CN205994900U - A kind of respiratory organ of adsorption cleaning - Google Patents
A kind of respiratory organ of adsorption cleaning Download PDFInfo
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- CN205994900U CN205994900U CN201621054362.XU CN201621054362U CN205994900U CN 205994900 U CN205994900 U CN 205994900U CN 201621054362 U CN201621054362 U CN 201621054362U CN 205994900 U CN205994900 U CN 205994900U
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Abstract
The utility model discloses a kind of respiratory organ of adsorption cleaning, including the main frame being sequentially connected, conduit and mask, described main frame includes host housing and is arranged at the air cleaner within host housing, high voltage package, panel, lithium battery, described conduit is coaxitron, including outer tube and inner tube, described air cleaner includes the first efficient absorption air cleaner, described first efficient absorption air cleaner is connected with outer tube or inner tube, described mask is provided with check valve, described check valve includes the first valve port connecting with outer tube and the second valve port connecting with inner tube, described first valve port and the second valve port are inverted each other.This utility model adopts efficient absorption air cleaner, need not change consumptive material, effectively reduces fan energy consumption, compact, is easy to carry, and in conjunction with coaxitron and air cleaner, makes exhaled gas also via air cleaner, reduces the risk of secondary pollution.
Description
Technical field
This utility model is related to technical field of dust removal equipment, more particularly, to a kind of based on principle of electric field efficiently just
The respiratory organ of the adsorption cleaning of the chargeable environmental protection of formula of taking.
Background technology
Air purifier is also called air cleaner, air cleaner, depurator, is to refer to absorption, decompose or convert
Various air pollutants（Generally comprise the finishing dirt of PM2.5, dust, pollen, abnormal flavour, formaldehyde etc, antibacterial, anaphylactogen etc.）,
Effectively improve the product of air cleanliness, be broadly divided into domestic, commercialization, industry, building etc..
There are multiple different technology and medium, it can provide a user with cleaning and the air of safety in air purifier.
Conventional air purifying process has：Adsorption technology, negative（Just）Ion technology, brittle technology, photocatalyst technology, superstructure light mineralising
Technology, HEPA high efficiency filter technology, electrostatic precipitation technology etc.；Material technology mainly has：Photocatalyst, activated carbon, synthetic fibers,
The efficient material of HEPA, anion generator etc..
Current air purifier is based on all kinds filter screen mostly, forces air through strainer filtering thus reaching sky
Gas purifies purpose, and generally requires relatively high power blower fan and its maintain higher rotation speed to reach certain degree of purification, energy
Consumption high noisy is big, and the gradually blocking with filter screen, purifying rate can be decreased obviously, and also frequently needs to change consumptive material.Secondly
Use is to be adsorbed and using highfield absorption principle although both can improve filter screen type air substantially using electrostatic principle
The shortcoming of depurator, but because the relatively low purifying rate of the absorption affinity of electrostatic is limited, and past in order to increase adsorption area in highfield
Very complicated toward overall structure, electrode process requirement is too high, and manufacturing cost remains high etc., so all can't popularize at present.
It is not very comfortable, stuffy for there is breathing in conjunction with current mask, and to haze, no any protective action, is used for multiple times, easily leads
Cause pollution or bacterium infection, unhygienic, easily cause respiratory system disease.Therefore, it is necessary to be directed to shortcoming of the prior art
Propose to improve.
Utility model content
This utility model is to overcome at least one not enough described in above-mentioned prior art, provides that a kind of structure is simple, purifies
The respiratory organ of the adsorption cleaning of portable rechargeable environment-friendly high-efficiency of rate height and purification continuous and effective.
In order to solve above-mentioned technical problem, this utility model adopts following technical proposals：
A kind of respiratory organ of adsorption cleaning, including the main frame being sequentially connected, conduit and mask, described main frame is included outside main frame
Shell and the air cleaner being arranged within host housing, high voltage package, panel, lithium battery, described conduit is coaxitron, bag
Include outer tube and inner tube, described air cleaner includes the first efficient absorption air cleaner, described first efficient absorption is empty
Air purifying apparatus are connected with outer tube or inner tube, and described mask is provided with check valve, and described check valve includes connecting with outer tube
One valve port and the second valve port connecting with inner tube, described first valve port and the second valve port are inverted each other.
