CN108525450A - A kind of interior haze purification method - Google Patents

A kind of interior haze purification method Download PDF

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Publication number
CN108525450A
CN108525450A CN201810339934.6A CN201810339934A CN108525450A CN 108525450 A CN108525450 A CN 108525450A CN 201810339934 A CN201810339934 A CN 201810339934A CN 108525450 A CN108525450 A CN 108525450A
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China
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air
fixed
water
air inlet
babinet
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Granted
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CN201810339934.6A
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Chinese (zh)
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CN108525450B (en
Inventor
吴国秋
王军
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Yunnan fengzhiyun Biotechnology Co.,Ltd.
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吴国秋
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D50/00Combinations of devices for separating particles from gases or vapours
    • B01D50/008Combinations of devices relating to groups B01D45/00 and B01D46/00 and B01D47/00
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D2247/00Details relating to the separation of dispersed particles from gases, air or vapours by liquid as separating agent
    • B01D2247/04Regenerating the washing fluid

Abstract

The present invention relates to technical field of air purification, specifically a kind of indoor haze purification method, this method is removed the haze in air using haze purifier, the top of the air inlet mechanism of haze purifier setting is installed by humidifier, humidifier sprays fog and is combined with the fine particle in air, is convenient for fine particle rapid precipitation;The inner rotation of air inlet mechanism connects mixed organization, and air and droplet are quickly rotated in the inside of mixed organization, and droplet is made rapidly and uniformly to be combined with the fine particle in air;Cyclone separator is installed in the side of air inlet mechanism, and air and droplet quickly rotate inside cyclone separator, and the fine particle in air is made to fall into the inside of impurity removal mechanism with droplet precipitation.The haze purifier that this method uses, which can be realized, is removed the haze in room air, to improve indoor air quality, has the characteristics that simple in structure, small, light-weight, cheap.

Description

A kind of interior haze purification method
Technical field
The present invention relates to technical field of air purification, specifically a kind of indoor haze purification method.
Background technology
Haze is the portmanteau word of mist and haze.Haze is common in city.Mist is incorporated to haze together as calamity by Chinese many areas Evil property weather phenomenon carries out early-warning and predicting, is referred to as " haze weather ".Haze is specific weather condition and mankind's activity phase interaction Result.The economy of high density population and social activities will necessarily discharge a large amount of fine particles (PM 2.5), once discharge is super Air circulation ability and carrying degree are crossed, fine particle concentration at this time if influenced by quiet steady weather etc., easily goes out continued accumulation Now large-scale haze.
A large amount of fine particle is contained in the inside of haze, and the too light inside for swimming in air of fine particle quality is existing Some haze purifiers cannot precipitate the fine particle in air well, cause purified air impure, be unfavorable for People's health;During haze purifier purifies haze, the fine particle inside haze stays in the interior of haze purifier Portion, it has not been convenient to clear up, dust accumulation is excessive, can reduce the clean-up effect of haze purifier.In consideration of it, the present invention provides one kind Indoor haze purification method, has the characteristics that:
(1) humidifier is installed on the top of the haze purifier that this method uses, air inlet mechanism, and humidifier sprays fog It is combined with the fine particle in air, increases the quality of fine particle, make fine particle rapid precipitation.
(2) inner rotation of the haze purifier that this method uses, air inlet mechanism connects mixed organization, and air and droplet exist The inside of mixed organization quickly rotates, and droplet is made rapidly and uniformly to be combined with the fine particle in air.
(3) cyclone separator is installed in the side of the haze purifier that this method uses, air inlet mechanism, and air and droplet are revolving Wind separator interior quickly rotates, and the fine particle in air is made to fall into the inside of impurity removal mechanism, impurity removal mechanism with droplet precipitation It is slidably connected with cyclone separator, facilitates to take out impurity removal mechanism and clear up.
(4) bottom end of the haze purifier that this method uses, impurity removal mechanism is connected to stocking mechanism, the water inside impurity removal mechanism The inside of stocking mechanism is again flowed into after filtering, then enters the inside of the air inlet mechanism from stocking mechanism, is recycled Water resource.
