CN105169849A - Air purifier - Google Patents
Air purifier Download PDFInfo
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- CN105169849A CN105169849A CN201510623637.0A CN201510623637A CN105169849A CN 105169849 A CN105169849 A CN 105169849A CN 201510623637 A CN201510623637 A CN 201510623637A CN 105169849 A CN105169849 A CN 105169849A
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- air purifier
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- dust capture
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Abstract
The invention relates to the field of air purification, and provides an air purifier. The air purifier has the advantages that no materials need to be consumed, dismounting and mounting are needless, cleaning is not needed, and only regular water changing is needed. According to the air purifier, air is guided to enter the air purifier in the air guide direction, then particulate matter and harmful gas in the air are captured through a waterfall type water mist space, atomized water with the particulate matter and the harmful gas in the air captured and residual particulate matter and harmful gas in the air are absorbed through a rainstorm type water flow space, excessive overflowing water is collected through a liquefied water assembly, and finally clean and dry air is sent out. By the adoption of the air purifier, the air is guided to make full contact with the water, and then the overflowing water in the contact process is collected, so that the purposes of effectively removing pollutants in the air and obtaining the clean and dry air are achieved.
Description
Technical field
This patent relates to air purification field, in particular to a kind of air purifier.
Background technology
Indoor air pollutants is mainly divided into the pernicious gas such as particle and formaldehyde.At present, known air purifier mainly contains filter element filtering formula air purifier and electrostatic adsorption type air purifier.Filter element filtering formula air purifier between entrance end, loads a filter filter, and clean-up effect is better, but need frequent filter of changing to maintain clean-up effect, and financial burden is large, and causes secondary pollution; Electrostatic adsorption type air purifier utilizes the charged particle thing in the absorbed air of high-voltage electrostatic field to purify air, use cost is lower, but there is drawback: one is do not have suction-operated, two to be that charged particle thing can not thoroughly be adsorbed through the speed of high voltage electric field to particle uncharged in air, and purification efficiency is low.In addition, above-mentioned two class air purifiers all need regularly because change filter or clean electrostatic pole plate and repeated disassembled and assembled air purifier.
Summary of the invention
In order to solve existing air purifier exist more renew cartridge filter screen, secondary pollution, purification efficiency is low, purification speed is slow and the problem of repeated disassembled and assembled.This patent provides a kind of air purifier, to improve the problems referred to above.
For achieving the above object, this patent provides following technical scheme:
A kind of air purifier, comprises shell and chassis.
Described shell there are air inlet, air outlet, water inlet, delivery port, indicator lamp and power switch.
Circulating part, air conducting portion, purification of air portion, water condensation portion, Based Intelligent Control portion is provided with, for forming the repertoire assembly of described air purifier in described shell.
Described circulating part comprises water tank, water pump, upper hose, outlet pipe a, outlet pipe b, for forming water-flow circuit.
Described water tank is provided with intaking vavle of water tank, discharge valve of cistern for water-closet door, radiator drain, water container backwater pipe, for storage of water;
Described intaking vavle of water tank is opened in the top of described water tank and is connected with the described water inlet on described shell, for adding clean water externally to described water tank;
Described discharge valve of cistern for water-closet door is connected on described radiator drain, for from water tank sewage effluent;
The bottom that described radiator drain is opened in described water tank is communicated with described water pump with described discharge valve of cistern for water-closet door, for carrying water from water tank sewage effluent with to water pump;
The top that described water container backwater pipe is opened in described water tank is communicated with described purification of air portion, refluxes from described purification of air portion for allowing water to described water tank.
Described water pump is placed in below described water tank and is communicated with described upper hose with described radiator drain, for water is transported to described upper hose from described water tank.
Described upper hose is placed in described housing interior side-wall, for being communicated with described water pump and described outlet pipe a and described outlet pipe b, for water is transported to described outlet pipe a and described outlet pipe b from described water pump.
Described outlet pipe a is placed on described upper hose, for water is delivered into described purification of air portion from described upper hose.
Described outlet pipe b is placed on described upper hose, for water is delivered into described purification of air portion from described upper hose.
Described air conducting portion comprises air intake fan a, guide pipeline, fan b, for guiding air successively through purification of air portion and water condensation portion;
Described fan a is placed in described air inlet, is communicated with described guide pipeline, for unpurified air is entered described guide pipeline from collected outside;
Described guide pipeline is communicated between described fan a and described purifying box, for carrying the unpurified air of coming in be conveyed into described purification of air portion described fan a;
Described fan b is placed in the described air outlet of described shell, is communicated with described purification of air portion, for described air purifier is sent in clean, dry air reinforcing cleaned for described purification of air portion.