In this utility model, the respiratory organ of adsorption cleaning is using Chinese utility model publication number CN105797853A, practical
Efficient absorption air cleaning dress disclosed in a kind of entitled efficient absorption air cleaner of new creation and air purifier
Put, its composition includes corona module and main dust collection module, and described corona module is arranged on main dust collection module and both are mutually solid
Fixed, described corona module is provided with corona discharge electrode, described corona extremely tinsel, and described main dust collection module is provided with dust collecting electrode, institute
State dust extremely polylith energising pole plate side by side and separately, described tinsel is located between energising pole plate, also includes and main collection
The secondary dust collection module that dirt module combines, described pair dust collection module is provided with secondary dust collecting electrode, and it is non-that described pair dust collecting electrode includes polylith
Energising induction plate, described non-energized induction plate is arranged in the space between energising pole plate.Respiratory organ of the present utility model
By this technological means realize dredge and not block up, loose but never miss continuing purge effect it is not necessary to change consumptive material, ensure dedusting effect
The energy consumption of blower fan is significantly reduced on the premise of fruit.Conduit makes coaxitron by medical care level silica gel material, attractive and durable.Set on mask
Have check valve, outer tube and inner tube to be respectively communicated with the first valve port, the second valve port, gas can only in outer tube or inner tube one-way flow,
It is prevented effectively from gas backstreaming, assume the annularly flow of gas it is ensured that wearer's smooth breathing is not felt suffocated in mask intracavity.Built-in can
Charged polymer lithium battery, as power supply source, can repeatedly use.
In order to reduce the risk of secondary pollution, described air cleaner also includes the second efficient absorption air cleaning dress
Put, described first efficient absorption air cleaner and the second efficient absorption air cleaner are inverted each other, described first is high
Effect absorption air cleaner is connected with outer tube, and described second efficient absorption air cleaner is connected with inner tube.The gas sucking
Body sequentially passes through in the first efficient absorption air cleaner, outer tube and the first valve port inlet port cover chamber, and the gas of exhalation is from mouth
Sequentially pass through the second valve port, inner tube and the second efficient absorption air cleaner in cover chamber and be discharged to the external world, the gas of exhalation
Through air cleaner, effectively reduce secondary pollution.Further, since the nose of the relatively close people in position in mask for the conduit
Son, relative to the second valve port near nose, from nasal cavity, the gas of exhalation has of a relatively high temperature to the first valve port, and the gas of heat
The density of the relatively cool gas of the density of body is little and carbon dioxide molal weight that breathe out is less than the average molar mass of air,
Make exhaled gas tend to run toward top, the second valve port, inner tube, the second efficient absorption air cleaner are led to as aerofluxuss
Road, the first efficient absorption air cleaner, outer tube, the first valve port, as inlet channel, are conducive to the air through purifying fast
Speed adds to mask intracavity, so that wearer is breathed more smoothly.
In order to improve adsorption area and purifying rate, described first efficient absorption air cleaner includes stacking successively and phase
The mutually secondary dust collection module of the first fixing corona module, the first main dust collection module and first, described second efficient absorption air cleaning
Device includes the second corona module, the second main dust collection module and the second secondary dust collection module stacking successively and interfixing.
In order to avoid the gas in outer tube and inner tube is mutually altered logical, described host housing includes upper shell, lower house and connects
Epicranial plate, described upper shell is fixedly connected with lower house, and described conduit is connected with upper shell, and described joint cover plate is arranged at upper casing
Internal portion is simultaneously fixedly connected with upper shell, forms gas held space, described first efficient absorption air cleaning dress between the two
Put and be arranged on below joint cover plate with the second efficient absorption air cleaner, described joint cover plate is provided with and the first efficient absorption
The first through hole of air cleaner connection and the second through hole connecting with the second efficient absorption air cleaner.Inner tube is direct
Connect the second efficient absorption air cleaner, and outer tube is ring section passage it is difficult to directly connect the first efficient absorption sky
Air purifying apparatus, the gas held space being formed hence with joint cover plate and upper shell, as zone of transition, efficiently separates suction
Enter and exhaled gas.