Invention content
For the problems of the prior art, the present invention provides a kind of indoor haze purification method, the mist that this method uses Haze clarifier, which can be realized, is removed the haze in room air, to improve indoor air quality, has structure letter Single, small, light-weight, cheap feature.
The technical solution adopted by the present invention to solve the technical problems is:A kind of interior haze purification method, this method are adopted The haze in air is removed with haze purifier, the haze purifier include bottom plate, driving mechanism, impurity removal mechanism, Cyclone separator, active carbon layer, babinet, exhaust outlet, humidifier, air inlet mechanism, fixed mechanism, stocking mechanism, blocking mechanism And mixed organization;The babinet is installed in the top surface of the bottom plate, and the bottom end side wall of the babinet is symmetrically installed the blocking mechanism, The bottom inner portion of the bottom plate installs the driving mechanism;The side wall of the babinet installs the stocking mechanism, the storage machine The air inlet mechanism is installed in the top surface of structure, and the air inlet mechanism is connected to the driving mechanism;The top of the air inlet mechanism is fixed The humidifier is connected, the humidifier is connected to the stocking mechanism;Described in the inner rotation connection of the stocking mechanism Mixed organization, the mixed organization are rotatablely connected the humidifier;The mixed organization is connected to the cyclone separator, described Cyclone separator is fixed on the inside of the babinet;The bottom end of the cyclone separator is slidably connected the impurity removal mechanism, described Impurity removal mechanism engages the fixed mechanism, and the impurity removal mechanism is connected to the stocking mechanism;It is handed over inside the top of the babinet The active carbon layer is arranged in mistake, and the exhaust outlet is arranged in the top surface of the babinet;
The purification method includes the following steps:
Air is sent into air inlet mechanism by S1, driving mechanism, is located at the humidifier at the top of air inlet mechanism and is sprayed water mist pair Air is soaked;
S2, air enter mixed organization after being soaked in S1, and water mist is quickly mixed with fine particle in mixed organization;
After S3, S2 terminate, air enters cyclone separator, cyclone separator by water mist and the fine particle in air into Row filtering;
The air of S4, S3 discharge enters active carbon layer, and active carbon layer purifies air;
The water mist isolated in S5, S3 is detached with fine particle by impurity removal mechanism, and the water isolated is used in S1 Wetting to air.
Specifically, the blocking mechanism includes baffle and connection strap, the bottom end sidewall symmetry of the babinet engages the gear The side wall of plate, the baffle installs the connection strap that is equally spaced, and facilitates the dust of the connection strap blocking air, prevents air Dust and enter the babinet inside.
Specifically, the driving mechanism includes motor and flabellum, the bottom inner portion of the babinet installs the motor, described The top surface of motor is rotatablely connected the flabellum, and two baffles are located at the flabellum in approximately the same plane, facilitate the fan Leaf rotation passes air through the inside that the baffle enters the babinet.
Specifically, the air inlet mechanism includes cylinder, air inlet pipe and air inlet funnel, the top setting of the flabellum it is described into Gas funnel admits air into the inside of the air inlet funnel, the top surface installation of the air inlet funnel to make the flabellum rotate The spiral air inlet pipe, the air inlet pipe are located at the inside of the cylinder, and wind is made to enter the cylinder by the air inlet pipe The inside of body.
Specifically, the stocking mechanism includes water pump, water tank, water pipe, graduation mark and water inlet, the side wall peace of the babinet Fill the water tank that side wall is " L " shape, the top of the water tank is equipped with the water inlet, facilitate by water by the water inlet into Enter the inside of the water tank, the side wall of the water tank is equipped with the graduation mark, the graduation mark is observed, in time to the water tank Inside plus water;The top surface of the water tank is connected to the cylinder, and the water pump is installed in the inside of the water tank, and the water pump is connected to institute Water pipe is stated, facilitates the water pump that the internal water of the water tank is pumped into the inside of the water pipe.
Specifically, the humidifier includes water storage funnel, connector and nozzle, the storage is installed in the top surface of the cylinder The side wall of hyponome, the water storage funnel installs the water pipe, and the water tank internal water is made to enter the storage by the water pump The connector is installed in the bottom end of the inside of hyponome, the water storage funnel, and multiple sprays are installed in the bottom surface of the connector Head, the nozzle are connected to the water storage funnel, pass water through the inside that the nozzle atomization enters the cylinder.