Described purification of air portion comprises purifying box, dust capture unit a, dust capture unit b and water condensation portion.
Described purifying box is located in shell, be communicated with described water container backwater pipe, described guide pipeline, described upper hose and described air outlet, built-in described dust capture unit a, described dust capture unit b, described water condensation portion, for building the confined space of water and air by described dust capture unit a, described dust capture unit b and described water condensation portion.
Described dust capture unit a is built in bottom described purifying box, built-in motor and sharp water wheels, be communicated with described guide pipeline, described water container backwater pipe, described outlet pipe a and described purifying box, for the described sharp water wheels High Rotation Speed by described driven by motor, the water that described outlet pipe a flows out is excited into waterfall type water smoke to pour in the unpurified air imported by described guide pipeline at a high speed and mix, form waterfall type water smoke space, catch particle and extraction pernicious gas, particle in air and pernicious gas are deposited in waterfall type water smoke and are admitted to described dust capture unit b,
Described electric machine built-in in dust catcher a top, for driving described sharp water wheels High Rotation Speed;
Described sharp water wheels are built in described dust catcher a in the middle part of space, and top connects described motor, for the water that described water inlet pipe a flows out being excited into waterfall type water smoke under High Rotation Speed.
Described dust capture unit b is built in above described dust capture unit a, comprise shower and micronic dust catcher, be communicated with described water condensation portion, described outlet pipe b, described dust capture unit a and described water container backwater pipe, form heavy rain formula current for the water that flowed out by described outlet pipe b through described shower and constantly drench and rinse described micronic dust catcher and the heavy rain formula water flow space that is built into continues the particle that remains in the waterfall type water smoke capturing air particle and pernicious gas that the described dust capture unit a of absorption produces and air and pernicious gas;
Described shower is placed on described purifying box inwall, residual particle and pernicious gas in the waterfall type water smoke capturing air particle and pernicious gas that the water shunting for described outlet pipe b being flowed out becomes heavy rain formula current constantly to drench to rinse described micronic dust catcher and the described dust capture unit a of absorption to produce and air;
Described micronic dust catcher is placed on described purifying box inwall, be made up of plastic sheet and support bar, flow out the adsorption area of heavy rain formula current for increasing described shower and adsorb residual particle and pernicious gas in the waterfall type water smoke capturing air particle and pernicious gas and air that described dust capture unit a produces.
Described water condensation portion is placed in above described dust capture unit b, comprises compressor, evaporimeter, condenser, is communicated with described dust capture unit b and described fan b.Be liquefied as water for the hydrone in the hydrone that dissipation in the process by described dust capture unit a and described dust capture unit b gone out and unpurified air, be back to described water tank.
Described compressor is placed in side, described water condensation portion, completely cuts off, connect described evaporimeter and described condenser with other regions in described purifying box, for freezing and heating;
Described evaporimeter is placed in above described dust capture unit b, connects compressor, the hydrone in the hydrone gone out for the dissipation of liquefy described dust capture unit a and described dust capture unit b and unpurified air;
Described condenser is placed in above described evaporimeter, connects compressor, for by the air heat of the clean drying after the cooling of described evaporimeter to room temperature.
Described Based Intelligent Control portion is placed in inside described air purifier top casing, comprises energy control device, humidity sensor, level sensor, power switch and indicator lamp.For controlling the operation of each functional unit of air purifier.
Described energy control device connects described level sensor, power switch and indicator lamp in the described humidity sensor of the described air inlet of described air purifier, described water tank, connect and control described water pump, described fan a, described fan b, described motor, the startup of described compressor and closedown, for controlling the running status of described air purifier.
The air purifier that this patent provides is worked by fan a, air is made to run through air purifier according to the path of setting, first carry out catching and extracting through dust capture unit a, then adsorb through dust capture unit b, finally by water condensation, portion dehumidifies, and then clean dry air reinforcing is sent through passing through fan b.
Above-described air purifier, preferably, the described water inlet of described shell is communicated with the described intaking vavle of water tank of described water tank, and the described delivery port of described shell is communicated with described discharge valve of cistern for water-closet door.The water tank of such setting is conducive to being poured into by water and discharging water tank, simple to operate, exempts normal air clarifier repeated disassembled and assembled, repeatedly cleans, changes the tedious work of core draping, economize on resources, raise the efficiency.
Above-described air purifier, preferably, described air purifier also comprises the first duty.Described first duty is that described air purifier is started shooting in one hour, and described water pump, described fan a, described dust capture unit a, described dust capture unit b, described fan b are all in running order, Powerful purification air.
