact and discharge from described casing air outlet.
29. air conditioning methods according to claim 24, it is characterized in that, in described step S200, there is step S201: the first air system is controlled manually or automatically, described the first air system comprises air delivery pipe road, described air delivery pipe is provided with air suction inlet, air feeder and air outlet in turn along air throughput direction on road, and described air outlet is arranged in described the first casing.
30. air conditioning methods according to claim 29, is characterized in that, described step S201 comprises:
Step S2011: respond to the quality of processed air and feed back an air mass signal to one first controller by one first air mass sensor; And
Step S2012: described the first controller is adjusted the motor speed of described the first air feeder according to described air mass signal.
31. air conditioning methods according to claim 24, it is characterized in that, in described step S200, there is step S202: first liquid system is controlled automatically, described first liquid system comprises liquid transmission pipeline, on described liquid transmission pipeline, along first liquid throughput direction, be provided with in turn liquid-inlet, liquid mouth spray and liquid outlet, described first liquid system also includes liquid pressing spraying mechanism, described liquid pressing spraying mechanism comprises fluid intake and liquid booster, described liquid booster in described the first casing or liquid-inlet suck first liquid and increase pressure to first liquid, described liquid mouth spray sprays the first liquid increasing after pressure to the air being delivered in described the first casing.
32. air conditioning methods according to claim 31, is characterized in that, described step S202 comprises:
Step S2021: whether the first liquid detecting in the first casing by a liquid level sensor reaches a setting liquid level, and feeds back a liquid level signal to a second controller; And
Step S2022: described liquid-inlet or liquid outlet are opened or closed to second controller according to described liquid level signal.
33. air conditioning methods according to claim 32, is characterized in that, described step S202 also comprises:
Step S2023: by the quality of a liquid quality sensor sensing first liquid and feed back a liquid quality signal to one the 3rd controller; And
Step S2024: described the 3rd controller is according to described liquid quality unblanking or close described liquid outlet.
34. air conditioning methods according to claim 29, is characterized in that, described step S201 also comprises:
Step S2013: respond to the quality of processed air and feed back an air mass signal to one the 4th controller by one second air mass sensor; And
Step S2014: described the 4th controller is adjusted the motor speed of described liquid booster according to described air mass signal, or described the 4th controller opens or cuts out described liquid mouth spray according to described air mass signal.
35. according to the air conditioning method described in any one in claim 24-34, it is characterized in that, by one or more described the first air-conditioning body, the air in described space is regulated simultaneously.
36. according to the air conditioning method described in any one in claim 24-32, it is characterized in that, after described step S400, also comprise step S500: the air of discharging from casing air outlet after by one second air-conditioning body, described the first casing being processed again purifies or regulates.
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| CN2141051Y (en) * | 1992-10-16 | 1993-08-25 | 何洪岭 | Air-filter humidifier |
| CN1442635A (en) * | 2002-03-05 | 2003-09-17 | 牟晓凯 | Air humidifying and cleaning apparatus |
| JP2005013789A (en) * | 2003-06-24 | 2005-01-20 | Ricoh Elemex Corp | Air cleaner |
| JP2005074311A (en) * | 2003-08-29 | 2005-03-24 | Ricoh Elemex Corp | Air cleaner, and air cleaning method |
| CN101285609A (en) * | 2008-06-16 | 2008-10-15 | 周成明 | Full-automatic air temperature adjustment clarification exchange integral machine |
| CN101342435A (en) * | 2008-08-22 | 2009-01-14 | 东北林业大学 | Water-washing type air purification device |
| KR20110001637A (en) * | 2009-06-30 | 2011-01-06 | (주) 유니티엔씨 | An air cleaner |
| CN101900390A (en) * | 2010-06-25 | 2010-12-01 | 程志平 | Air washing and purifying aquarium air conditioner |
| CN203244879U (en) * | 2013-04-20 | 2013-10-23 | 宁波海曙信满贸易有限公司 | Waste gas absorption tower |
| CN103344008A (en) * | 2013-07-09 | 2013-10-09 | 武汉纺织大学 | Indoor air sterile washing technology and equipment |
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| CN107461842A (en) * | 2016-06-06 | 2017-12-12 | 台达电子工业股份有限公司 | Combined air adjustment equipment |
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| CN103591642B (en) | 2015-12-02 |
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