Specifically, the mixed organization includes fixed cylinder, foam-rubber cushion, the first air outlet, the second air outlet and fixed disk, institute It states fixed disk and engages the fixed disk inside the top of the cylinder, the top surface rotation connection section of the fixed disk is " T " The connector of shape facilitates the fixation of connector described in A Jing and the fixed disk;Described in the bottom surface installation of the fixed disk Fixed cylinder, the side walls of the fixed cylinder connect the madial wall of the cylinder, and wind is the air inlet pipe blowout from spiral shape, is inclined The oblique inside for blowing to the fixed cylinder, makes the fixed cylinder in the internal rotating of the cylinder, and the inside of the fixed cylinder is pacified The foam-rubber cushion being interspersed is filled, fog is attached on the foam-rubber cushion, and air is in the foam-rubber cushion and the fixed cylinder Internal rotating makes droplet uniformly quickly be combined with fine particle in air;The sidewall symmetry of the fixed cylinder is equipped with described second The sidewall symmetry of air outlet, the cylinder is equipped with first air outlet, and first air outlet is connected to second air outlet, Second air outlet is contacted as the fixed cylinder is rotated with first air outlet, and the fixed cylinder inner air is arranged Go out.
Specifically, first air outlet is connected to the top of the cyclone separator, make the air inside the fixed cylinder Into the inside of the cyclone separator, the cyclone separator is installed on the top surface of the water tank;The cyclone separator bottom The impurity removal mechanism at end includes connecting plate, link block, surge drum and ultrafiltration membrane mesh, the bottom end sliding of the cyclone separator The surge drum is connected, air is rotated down inside the cyclone separator, keeps the dust in the water and in air quick Precipitation enters the inside of the surge drum, ultrafiltration membrane mesh described in the bottom inner portion of the surge drum, so that droplet is passed through described super Filter membrane strainer is again introduced into the inside of the water tank;The side wall installation connecting plate of the surge drum, the one of the connecting plate The link block is installed at end, and the link block is slidably connected the babinet, the mobile link block, by the surge drum from described The inside of cyclone separator is taken out, the dust inside surge drum described in easy cleaning.
Specifically, the fixed mechanism includes the first fixed link, fixed plate, the second fixed link and spring, the babinet Side wall installs the fixed plate, and first fixed link is installed in the bottom surface of the fixed plate, and first fixed link passes through described Spring connects second fixed link, and second fixed link is facilitated to be skidded off from the inside of first fixed link, and described second Fixed link engages the link block, and the link block is fixed on to the side wall of the babinet, prevents the surge drum in the rotation The inside shaking of wind separator.
Beneficial effects of the present invention:
(1) humidifier is installed on the top of the haze purifier that this method uses, air inlet mechanism, and humidifier sprays fog It is combined with the fine particle in air, increases the quality of fine particle, make fine particle rapid precipitation.
(2) inner rotation of the haze purifier that this method uses, air inlet mechanism connects mixed organization, and air and droplet exist The inside of mixed organization quickly rotates, and droplet is made rapidly and uniformly to be combined with the fine particle in air.
(3) cyclone separator is installed in the side of the haze purifier that this method uses, air inlet mechanism, and air and droplet are revolving Wind separator interior quickly rotates, and the fine particle in air is made to fall into the inside of impurity removal mechanism, impurity removal mechanism with droplet precipitation It is slidably connected with cyclone separator, facilitates to take out impurity removal mechanism and clear up.
(4) bottom end of the haze purifier that this method uses, impurity removal mechanism is connected to stocking mechanism, the water inside impurity removal mechanism The inside of stocking mechanism is again flowed into after filtering, then enters the inside of the air inlet mechanism from stocking mechanism, is recycled Water resource.
Description of the drawings
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is the structural schematic diagram for the haze purifier that this method uses;
Fig. 2 is box inner structure schematic diagram shown in FIG. 1;
Fig. 3 is inner barrel structural schematic diagram shown in Fig. 2;
Fig. 4 is humidifier structural schematic diagram shown in Fig. 3;
Fig. 5 is impurity removal mechanism structural schematic diagram shown in Fig. 2;
Fig. 6 is fixed mechanism internal structure schematic diagram shown in FIG. 1.