Above-described air purifier, preferably, described air purifier also comprises the second duty.Described second duty is after described air purifier is started shooting one hour, and described water pump, described fan a, described dust capture unit b, described fan b are all in running order, and described dust capture unit a quits work, and described air purifier is in power save mode.
Above-described air purifier, preferably, described air purifier also comprises the 3rd duty.Described 3rd duty is that described air purifier is in the first duty or the second duty running, if the humidity of room air is higher than preset value V1, V1 > V2, described dust capture unit a and described water condensation portion start, and described air purifier enters powerful except wet condition.
Above-described air purifier, preferably, described air purifier also comprises the 4th duty.Described 4th duty is that described air purifier is in the first duty or the second duty running, if the humidity of room air is lower than preset value V2, V1 > V2, described dust capture unit a starts, fan a and fan b accelerated service, described air purifier enters air wetting state.
Above-described air purifier, preferably, described air purifier also comprises the first safe condition.Described first safe condition be described air purifier be in the first duty or second, the 4th duty time, when cistern water level is lower than preset water level B, water level A > water level B, described air purifier shuts down, and enters holding state.
Above-described air purifier, preferably, described air purifier also comprises the second safe condition.Described second safe condition is described air purifier when being in the 3rd duty, and when cistern water level is higher than preset water level A, water level A > water level B, described air purifier shuts down, and enters holding state.
Above-described air purifier, preferably, described air purifier also comprises support, and described support is connected with the parts of each functional unit in described air purifier, and air purifier inner space described in rational deployment, reinforces the position of each parts.
Relative to prior art, the air purifier that this patent provides comprises following beneficial effect:
The air purifier that this patent provides, first collects air; The particle that the waterfall type water smoke inspiring high-speed motion again catches and extracts in air and pernicious gas; Adsorb particle residual in the waterfall type water smoke and air successfully catching and be extracted into particulate in air and pernicious gas and pernicious gas again; And then the superfluous water molecule collected in air; Finally send clean dry air.Purification efficiency is high, with low cost, does not have secondary pollution, and regular maintenance need not dismounting, need only refresh the water periodically.In addition, water fully contacts in atmosphere and can collect completely, and energy consumption is extremely low, provides possibility for manufacturing large-scale cleaning equipment.
According to above content, should be understood to: in order to the object of example, described various embodiment disclosed in this patent herein, and without departing from the scope and spirit of the present invention, can various amendment be carried out.Therefore, various embodiment disclosed herein is not intended to limit, and indicates real scope and spirit by following claim book.
Accompanying drawing explanation
The Figure of description of a formation the application's part is used to provide the further understanding to this patent, and the schematic description and description of this patent, for explaining the present invention, does not form the improper restriction to this patent.In the accompanying drawings:
Fig. 1 is the stereoscopic figure of the air purifier involved by an embodiment of this patent;
The brief block diagram of the primary structure that Fig. 2 is the air conducting function of the air purifier representing Fig. 1, dust capture unit a and water circulation function are associated;
Fig. 3 is the brief block diagram in the dust capture unit b of the air purifier representing Fig. 1, water condensation portion and Based Intelligent Control portion;
Fig. 4 is the brief block diagram of the water circulation path parts of the air purifier representing Fig. 1;
Fig. 5 is the brief block diagram of the air conducting path components of the air purifier representing Fig. 1;
Fig. 6 is the brief block diagram of the dust capture unit a working method of air purifier for illustration of Fig. 1;
Fig. 7 is the brief block diagram of the dust capture unit b working method of air purifier for illustration of Fig. 1;
Fig. 8 is the brief block diagram of the water condensation portion working method of air purifier for illustration of Fig. 1;
Fig. 9 is the brief block diagram of the Based Intelligent Control portion working method of air purifier for illustration of Fig. 1;
Figure 10 is for illustration of the shower structural representation in the dust capture unit b assembly of the air purifier of Fig. 1;
Figure 11 is the cleaning principle figure of the air purifier involved by an embodiment of this patent.
Wherein, the corresponding relation between Reference numeral and component names is as follows:
Fig. 1: 10. shell, 11. air inlets, 12. air outlets, 13. water inlets, 14. delivery ports, 15. indicator lamps, 16. chassis, 17 power switches.
Fig. 2: 11. air inlets, 12. air outlets, 16. chassis, 20. water tanks, 21. water pumps, 22. intaking vavle of water tanks, 23 discharge valve of cistern for water-closet doors, 24. radiator drains, 25. water container backwater pipes, 26. upper hoses, 27. outlet pipe a, 28. outlet pipe b, 29a. water level A, 29b. water level B, 31. fan a, 32. fan b, 33. guide pipelines, 40. purifying boxs, 50. dust capture unit a, 51. motors, 52. swash water wheels.