For convenience of conduit disassembly, cleaning, described upper shell is provided with third through-hole, and described third through-hole is coaxial with the second through hole
Setting, described main frame is connected by joint with conduit, and described joint includes the first extension tube attached and the first inner connecting tube, outside described first
Adapter be coaxially disposed with the first inner connecting tube, described first extension tube attached upper end is connected with outer tube, lower end be connected with third through-hole and with
Gas held space connects, and described first inner connecting tube upper end is connected with inner tube, and lower end is connected with the second through hole.Clean or deposit
When, conduit can be unloaded from joint, not only facilitate cleaning but also receiving space can be saved.
For convenience joint disassembly cleaning is avoided the gas in outer tube or the gas in inner tube from the first inner connecting tube simultaneously
With scurry into inner tube or gas held space in the seam of the second through hole, described first extension tube attached pass through third through-hole, described first
Extension tube attached lower surface and the first inner connecting tube lower surface are connected with each other and are plugged in the second through hole, and the side wall of described first extension tube attached sets
Some fourth holes being completely in gas held space are had so that the first extension tube attached is connected with gas held space.
In order to be accurately positioned joint, preferably avoid the gas in outer tube or the gas in inner tube from the first extension tube attached simultaneously
Inner tube or gas held space is scurried into, the bottom of described first extension tube attached is hollow ball in lower surface and the seam of the second through hole
Body, the top of described first extension tube attached passes through third through-hole, and the bottom of described first extension tube attached is that hollow ball is arranged at gas
In receiving space and form linear contact lay with the second through hole, third through-hole respectively to be connected, it is external that described fourth hole is arranged at first
The bottom of pipe is on the side wall of hollow ball.
For convenience of conduit disassembly, cleaning, described mask is provided with the second extension tube attached being connected with outer tube and is connected with inner tube
Second inner connecting tube, described check valve is arranged at the second extension tube attached and the second inner connecting tube upper end, outside described first valve port connection second
Adapter, described second valve port connects the second inner connecting tube.When cleaning or depositing, can be by the outer tube of conduit and inner tube respectively from second
Unload on adapter and the second inner connecting tube, not only facilitated cleaning but also receiving space can be saved.
Described first valve port includes fifth hole, the first flap position-limit mechanism being arranged on fifth hole center and is set in
The first catch on first flap position-limit mechanism, the position that described first flap position-limit mechanism is connected with fifth hole has sphere
Depression, described second valve port includes clematis stem hole, the second flap position-limit mechanism being arranged on clematis stem hole center and is set in the
The second catch on two flap position-limit mechanisms, it is recessed that the position that described second flap position-limit mechanism is connected with clematis stem hole has sphere
Fall into, the centre-to-centre spacing of described first valve port and the second valve port is more than the radius sum of the first valve port and the second valve port.Gas is from the 5th
In inlet port cover chamber in the crack of through hole and the first catch, the gas of mask intracavity makes it tightly attach the pressure of the first catch
The spherical depression at the position that described first flap position-limit mechanism is connected with fifth hole leads to the gas in mask cannot be by the
One valve port enters outer tube, and in the same manner, the gas in mask can enter inner tube by the second valve port and the gas in inner tube cannot
Mask is entered by the second valve port, therefore at the first valve port respectively, the second valve port, forms draught head, promote mask intracavity gas
Annularly flow, keep mask inner air quality, to the good use feeling of wearer.
In order to be effectively isolated exhalation and suck gas, it is all provided with the cooperation between each spare and accessory parts of respiratory organ of described adsorption cleaning
There is sealing ring, make the air purifying by the first efficient absorption air cleaner in laggard inlet shroud keep clean, thoroughly arrange
Except exhaled gas.
This utility model has the advantages that compared with prior art：
1. the air cleaner in this utility model is using disclosed in Chinese utility model publication number CN105797853A
Efficient absorption air cleaner, this utility model is based on principle of electric field, need not change consumptive material, reduce the energy consumption of blower fan, knot
Structure is simple, small volume.
2. conduit is to make coaxitron by medical care level silica gel material, more aesthetically pleasing, more effectively separates exhalation and sucks gas.
3. conduit is connected with main frame, mask by joint, the second extension tube attached, the second inner connecting tube, easy to disassemble, and then convenient
Daily cleaning and maintenance, dismounting storage is more beneficial for saving receiving space.
4. suck with the gas breathing out all via air cleaner, effectively reduce the risk of secondary pollution.