In figure:1, bottom plate, 2, driving mechanism, 21, motor, 22, flabellum, 3, impurity removal mechanism, 31, connecting plate, 32, connection Block, 33, surge drum, 34, ultrafiltration membrane mesh, 4, cyclone separator, 5, active carbon layer, 6, babinet, 7, exhaust outlet, 8, spraying machine Structure, 81, water storage funnel, 82, connector, 83, nozzle, 9, air inlet mechanism, 91, cylinder, 92, air inlet pipe, 93, air inlet funnel, 10, Fixed mechanism, the 101, first fixed link, 102, fixed plate, the 103, second fixed link, 104, spring, 11, stocking mechanism, 111, water Pump, 112, water tank, 113, water pipe, 114, graduation mark, 115, water inlet, 12, blocking mechanism, 121, baffle, 122, connection strap, 13, mixed organization, 131, fixed cylinder, 132, foam-rubber cushion, the 133, first air outlet, the 134, second air outlet, 135, fixed disk.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below Specific implementation mode is closed, the present invention is further explained.
As shown in Figure 1, a kind of indoor haze purification method of the present invention, this method is using haze purifier to air In haze be removed, the haze purifier include bottom plate 1, driving mechanism 2, impurity removal mechanism 3, cyclone separator 4, activity Layer of charcoal 5, babinet 6, exhaust outlet 7, humidifier 8, air inlet mechanism 9, fixed mechanism 10, stocking mechanism 11, blocking mechanism 12 and mixed Close mechanism 13;The babinet 6 is installed in the top surface of the bottom plate 1, and the bottom end side wall of the babinet 6 is symmetrically installed the blocking mechanism 12, the bottom inner portion of the bottom plate 12 installs the driving mechanism 2;The side wall of the babinet 6 installs the stocking mechanism 11, institute The air inlet mechanism 9 is installed in the top surface for stating stocking mechanism 11, and the air inlet mechanism 9 is connected to the driving mechanism 2;The air inlet fan The top of structure 9 is fixedly connected with the humidifier 8, and the humidifier 8 is connected to the stocking mechanism 11;The stocking mechanism 11 Inner rotation connect the mixed organization 13, the mixed organization 13 is rotatablely connected the humidifier 8;The mixed organization The 13 connection cyclone separators 4, the cyclone separator 4 are fixed on the inside of the babinet 6;The cyclone separator 4 Bottom end is slidably connected the impurity removal mechanism 3, and the impurity removal mechanism 3 engages the fixed mechanism 10, and the impurity removal mechanism 3 is connected to The stocking mechanism 11;The active carbon layer 5 is arranged in the top alternate internal of the babinet 6, and institute is arranged in the top surface of the babinet 6 State exhaust outlet 7;
The purification method includes the following steps:
Air is sent into air inlet mechanism 9 by S1, driving mechanism 2, and the humidifier 8 for being located at 9 top of air inlet mechanism sprays water Mist soaks air;
S2, air enter mixed organization 13 after being soaked in S1, and water mist is quickly mixed with fine particle in mixed organization 13 It closes;
After S3, S2 terminate, air enters cyclone separator 4, and cyclone separator 4 is by the water mist and fine particle in air It is filtered;
The air of S4, S3 discharge enters active carbon layer 5, and active carbon layer 5 purifies air;
The water mist isolated in S5, S3 is detached with fine particle by impurity removal mechanism 3, and the water isolated is used in S1 Wetting to air.
Specifically, as shown in Figure 1, a kind of indoor haze purification method of the present invention, the blocking mechanism 12 include The bottom end sidewall symmetry of baffle 121 and connection strap 122, the babinet 6 engages the baffle 121, the side wall peace of the baffle 121 The connection strap 122 that is equally spaced is filled, facilitates the connection strap 122 to stop the dust of air, prevents dust and the entrance of air The inside of the babinet 6.
Specifically, as shown in Fig. 2, a kind of indoor haze purification method of the present invention, the driving mechanism 2 includes electricity The bottom inner portion of machine 21 and flabellum 22, the babinet 6 installs the motor 21, and the top surface of the motor 21 is rotatablely connected the fan Leaf 22, two baffles 121 are located at the flabellum 22 in approximately the same plane, and the rotation of the flabellum 22 is facilitated to pass air through The baffle 121 enters the inside of the babinet 6.