Fig. 3: 15. indicator lamps, 60. micronic dust catcher b, 61a. micronic dust catcher, 61b. micronic dust catcher, 61c. micronic dust catcher, 61d. micronic dust catcher, 62a. shower, 62b. shower, 62c. shower, 62d. shower, 62e. shower, 70. water condensation portions, 71. compressors, 72. condensers, 73. evaporimeters, 80. Based Intelligent Control portions, 81. energy control devices, 82. level sensors, 83. humidity sensors.
Fig. 4: 20. water tanks, 20a. circulating part, 21. water pumps, 22. intaking vavle of water tanks, 23 discharge valve of cistern for water-closet doors, 24. radiator drains, 25. water container backwater pipes, 26. upper hoses, 27. outlet pipe a, 28. outlet pipe b, 29a. water level A, 29b. water level B, 40. purifying boxs, 52. swash water wheels, 50. dust capture unit a, 60. dust capture unit b.
Fig. 5: 11. air inlets, 12. air outlets, 30. air conducting portions, 31. fan a, 32. fan b, 33. guide pipelines, 40. clear water tanks, 50. dust capture unit a, 60. dust capture unit b.
Fig. 6: 20. water tanks, 21. water pumps, 22. intaking vavle of water tanks, 23 discharge valve of cistern for water-closet doors, 24. radiator drains, 25. water container backwater pipes, 27. outlet pipe a, 29a. water level A, 29b. water level B, 50. dust capture unit a, 51. motors, 52. swash water wheels, 90. purification of air portions.
Fig. 7: 20. water tanks, 21. water pumps, 22. intaking vavle of water tanks, 23 discharge valve of cistern for water-closet doors, 24. radiator drains, 25. water container backwater pipes, 28. outlet pipe b, 29a. water level A, 29b. water level B, 40. purifying boxs, 60. dust capture unit b, 61a. micronic dust catcher, 61b. micronic dust catcher, 61c. micronic dust catcher, 61d. micronic dust catcher, 62a. shower, 62b. shower, 62c. shower, 62d. shower, 62e. shower, 90. purification of air portions.
Fig. 8: 15. indicator lamps, 70. water condensation portions, 71. compressors, 72. condensers, 73. evaporimeters, 80. Based Intelligent Control portions, 90. purification of air portions.
Fig. 9: 15. indicator lamps, 21. water pumps, 31. fan a, 32. fan b, 71. compressors, 81. energy control devices, 82. level sensors, 83. humidity sensors, 83a.V1,83b.V2,84. external auxiliary, 85. switch power supplies, 86. close power supply, and 87. add water, and 88. diminishings, 89. change water.
Figure 10: 62a. shower, 62b. shower, 62c. shower, 62d. shower, 62e. shower.
Figure 11: 20. water tanks, 50.1001. air-flow direction, 1002. water flow directions, 1003. waterfall type water smoke spaces, 1004. heavy rain formula water flow space, 1005. liquefaction water assemblies.
Detailed description of the invention
It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.Below with reference to the accompanying drawings and this patent is described in further detail in conjunction with the embodiments.