5. it is equipped with sealing ring at the cooperation between each spare and accessory parts of this utility model, make by the first efficient absorption air cleaning
The air that device purifies in laggard inlet shroud keeps clean, thoroughly excludes exhaled gas.More there are the first extension tube attached and third through-hole
Form linear contact lay, connecting seat and the second through hole form linear contact lay, not only improve and be accurately positioned, and so that it is sealed with sealing ring cooperation again
Effect is more good.
Brief description
Fig. 1 is the explosive view of the respiratory organ of adsorption cleaning；
Fig. 2 is the explosive view of main frame；
Fig. 3 is the sectional view of the respiratory organ of breath purifying；
Fig. 4 is the gas flow schematic diagram of the respiratory organ of adsorption cleaning；
Fig. 5 is the explosive view of air cleaner；
Fig. 6 is the partial enlarged drawing of main frame and conduit；
Fig. 7 is the enlarged drawing of joint；
Fig. 8 is the exploded enlarged drawing of mask and conduit.
Description of reference numerals：Main frame 100, host housing 110, upper shell 111, third through-hole 1111, lower house 112, connect
Epicranial plate 113, first through hole 1131, the second through hole 1132, gas held space 114, air cleaner 120, first is efficient
Absorption air cleaner 121, the first corona module 1211, the first main dust collection module 1212, the first secondary dust collection module 1213, the
Two efficient absorption air cleaners 122, the second corona module 1221, the second main dust collection module 1222, the second secondary dust collection module
1223, high voltage package 130, panel 140, lithium battery 150, joint 160, the first extension tube attached 161, the first inner connecting tube 162, four-way
Hole 163, conduit 200, outer tube 210, inner tube 220, mask 300, check valve 310, the first valve port 311, fifth hole 3111, first
Flap position-limit mechanism 3112, the first catch 3113, the second valve port 312, clematis stem hole 3121, the second flap position-limit mechanism 3122,
Second catch 3123, the second extension tube attached 320, the second inner connecting tube 330, sealing ring 400.
Specific embodiment
Being for illustration only property of accompanying drawing illustrates it is impossible to be interpreted as to restriction of the present utility model；In order to this enforcement is more preferably described
Example, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product；For those skilled in the art
For, some known features and its explanation in accompanying drawing may be omitted and be will be understood by；Described in accompanying drawing, position relationship is used for
Being for illustration only property illustrates it is impossible to be interpreted as to restriction of the present utility model.With reference to specific embodiment to this utility model
It is described in further details.
As shown in Fig. 1 ~ 3, a kind of respiratory organ of adsorption cleaning, including the main frame 100 being sequentially connected, conduit 200 and mask
300, described main frame includes host housing 110 and the air cleaner 120 being arranged within host housing 110, high voltage package
130th, panel 140, lithium battery 150, described conduit 200 is coaxitron, including outer tube 210 and inner tube 220, described air cleaning
Device includes the first efficient absorption air cleaner 121 and the second efficient absorption air cleaner 122, and described first is efficient
Absorption air cleaner 121 is inverted each other with the second efficient absorption air cleaner 122, described first efficient absorption air
Purifier 121 is connected with outer tube 210, and described second efficient absorption air cleaner 122 is connected with inner tube 220.Described mouth
Cover 300 is provided with check valve 310, and described check valve 310 is included the first valve port 311 being connected with outer tube 210 and connected with inner tube 220
The second logical valve port 312, described first valve port 311 and the second valve port 312 are inverted each other.
In the present embodiment, the respiratory organ of adsorption cleaning is using Chinese utility model publication number CN105797853A, practical new
The efficient absorption air cleaner disclosed in a kind of entitled efficient absorption air cleaner and air purifier created by type,
Its composition includes corona module and main dust collection module, and described corona module is arranged on main dust collection module and both interfix,
Described corona module is provided with corona discharge electrode, described corona extremely tinsel, and described main dust collection module is provided with dust collecting electrode, described collection
Dirt extremely polylith energising pole plate side by side and separately, described tinsel is located between energising pole plate, also includes and main dust mould
The secondary dust collection module that block combines, described pair dust collection module is provided with secondary dust collecting electrode, and it is non-energized that described pair dust collecting electrode includes polylith
Induction plate, described non-energized induction plate is arranged in the space between energising pole plate.The respiratory organ of the present embodiment passes through should
Technological means realize dredge and not block up, loose but never miss continuing purge effect it is not necessary to change consumptive material, ensure dust removing effects before
Put the energy consumption significantly reducing blower fan.Conduit makes coaxitron by medical care level silica gel material, attractive and durable.Outer tube 210 and inner tube
220 are respectively communicated with the first valve port 311, the second valve port 312, gas can only in outer tube 210 or inner tube 220 one-way flow, effectively
Avoid gas backstreaming, assume the annularly flow of gas it is ensured that wearer's smooth breathing is not felt suffocated in mask intracavity.Built-in chargeable
Poly-lithium battery 150, as power supply source, can repeatedly use.