Specifically, as shown in Figures 2 and 3, a kind of indoor haze purification method of the present invention, the air inlet mechanism 9 Including cylinder 91, air inlet pipe 92 and air inlet funnel 93, the air inlet funnel 93 is arranged in the top of the flabellum 22, described in order to make Flabellum 22 rotates, and admits air into the inside of the air inlet funnel 92, and spiral institute is installed in the top surface of the air inlet funnel 93 Air inlet pipe 92 is stated, the air inlet pipe 92 is located at the inside of the cylinder 91, and wind is made to enter the cylinder by the air inlet pipe 92 91 inside.
Specifically, as depicted in figs. 1 and 2, a kind of indoor haze purification method of the present invention, the stocking mechanism 11 Including water pump 111, water tank 112, water pipe 113, graduation mark 114 and water inlet 115, the side wall installation side wall of the babinet 6 is " L " The top of the water tank 112 of shape, the water tank 112 is equipped with the water inlet 115, facilitates water passing through the water inlet 115 Into the inside of the water tank 112, the side wall of the water tank 112 is equipped with the graduation mark 114, observes the graduation mark 114, and When to the inside of the water tank 112 add water;The top surface of the water tank 112 is connected to the cylinder 91, the inside peace of the water tank 112 The water pump 111 is filled, the water pump 111 is connected to the water pipe 113, facilitates the water pump 111 by the internal water of the water tank 112 It is pumped into the inside of the water pipe 113.
Specifically, as shown in Figure 3 and Figure 4, a kind of indoor haze purification method of the present invention, the humidifier 8 Including water storage funnel 81, connector 82 and nozzle 83, the water storage funnel 81, the water storage leakage are installed in the top surface of the cylinder 91 The side wall of bucket 81 installs the water pipe 113, so that 112 internal water of the water tank is passed through the water pump 111 and enters the water storage funnel The connector 82 is installed in the bottom end of 81 inside, the water storage funnel 81, and the bottom surface installation of the connector 82 is multiple described Nozzle 83, the nozzle 83 are connected to the water storage funnel 81, pass water through the atomization of the nozzle 83 and enter the interior of the cylinder 91 Portion.
Specifically, as shown in figure 3, a kind of indoor haze purification method of the present invention, the mixed organization 13 include Fixed cylinder 131, foam-rubber cushion 132, the first air outlet 133, the second air outlet 134 and fixed disk 135, the fixed disk 135 is in institute It states and engages the fixed disk 135 inside the top of cylinder 91, the top surface rotation connection section of the fixed disk 135 is " T " shaped The connector 82 facilitates the fixation of connector 82 described in A Jing and the fixed disk 135;Pacify the bottom surface of the fixed disk 135 Fill the fixed cylinder 131, the side walls of the fixed cylinder 131 connect the madial wall of the cylinder 91, wind from spiral shape be institute The blowout of air inlet pipe 92 is stated, the inclined inside for blowing to the fixed cylinder 131 makes the fixed cylinder 131 in the cylinder 91 Portion rotates, and the foam-rubber cushion 132 being interspersed is installed in the inside of the fixed cylinder 131, and fog is attached to the foam-rubber cushion 132 On, air keeps droplet and fine particle in air uniformly fast in the internal rotating of the foam-rubber cushion 132 and the fixed cylinder 131 Speed combines;The sidewall symmetry of the fixed cylinder 131 is equipped with second air outlet 134, and the sidewall symmetry of the cylinder 91 is equipped with First air outlet 133, first air outlet 133 are connected to second air outlet 134, second air outlet 134 with It the rotation of the fixed cylinder 131 to contact with first air outlet 133,131 inner air of the fixed cylinder is discharged.