With reference to figure 1, a kind of air purifier that this patent embodiment provides; As shown in Figure 1, the air purifier in this patent embodiment comprises shell 10, air inlet 11, air outlet 12, water inlet 13, delivery port 14, indicator lamp 15, chassis 16 and power switch 17;
With reference to figure 2, the structural representation Part I of the air purifier of this patent embodiment; As shown in Figure 2, the air purifier of this patent embodiment comprises water tank 20, water pump 21, upper hose 26, fan a31, guide pipeline 33, fan b32, motor 51, swashs water wheels 52, purifying box 40; Water tank 20 comprises intaking vavle of water tank 22, discharge valve of cistern for water-closet door 23, radiator drain 24, water container backwater pipe 25, water level A and water level B; Upper hose 26 comprises outlet pipe a27 and outlet pipe b28;
With reference to figure 3, the structural representation Part II of the air purifier of this patent embodiment; As shown in Figure 3, the air purifier of this patent embodiment comprises dust capture unit b60, water condensation portion 70 and Based Intelligent Control portion 80; Dust capture unit b60 comprises: micronic dust catcher 61a, micronic dust catcher 61b, micronic dust catcher 61c, micronic dust catcher 61d, shower 62a, shower 62b, shower 62c, shower 62d and shower 62e; Water condensation portion 70 comprises: compressor 71, condenser 72 and evaporimeter 73; Based Intelligent Control portion 80 comprises: indicator lamp 15, power switch 17, energy control device 81, level sensor 82 and humidity sensor 83;
With reference to figure 4, the internal water circulation schematic diagram of the air purifier of this patent embodiment, as shown in Figure 4, the air purifier internal water circulation path of this patent embodiment is flowed out by the radiator drain 24 of water tank 20, through the propelling movement of water pump 21 through upper hose 26, one road is flowed out from outlet pipe a27, enter into dust capture unit a and be excited into waterfall type water smoke by the sharp water wheels 52 of High Rotation Speed, part particle larger water smoke after the particle captured in air and pernicious gas molecule by water container backwater pipe 25 reflow tank 20, the less water droplet of another part particle to enter into the heavy rain formula current in dust capture unit b with air at the particle captured in air and pernicious gas molecule heel, the less water smoke of particle of coming in from dust capture unit a is adsorbed together with after the residual particles air and pernicious gas molecule by water container backwater pipe 25 reflow tank 20 from forming heavy rain formula current at dust capture unit b60 after outlet pipe b flows out in another road,
With reference to figure 5, the inner air water conservancy diversion schematic diagram of the air purifier of this patent embodiment; As shown in Figure 5, the air purifier inner air flowing path of this patent embodiment enters air purifier by air inlet 11, enter guide pipeline 33 through passing through fan a31 pressurization, then the reinforcing again through passing through fan b32 after dust capture unit a50, dust capture unit b60 and water condensation portion 70 is sent from air outlet 12;
With reference to figure 6, the operation principle schematic diagram of the dust capture unit a50 of the air purifier of this patent embodiment, as shown in Figure 6, the operation principle of the air purifier dust capture unit a50 of this patent embodiment is that water is flowed out by the radiator drain 24 of water tank 20, through the propelling movement of water pump 21 through upper hose 26, flow out from outlet pipe a27, enter into dust capture unit a and be excited into waterfall type water smoke by the sharp water wheels 52 of High Rotation Speed, part particle larger water smoke after the particle captured in air and pernicious gas molecule by water container backwater pipe 25 reflow tank 20, the less water smoke of another part particle to enter into heavy rain formula current in dust capture unit b by the water that stays with dust catcher b top after adsorbing by water container backwater pipe 25 reflow tank 20 capturing the particle in air and pernicious gas molecule heel with air,
With reference to figure 7, the operation principle schematic diagram of the dust capture unit b60 of the air purifier of this patent embodiment; As shown in Figure 7, the operation principle of the dust catcher b60 of the air purifier of this patent embodiment is that water is flowed out by the radiator drain 24 of water tank 20, through the propelling movement of water pump 21 through upper hose 26, flow out from outlet pipe b28, adsorb after shower 62 forms heavy rain formula water flow increases adsorption area under the effect of micronic dust catcher 61 the less water smoke of the particle of coming in from dust capture unit a and the residual particles air and pernicious gas molecule again together with by water container backwater pipe 25 reflow tank 20;
With reference to figure 8, the operation principle schematic diagram in the water condensation portion 70 of the air purifier of this patent embodiment; As shown in Figure 8, the operation principle in the water condensation portion 70 of the air purifier of this patent embodiment connects the evaporimeter 73 of compressor 71 to absorb heat the superfluous water molecule in air is liquefied as water again by water container backwater pipe 25 reflow tank 20; Condenser 72 heat release be will flow through evaporimeter 73 and cooling air themperature be promoted to normal temperature.
With reference to figure 9, the schematic diagram in the Based Intelligent Control portion of the air purifier of the embodiment of the present invention, as shown in Figure 10, the control element energy control device 81 in the air purifier Based Intelligent Control portion of the embodiment of the present invention connects power switch 17 and monitoring element indicator lamp 15, level sensor 82, humidity sensor 83 and executive component water pump 21, motor 51, compressor 71, fan a31 and fan b32, and external auxiliary: switch power supply 85, close power supply 86, add water 87, diminishing 88, change water 89, its middle water level is preset as A29a and water level B29b, water level A > 29a water level B29b, humidity is preset as V183a and V283b, V183a > V283b.