In order to reduce the risk of secondary pollution, described air cleaner includes the first efficient absorption air cleaner
121 and the second efficient absorption air cleaner 122.The gas sucking sequentially passes through the first efficient absorption air cleaner
121st, in outer tube 210 and the first valve port 311 inlet port cover chamber, the gas of exhalation from mask intracavity sequentially pass through the second valve port 312,
Inner tube 220 and the second efficient absorption air cleaner 122 are discharged to the external world, and the gas of exhalation also passes through air cleaner
120, effectively reduce secondary pollution.As shown in figure 4, due to conduit the relatively close people in the position in mask nose, the first valve
Near nose, from nasal cavity, the gas of exhalation has of a relatively high temperature to mouth 311 second valve ports 312 relatively, and the gas of heat
The relatively cool gas of density density is little and also carbon dioxide molal weight that breathe out is less than the average molar mass of air, make
Exhaled gas tend to toward top run, using the second valve port 312, inner tube 220, the second efficient absorption air cleaner 122 as
Exhaust passage, the first efficient absorption air cleaner 121, outer tube 210, the first valve port 311 as inlet channel, be conducive to through
Cross the air purifying and quickly add to mask intracavity, so that wearer is breathed more smoothly.
As shown in figure 5, in order to improve adsorption area and purifying rate, described first efficient absorption air cleaner 121 wraps
Include the first corona module 1211, the first main dust collection module 1212 and the first secondary dust collection module stacking successively and interfixing
1213, the second corona module 1221 that described second efficient absorption air cleaner 122 includes stacking successively and interfix,
Second main dust collection module 1222 and the second secondary dust collection module 1223.
As shown in fig. 6, in order to avoid the gas in outer tube 210 and inner tube 220 is mutually altered logical, described host housing 110 wraps
Include upper shell 111, lower house 112 and joint cover plate 113, described upper shell 111 is fixedly connected with lower house 112, described conduit
200 are connected with upper shell 111, and described joint cover plate 113 is arranged at upper shell 111 inside and is fixedly connected with upper shell 111, two
Form gas held space 114, described first efficient absorption air cleaner 121 and the second efficient absorption air are net between person
Gasifying device 122 is arranged on below joint cover plate 113, and described joint cover plate 113 is provided with and the first efficient absorption air cleaner
The first through hole 1131 of 121 connections and the second through hole 1132 connecting with the second efficient absorption air cleaner 122.Inner tube
220 directly connect the second efficient absorption air cleaner 122, and outer tube 210 is ring section passage it is difficult to directly connection the
One efficient absorption air cleaner 121, the gas held space 114 being formed with upper shell 111 hence with joint cover plate 113
As zone of transition, efficiently separate suction and exhaled gas.
As shown in fig. 7, for convenience of conduit disassembly, cleaning, described upper shell is provided with third through-hole 1111, described third through-hole
1111 are coaxially disposed with the second through hole 1132, and described main frame 100 is connected by joint 160 with conduit 200, and described joint 160 wraps
Include the first extension tube attached 161 and the first inner connecting tube 162, described first extension tube attached 161 and the first inner connecting tube 162 are coaxially disposed, described
First extension tube attached 161 upper end is connected with outer tube 210, and lower end is connected with third through-hole 1111 and is connected with gas held space 114,
Described first inner connecting tube 162 upper end is connected with inner tube 220, and lower end is connected with the second through hole 1132.When cleaning or depositing, can will lead
Pipe 200 unloads from joint 160, has not only facilitated cleaning but also can save receiving space.