Specifically, as shown in Figure 2 and Figure 5, a kind of indoor haze purification method of the present invention, first air outlet 133 are connected to the top of the cyclone separator 4, and the air inside the fixed cylinder 131 is made to enter the interior of the cyclone separator 4 Portion, the cyclone separator 4 are installed on the top surface of the water tank 112;The impurity removal mechanism 3 of 4 bottom end of the cyclone separator Including connecting plate 31, link block 32, surge drum 33 and ultrafiltration membrane mesh 34, the bottom end of the cyclone separator 4 is slidably connected institute Surge drum 33 is stated, air is rotated down inside the cyclone separator 4, makes the dust rapid precipitation in the water and in air Into the inside of the surge drum 33, ultrafiltration membrane mesh 34 described in the bottom inner portion of the surge drum 33 makes droplet pass through described Ultrafiltration membrane mesh 34 is again introduced into the inside of the water tank 112;The side wall of the surge drum 33 installs the connecting plate 31, described The link block 32 is installed in one end of connecting plate 31, and the link block 32 is slidably connected the babinet 6, the mobile link block 32, the surge drum 33 is taken out from the inside of the cyclone separator 4, the dust inside surge drum 33 described in easy cleaning.
Specifically, as shown in figures 1 to 6, a kind of indoor haze purification method of the present invention, the fixed mechanism 10 Including the first fixed link 101, fixed plate 102, the second fixed link 103 and spring 104, the side wall installation of the babinet 6 is described solid First fixed link 101 is installed in the bottom surface of fixed board 102, the fixed plate 102, and first fixed link 101 passes through the bullet Spring 104 connects second fixed link 103, and second fixed link 103 is facilitated to be slided from the inside of first fixed link 101 Go out, second fixed link 103 engages the link block 32, and the link block 32 is fixed on to the side wall of the babinet 6, is prevented Inside shaking of the surge drum 33 in the cyclone separator 4.
The present apparatus is accessed into power supply, suitable water is added to the inside of water tank 112 by water inlet 115, opens motor 21 With water pump 111, motor 21 drives flabellum 22 in the internal rotating of babinet 6, passes through baffle 131 to enter babinet 6 indoor air Inside, the water inside water tank 112 is pumped into the inside of storage hopper 81 by water pump 111, and water enters cylinder by the atomization of nozzle 83 91 inside.
(1) rotation of flabellum 22 blows air upwards, and wind passes through air inlet funnel 93 into the inside of air inlet pipe 92, into air It is rotated up in the inside of spiral air inlet pipe 92, from the inclined fixed cylinder blowed to inside cylinder 91 in one end of air inlet pipe 92 131 inside, wind drive fixed cylinder 131 in the inner rotation of cylinder 91, a part of fog in the inner rotation of fixed cylinder 131 It is attached to the inside of the foam-rubber cushion 132 inside fixed cylinder 131, is kept fixed the interior humidity of cylinder 131;Wind and fog are in fixed cylinder 131 inner rotation makes the droplet in fog be combined with the fine particle Quick uniform in wind, and fixed cylinder 131 rotates, and makes fixation Cylinder 131 side walls the second air outlet 134 cylinder 91 inner rotation, when the second air outlet 134 contact the first air outlet 133 When, wind passes through the second air outlet 134 and the first air outlet 133 to enter the inside of cyclone separator 4,91 bottom end of cylinder and water tank 112 connections make the water inside cylinder 91 flow into the inside of water tank 112.
(2) wind enters inside the top of cyclone separator 4, and wind is rotated down in the inside of cyclone separator 4, is made in wind Droplet and fine particle precipitation, water and fine particle fall on the inside of surge drum 33, and the air of removal of impurities is rotated up, from whirlwind point Top from device 4 is pierced by, and wind passes through the active carbon layer 5 being interspersed, active carbon layer 5 again to remove the impurity of wind, makes air Cleaning, clean air are discharged from exhaust outlet 7;Water and fine particle fall on 34 surface layer of ultrafiltration membrane mesh of 33 bottom end of surge drum, Water passes through ultrafiltration membrane mesh 34 to enter the inside of water tank 112, recycles water resource, dust falls on ultrafiltration membrane mesh 34.
(3) when needing to clear up 33 internal dust of surge drum, the second fixed link of upward sliding 103, compressed spring 104 makes the Two fixed links 103 slide into the inside of the first fixed link 101, and the second fixed link 103 and link block 32 is made to separate, outward extraction connection Link block 32 is connected surge drum 33 by block 32, and the movement of link block 32 extracts surge drum 33 in the inside of cyclone separator 4 out, clearly Manage surge drum 33 inside dust, after cleaning out, then by surge drum 33 slide-in cyclone separator 4 inside.