With reference to Figure 10, the structural representation of the shower 62 of the air purifier of this patent embodiment; As shown in Figure 10, the shower 62 of the air purifier of this patent embodiment has two shapes, and one is shower 62a topmost, and one is the shower 62b, shower 62c, shower 62d, the shower 62e that lay successively under shower 62a;
With reference to Figure 11, the cleaning principle figure of the air purifier of this patent embodiment; As shown in figure 11, the air purifier of this patent embodiment guides air to enter air purifier along wind-guiding direction, again by the particle in waterfall type water smoke space 1003 assembly seizure air and pernicious gas, residual particle in the atomized water of particle and the pernicious gas captured in air and air and pernicious gas is adsorbed again by heavy rain formula current 1004 assembly, collected the excessive moisture of effusion again by liquefaction water assembly, finally cleaner dry air is sent.
The air purifier of this patent embodiment comprises control element, monitoring element, executive component and external auxiliary, the duty of co-controlling air purifier.
Concrete, air purifier in above-described embodiment adds water between 87 to water level A29a and water level B29b by external auxiliary, by external auxiliary switch power supply 85, indicator lamp 15 green light lights, energy control device 81 starts water pump 21, fan a31, fan b32 and motor 51, and above-mentioned air purifier enters the first duty;
Further, above-mentioned air purifier work is after one hour, energy control device 81 disable motor 51 of above-mentioned air purifier, and water pump 21, fan a31 and fan b32 work on, and above-mentioned air purifier enters the second duty;
Further, after above-mentioned air purifier work a period of time, level sensor 82 monitors water level lower than water level B29b, and energy control device 81 switches off the pump 21, fan a31 and fan b32, indicator lamp 15 red light lights, above-mentioned air purifier enter holding state.
Further, external auxiliary adds water 87 or change between water 89 to water level A29a and water level B29b, by external auxiliary switch power supply 85, indicator lamp 15 green light lights, energy control device 81 starts water pump 21, fan a31, fan b32 and motor 51, above-mentioned air purifier enters the first duty, energy control device 81 disable motor 51 after a hour, and above-mentioned air purifier enters the second duty;
Further, after above-mentioned air purifier work a period of time, humidity sensor 83 monitors humidity and is greater than preset value V183a, energy control device 81 starter motor 51 and compressor 71, water pump 21 work on, fan a31 and fan b32 strengthens air-supply, and above-mentioned air purifier enters the 3rd duty.
Further, above-mentioned air purifier dehumidifies after a period of time, level sensor 82 monitors water level higher than water level A29a, energy control device 81 switches off the pump 21, motor 51, compressor 71, fan a31 and fan b32, indicator lamp 15 red light lights, above-mentioned air purifier enter holding state.
Further, external auxiliary diminishing 88 or change between water 89 to water level A29a and water level B29b, by external auxiliary switch power supply 85, indicator lamp 15 green light lights, humidity sensor 83 monitors humidity and is greater than preset value V183a, energy control device 81 starts water pump 21, motor 51, compressor 71, fan a31 and fan b32 and strengthens air-supply, and above-mentioned air purifier enters the 3rd duty.
Further, above-mentioned air purifier dehumidifies after a period of time, humidity sensor 83 monitors humidity and is down to close to preset value V283b, energy control device 81 disable motor 51 and compressor 71, water pump 21 work on, fan a31 and fan b32 becomes normal air-supply, and air purifier enters the second duty.
Further, after above-mentioned air purifier work a period of time, by external auxiliary close power supply 86, indicator lamp 15 red light lights, above-mentioned air purifier enter holding state.
Further, after above-mentioned air purifier standby longer a period of time, by external auxiliary switch power supply 85, indicator lamp 15 green light lights, energy control device 81 starts water pump 21, fan a31, fan b32 and motor 51, air purifier enters the first duty, humidity sensor 83 monitors humidity lower than preset value V283b, energy control device 81 maintains water pump 21, motor 51 continues to run, fan a31 and fan b32 becomes increasing air-supply simultaneously, and above-mentioned air purifier enters the 4th duty.
Further, after above-mentioned air purifier work a period of time, humidity sensor 83 monitors humidity and reaches preset value V283b, energy control device 81 disable motor 51, maintenance water pump 21 continue operation, fan a31 and fan b32 becomes normal air-supply, and above-mentioned air purifier enters the second duty.
It should be noted that, the compressor 71 in the embodiment of the present invention is schemes for cold and hot generating means, also can change electric cooling piece or other equipment into.
The foregoing is only the preferred embodiment of this patent, be not limited to this patent, for a person skilled in the art, this patent can have various modifications and variations.Within all spirit at this patent and principle, any amendment done, equivalent replacement, improvement etc., within the protection domain that all should be included in this patent type.