For convenience joint 160 disassembly, cleaning are avoided the gas in outer tube 210 or the gas in inner tube 220 from simultaneously
Inner tube or gas held space is scurried into, described first extension tube attached 161 passes through in the seam of one inner connecting tube 161 and the second through hole 1132
Third through-hole 1111, described first extension tube attached 161 lower surface and the first inner connecting tube 162 lower surface are connected with each other and are plugged in second
Through hole 1132, the side wall of described first extension tube attached 161 is provided with some fourth holes being completely in gas held space 114
163 make the first extension tube attached 161 connect with gas held space 114.
In order to be accurately positioned joint 160, preferably avoid simultaneously the gas in outer tube 210 or the gas in inner tube 220 from
Inner tube or gas held space is scurried into, described first is external in first extension tube attached 161 lower surface and the seam of the second through hole 1132
The bottom of pipe 161 is hollow ball, and the top of described first extension tube attached 161 passes through third through-hole 1111, described first extension tube attached
161 bottom be hollow ball be arranged in gas held space 114 and respectively with the second through hole 1132, third through-hole 1111 shape
Linear contact lay is become to connect, the bottom that described fourth hole 163 is arranged at the first extension tube attached 161 is 161 on the side wall of hollow ball.
As shown in figure 8, for convenience of conduit 200 disassembly, cleaning, described mask 300 is provided with second being connected with outer tube 210
Extension tube attached 320 and the second inner connecting tube 330 being connected with inner tube, described check valve 310 is arranged in the second extension tube attached 320 and second
Adapter 330 upper end, described first valve port 311 connects the second extension tube attached 320, and described second valve port 312 connects the second inner connecting tube
330.When cleaning or depositing, can be by the outer tube 210 of conduit 200 and inner tube 220 respectively from the second extension tube attached 320 and the second inner connecting tube
Unload on 330, not only facilitated cleaning but also receiving space can be saved.
Described first valve port 311 includes fifth hole 3111, is arranged on the first flap position-limit mechanism at fifth hole center
3112 lead to the first catch 3113 being set on the first flap position-limit mechanism, described first flap position-limit mechanism 3112 and the 5th
The position that hole 3111 connects has spherical depression, and described second valve port 312 includes clematis stem hole 3121, is arranged in clematis stem hole
Second flap position-limit mechanism 3122 of the heart and the second catch 3123 being set on the second flap position-limit mechanism, described second flap
The position that position-limit mechanism 3122 is connected with clematis stem hole 3121 has spherical depression, described first valve port 311 and the second valve port 312
Centre-to-centre spacing be more than the radius sum of the first valve port 311 and the second valve port 312.Gas is from fifth hole 3111 and the first catch
Mask 300 intracavity is entered, the gas of mask 300 intracavity makes it tightly attach the pressure of the first catch 3113 in 3113 crack
The spherical depression of described first flap position-limit mechanism 3112 and fifth hole 3111 connecting portion leads to gas in mask 300 no
Method enters outer tube 210 by the first valve port 311, and in the same manner, the gas in mask 300 can enter inner tube by the second valve port 312
220 and the gas in inner tube 220 cannot enter mask 300 by the second valve port 312, therefore respectively the first valve port 311, the
Form draught head at two valve ports 312, promote the annularly flow of mask intracavity gas, keep the quality of mask 300 inner air, give
The good use feeling of wearer.
In order to be effectively isolated exhalation and suck gas, it is all provided with the cooperation between each spare and accessory parts of respiratory organ of described adsorption cleaning
There is sealing ring 400, make the air purifying by the first efficient absorption air cleaner 121 in laggard inlet shroud 300 keep clean
Only, exhaled gas are thoroughly excluded.
Obviously, above-described embodiment of the present utility model is only intended to clearly illustrate this utility model example, and
It is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, in described above
On the basis of can also make other changes in different forms.There is no need to give to all of embodiment
Exhaustive.All any modification, equivalent and improvement made within spirit of the present utility model and principle etc., should be included in
Within this utility model scope of the claims.
Claims (10)
1. a kind of respiratory organ of adsorption cleaning, including the main frame being sequentially connected, conduit and mask, described main frame includes host housing
With the air cleaner being arranged within host housing, high voltage package, panel, lithium battery it is characterised in that described conduit is
Coaxitron, including outer tube and inner tube, described air cleaner includes the first efficient absorption air cleaner, and described first is high
Effect absorption air cleaner is connected with outer tube or inner tube, and described mask is provided with check valve, and described check valve includes and outer tube
First valve port of connection and the second valve port connecting with inner tube, described first valve port and the second valve port are inverted each other.