Humidifier 8 is installed on the top of the air inlet mechanism of the present invention, and humidifier 8 sprays fog and the fine grained in air Object combines, and increases the quality of fine particle, makes fine particle rapid precipitation.The inner rotation of air inlet mechanism 9 connects mixed organization 13, air and droplet are quickly rotated in the inside of mixed organization 13, make droplet rapidly and uniformly with the fine particle knot in air It closes.Cyclone separator 4, air and droplet are installed in the quickly rotation of 4 inside of cyclone separator in the side of air inlet mechanism 9, make air In fine particle and droplet precipitation fall into the inside of impurity removal mechanism 3, impurity removal mechanism 3 is slidably connected with cyclone separator 4, facilitates Impurity removal mechanism 3 is taken out from the inside of cyclone separator 4 and is cleared up.The bottom end of impurity removal mechanism 3 is connected to stocking mechanism 11, impurity removal mechanism Water inside 3 again flows into the inside of stocking mechanism 11 after filtering, then enters the air inlet mechanism 9 from stocking mechanism 11 Inside recycles water resource.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in the above embodiment and specification only illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in the scope of protection of present invention.The claimed scope of the invention is by appended claims and its equivalent Object defines.

Claims (9)

1. a kind of interior haze purification method, it is characterised in that:This method carries out the haze in air using haze purifier Removal, the haze purifier includes bottom plate (1), driving mechanism (2), impurity removal mechanism (3), cyclone separator (4), active carbon layer (5), babinet (6), exhaust outlet (7), humidifier (8), air inlet mechanism (9), fixed mechanism (10), stocking mechanism (11), blocking Mechanism (12) and mixed organization (13);The top surface of the bottom plate (1) is installed by the babinet (6), the bottom end side wall of the babinet (6) It is symmetrically installed the blocking mechanism (12), the bottom inner portion of the bottom plate (12) installs the driving mechanism (2);The babinet (6) side wall installs the stocking mechanism (11), and the air inlet mechanism (9) is installed in the top surface of the stocking mechanism (11), described Air inlet mechanism (9) is connected to the driving mechanism (2);The top of the air inlet mechanism (9) is fixedly connected with the humidifier (8), The humidifier (8) is connected to the stocking mechanism (11);The inner rotation of the stocking mechanism (11) connects the mixing machine Structure (13), the mixed organization (13) are rotatablely connected the humidifier (8);The mixed organization (13) is connected to the whirlwind point From device (4), the cyclone separator (4) is fixed on the inside of the babinet (6);It slides the bottom end of the cyclone separator (4) The impurity removal mechanism (3) is connected, the impurity removal mechanism (3) engages the fixed mechanism (10), and the impurity removal mechanism (3) is connected to The stocking mechanism (11);The active carbon layer (5), the top of the babinet (6) is arranged in the top alternate internal of the babinet (6) The exhaust outlet (7) is arranged in face;
The purification method includes the following steps:
Air is sent into air inlet mechanism (9) by S1, driving mechanism (2), humidifier (8) spray being located at the top of air inlet mechanism (9) Go out water mist to soak air;
S2, air enter mixed organization (13) after being soaked in S1, and water mist is quickly mixed with fine particle in mixed organization (13) It closes;
After S3, S2 terminate, air enters cyclone separator (4), and cyclone separator (4) is by the water mist and fine particle in air It is filtered;
The air of S4, S3 discharge enters active carbon layer (5), and active carbon layer (5) purifies air;
The water mist isolated in S5, S3 is detached with fine particle by impurity removal mechanism (3), and the water isolated is used for right in S1 The wetting of air.
2. a kind of indoor haze purification method according to claim 1, it is characterised in that:The blocking mechanism (12) includes The bottom end sidewall symmetry of baffle (121) and connection strap (122), the babinet (6) engages the baffle (121), the baffle (121) side wall installs the connection strap (122) that is equally spaced.
3. a kind of indoor haze purification method according to claim 2, it is characterised in that:The driving mechanism (2) includes The bottom inner portion of motor (21) and flabellum (22), the babinet (6) installs the motor (21), and the top surface of the motor (21) turns The dynamic connection flabellum (22), two baffles (121) are located at the flabellum (22) in approximately the same plane.