Claims (11)
1. an air purifier, is characterized in that: comprise shell and chassis;
Described shell is provided with air inlet, air outlet, water inlet, delivery port, indicator lamp and power switch; Circulating part, air conducting portion, purification of air portion, water condensation portion, Based Intelligent Control portion is provided with in described shell.
2. air purifier according to claim 1, is characterized in that: described circulating part comprises water tank, water pump, upper hose, outlet pipe a, outlet pipe b; Described water tank is provided with intaking vavle of water tank, discharge valve of cistern for water-closet door, radiator drain, water container backwater pipe, for storage of water; Described intaking vavle of water tank is opened in the top of described water tank and is connected with the described water inlet on described shell, for adding clean water externally to described water tank; Described discharge valve of cistern for water-closet door is connected on described radiator drain, for from water tank sewage effluent; The bottom that described radiator drain is opened in described water tank is communicated with described water pump with described discharge valve of cistern for water-closet door, for carrying water from water tank sewage effluent with to water pump; The top that described water container backwater pipe is opened in described water tank is communicated with described purification of air portion, refluxes from described purification of air portion for allowing water to described water tank; Described water pump is placed in below described water tank and is communicated with described upper hose with described radiator drain, for water is transported to described upper hose from described water tank; Described upper hose is placed in described housing interior side-wall, for being communicated with described water pump and described outlet pipe a and described outlet pipe b.For water is transported to described outlet pipe a and described outlet pipe b from described water pump; Described outlet pipe a is placed on described upper hose, for water is delivered into described purification of air portion from described upper hose; Described outlet pipe b is placed on described upper hose, for water is delivered into described purification of air portion from described upper hose.
3. air purifier according to claim 1, is characterized in that: described air conducting portion comprises air intake fan a, guide pipeline, fan b.For guiding air successively through purification of air portion and water condensation portion; Described fan a is placed in described air inlet, is communicated with described guide pipeline, for unpurified air is entered described guide pipeline from collected outside; Described guide pipeline is communicated between described fan a and described purifying box, for carrying the unpurified air of coming in be conveyed into described purification of air portion described fan a; Described fan b is placed in the described air outlet of described shell, is communicated with described purification of air portion, for described air purifier is sent in the air reinforcing of clean drying cleaned for described purification of air portion.
4. air purifier according to claim 1, is characterized in that: described purification of air portion comprises purifying box, dust capture unit a, dust capture unit b and water condensation portion; Described purifying box is located in shell, be communicated with described water container backwater pipe, described guide pipeline, described upper hose and described air outlet, built-in described dust capture unit a, described dust capture unit b, described water condensation portion, for building the confined space of water and air by described dust capture unit a, described dust capture unit b and described water condensation portion.
5. air purifier according to claim 4, it is characterized in that: described dust capture unit a is built in bottom described purifying box, built-in motor and sharp water wheels, be communicated with described guide pipeline, described water container backwater pipe, described outlet pipe a and described dust capture unit b, for the described sharp water wheels High Rotation Speed by described driven by motor, the water that described outlet pipe a flows out is excited into waterfall type water smoke to be poured in the unpurified air imported by described guide pipeline at a high speed, complete and catch particle and extraction pernicious gas, particle in air and pernicious gas are deposited in waterfall type water smoke and are admitted to described dust capture unit b, described electric machine built-in in dust catcher a top, for driving described sharp water wheels High Rotation Speed, described sharp water wheels are built in described dust catcher a in the middle part of space, and top connects described motor, for the water that described water inlet pipe a flows out being excited into waterfall type water smoke under High Rotation Speed.
6. air purifier according to claim 4, it is characterized in that: described dust capture unit b is built in above described dust capture unit a, comprise shower and micronic dust catcher, be communicated with described water condensation portion, described outlet pipe b, described dust capture unit a and described water container backwater pipe, for adsorbing residual particle and pernicious gas in the waterfall type water smoke capturing air particle and pernicious gas and air that described dust capture unit a produces; Described shower is placed on described purifying box inwall, residual particle and pernicious gas in the waterfall type water smoke capturing air particle and pernicious gas that the water shunting for described outlet pipe b being flowed out becomes heavy rain formula current constantly to drench to rinse described micronic dust catcher and the described dust capture unit a of absorption to produce and air; Described micronic dust catcher is placed on described purifying box inwall, be made up of plastic sheet and support bar, for increasing the adsorption area of the heavy rain formula current that described shower flows out and adsorbing residual particle and pernicious gas in the waterfall type water smoke capturing air particle and pernicious gas and air that described dust capture unit a produces.