4. a kind of indoor haze purification method according to claim 3, it is characterised in that:The air inlet mechanism (9) includes The air inlet funnel (93) is arranged in the top of cylinder (91), air inlet pipe (92) and air inlet funnel (93), the flabellum (22), described The spiral air inlet pipe (92) is installed in the top surface of air inlet funnel (93), and the air inlet pipe (92) is located at the cylinder (91) It is internal.
5. a kind of indoor haze purification method according to claim 4, it is characterised in that:The stocking mechanism (11) includes Water pump (111), water tank (112), water pipe (113), graduation mark (114) and water inlet (115), the side wall installation of the babinet (6) Side wall is the water tank (112) of " L " shape, and the top of the water tank (112) is equipped with the water inlet (115), the water tank (112) side wall is equipped with the graduation mark (114);The top surface of the water tank (112) is connected to the cylinder (91), the water tank (112) water pump (111) is installed in inside, and the water pump (111) is connected to the water pipe (113).
6. a kind of indoor haze purification method according to claim 5, it is characterised in that:The humidifier (8) includes The water storage funnel (81) is installed in the top surface of water storage funnel (81), connector (82) and nozzle (83), the cylinder (91), described The side wall of water storage funnel (81) installs the water pipe (113), and the bottom end installation section of the water storage funnel (81) is " T " shaped institute Connector (82) is stated, multiple nozzles (83) are installed in the bottom surface of the connector (82), and the nozzle (83) is connected to the storage Hyponome (81).
7. a kind of indoor haze purification method according to claim 6, it is characterised in that:The mixed organization (13) includes Fixed cylinder (131), foam-rubber cushion (132), the first air outlet (133), the second air outlet (134) and fixed disk (135), the fixation Disk (135) engages the fixed disk (135), the top surface rotation of the fixed disk (135) inside the top of the cylinder (91) Connect the connector (82);The fixed cylinder (131) is installed in the bottom surface of the fixed disk (135), the fixed cylinder (131) Side walls connect the madial wall of the cylinder (91), and the sponge being interspersed is installed in the inside of the fixed cylinder (131) It pads (132);The sidewall symmetry of the fixed cylinder (131) is equipped with second air outlet (134), the side wall pair of the cylinder (91) Claim to be equipped with first air outlet (133), first air outlet (133) is connected to second air outlet (134).
8. a kind of indoor haze purification method according to claim 7, it is characterised in that:First air outlet (133) It is connected to the top of the cyclone separator (4), the cyclone separator (4) is installed on the top surface of the water tank (112);The rotation The impurity removal mechanism (3) of wind separator (4) bottom end includes connecting plate (31), link block (32), surge drum (33) and ultrafiltration membrane Strainer (34), the bottom end of the cyclone separator (4) are slidably connected the surge drum (33), in the bottom end of the surge drum (33) Ultrafiltration membrane mesh (34) described in portion;The side wall of the surge drum (33) installs the connecting plate (31), the connecting plate (31) The link block (32) is installed in one end, and the link block (32) is slidably connected the babinet (6).
9. a kind of indoor haze purification method according to claim 8, it is characterised in that:The fixed mechanism (10) includes First fixed link (101), fixed plate (102), the second fixed link (103) and spring (104), the side wall installation of the babinet (6) The bottom surface of the fixed plate (102), the fixed plate (102) is installed by first fixed link (101), first fixed link (101) second fixed link (103) is connected by the spring (104), second fixed link (103) engages the connection Block (32).
CN201810339934.6A 2018-04-16 2018-04-16 Indoor haze purification method Active CN108525450B (en)

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CN111939688A (en) * 2020-08-14 2020-11-17 浙江独山能源有限公司 PTA refining condensate recovery device
CN112090198A (en) * 2020-11-06 2020-12-18 烟台贝伦环保科技有限公司 Tail gas treatment equipment with ceramic membrane filtering capability

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CN112090198A (en) * 2020-11-06 2020-12-18 烟台贝伦环保科技有限公司 Tail gas treatment equipment with ceramic membrane filtering capability

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