7. air purifier according to claim 4, is characterized in that: described water condensation portion is placed in above described dust capture unit b, comprises cold and hot generating means, heat sink, heat-releasing device, is communicated with described dust capture unit b and described air outlet.For collect that air gone out by dissipation in the process of described dust capture unit a and described dust capture unit b with the hydrone in unpurified air, be back to described water tank; Described cold and hot generating means is placed in side, described water condensation portion, completely cuts off, connect described heat sink and described heat-releasing device with other regions in described purifying box, for freezing and heating; Described heat sink is placed in above described dust capture unit b, the hydrone in the hydrone gone out for the dissipation of liquefy described dust capture unit a and described dust capture unit b and unpurified air; Described heat-releasing device is placed in above described evaporimeter, for by the air heat of the clean drying after the cooling of described heat sink to room temperature.
8. air purifier according to claim 1, is characterized in that: described Based Intelligent Control portion comprises energy control device, humidity sensor and level sensor, power switch and indicator lamp; Described energy control device connects described level sensor, power switch and indicator lamp in the described humidity sensor of the described air inlet of described air purifier, described water tank, connects and controls the operation of described water pump, described fan a, described fan b, described motor, described cold and hot generating means.
9. air purifier according to claim 1, is characterized in that: the described water inlet of the described shell of described air purifier is communicated with the described intaking vavle of water tank of described water tank, and the described delivery port of described shell is communicated with described discharge valve of cistern for water-closet door.The described water tank of such setting is conducive to being poured into by water and discharging described water tank, simple to operate, exempts repeated disassembled and assembled, repeatedly cleans, changes the tedious work of core draping.
10. air purifier according to claim 1, it is characterized in that: described air purifier is worked by described fan a, air is made to run through described air purifier according to the path of setting, first catch and extraction pollutant through described dust capture unit a, then through described dust capture unit b adsorption fouling thing, carry out removal excessive moisture finally by described water condensation portion, then through described fan b, clean dry air reinforcing is sent.
11. according to claim 1 to air purifier according to claim 9, it is characterized in that: described air purifier also comprises the first duty, the second duty, the 3rd duty, the 4th duty, the first safe condition and the second safe condition.Described first duty is that described air purifier is started shooting in one hour, and described water pump, described fan a, described dust capture unit a, described dust capture unit b, described fan b are all in running order, Powerful purification air; Described second duty is after described air purifier is started shooting one hour, and described water pump, described fan a, described dust capture unit b, described fan b are all in running order, and described dust capture unit a quits work, and described air purifier is in power save mode; Described 3rd duty is that described air purifier is in the first duty or the second duty running, if the humidity of room air is higher than preset value V1, V1 > V2, described dust capture unit a and described water condensation portion start, described fan a and described fan b accelerated service, described air purifier enters powerful except wet condition; Described 4th duty is that described air purifier is in the first duty or the second duty running, if the humidity of room air is lower than preset value V2, V1 > V2, described dust capture unit a starts, described fan a and described fan b accelerated service, described air purifier enters air wetting state; Described first safe condition be described air purifier be in the first duty or second, the 4th duty time, when cistern water level is lower than preset water level B, water level A > water level B, described air purifier shuts down, and enters holding state; Described second safe condition is described air purifier when being in the 3rd duty, and when cistern water level is higher than preset water level A, described air purifier shuts down, and enters holding state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510623637.0A CN105169849A (en) | 2015-09-28 | 2015-09-28 | Air purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510623637.0A CN105169849A (en) | 2015-09-28 | 2015-09-28 | Air purifier |
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| CN105169849A true CN105169849A (en) | 2015-12-23 |
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| CN201510623637.0A Pending CN105169849A (en) | 2015-09-28 | 2015-09-28 | Air purifier |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106993497A (en) * | 2016-01-26 | 2017-08-01 | 杨宏协 | A kind of climate regulation instrument |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1475708A (en) * | 2003-06-20 | 2004-02-18 | 浙江大学 | Controllable humidity air purifying and treatment device |
| CN204611808U (en) * | 2015-03-11 | 2015-09-02 | 大名县荣凯生物质能壁炉有限公司 | Biomass fuel boiler whirlwind spray deduster |
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- 2015-09-28 CN CN201510623637.0A patent/CN105169849A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1475708A (en) * | 2003-06-20 | 2004-02-18 | 浙江大学 | Controllable humidity air purifying and treatment device |
| CN204611808U (en) * | 2015-03-11 | 2015-09-02 | 大名县荣凯生物质能壁炉有限公司 | Biomass fuel boiler whirlwind spray deduster |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106993497A (en) * | 2016-01-26 | 2017-08-01 | 杨宏协 | A kind of climate regulation instrument |
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