2. the respiratory organ of adsorption cleaning according to claim 1 is it is characterised in that described air cleaner also includes
Two efficient absorption air cleaners, described first efficient absorption air cleaner and the second efficient absorption air cleaner
It is inverted each other, described first efficient absorption air cleaner is connected with outer tube, described second efficient absorption air cleaner
Connect with inner tube.
3. the respiratory organ of adsorption cleaning according to claim 2 is it is characterised in that described first efficient absorption air cleaning
Device includes the first corona module, the first main dust collection module and the first secondary dust collection module stacking successively and interfixing, described
The second corona module that second efficient absorption air cleaner includes stacking successively and interfix, the second main dust collection module and
Second secondary dust collection module.
4. adsorption cleaning according to claim 3 respiratory organ it is characterised in that described host housing include upper shell,
Lower house and joint cover plate, described upper shell is fixedly connected with lower house, and described conduit is connected with upper shell, described joint cover plate
It is arranged at upper shell inside and is fixedly connected with upper shell, form gas held space, described first efficient absorption between the two
Air cleaner and the second efficient absorption air cleaner are arranged on below joint cover plate, and described joint cover plate is provided with and the
The first through hole of one efficient absorption air cleaner connection and connect with the second efficient absorption air cleaner second logical
Hole.
5. the respiratory organ of adsorption cleaning according to claim 4 is it is characterised in that described upper shell is provided with third through-hole,
Described third through-hole is coaxially disposed with the second through hole, and described main frame is connected by joint with conduit, and described joint is included outside first
Adapter and the first inner connecting tube, described first extension tube attached and the first inner connecting tube be coaxially disposed, described first extension tube attached upper end and outer tube
Connect, lower end is connected with third through-hole and is connected with gas held space, and described first inner connecting tube upper end is connected with inner tube, lower end
Connect with the second through hole.
6. the respiratory organ of adsorption cleaning according to claim 5 is it is characterised in that described first extension tube attached passes through threeway
Hole, described first extension tube attached lower surface and the first inner connecting tube lower surface are connected with each other and are plugged in the second through hole, outside described first
The side wall of adapter is provided with some fourth holes being completely in gas held space and makes the first extension tube attached and gas held space
Connection.
7. the respiratory organ of adsorption cleaning according to claim 6 is it is characterised in that the bottom of described first extension tube attached is sky
Bulbus cordis body, the top of described first extension tube attached passes through third through-hole, and the bottom of described first extension tube attached is that hollow ball is arranged at
In gas held space and form linear contact lay with the second through hole, third through-hole respectively to be connected, described fourth hole is arranged at first
The bottom of extension tube attached is on the side wall of hollow ball.
8. the respiratory organ of adsorption cleaning according to claim 7 is it is characterised in that described mask is provided with and is connected with outer tube
The second extension tube attached and the second inner connecting tube being connected with inner tube, described second extension tube attached and the second inner connecting tube are coaxially disposed, described
Check valve is arranged at the second extension tube attached and the second inner connecting tube upper end, and described first valve port connects the second extension tube attached, described second valve
Mouth connection the second inner connecting tube.
9. adsorption cleaning according to claim 8 respiratory organ it is characterised in that described first valve port include the 5th lead to
Hole, the first flap position-limit mechanism being arranged on fifth hole center and the first catch being set on the first flap position-limit mechanism,
The position that described first flap position-limit mechanism is connected with fifth hole has spherical depression, and described second valve port includes clematis stem
Hole, the second flap position-limit mechanism being arranged on clematis stem hole center and the second catch being set on the second flap position-limit mechanism,
The position that described second flap position-limit mechanism is connected with clematis stem hole has a spherical depression, described first valve port and the second valve port
Centre-to-centre spacing is more than the radius sum of the first valve port and the second valve port.
10. the respiratory organ of adsorption cleaning according to claim 9 is it is characterised in that the respiratory organ of described adsorption cleaning is each
It is equipped with sealing ring at cooperation between spare and accessory parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621054362.XU CN205994900U (en) | 2016-09-14 | 2016-09-14 | A kind of respiratory organ of adsorption cleaning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621054362.XU CN205994900U (en) | 2016-09-14 | 2016-09-14 | A kind of respiratory organ of adsorption cleaning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205994900U true CN205994900U (en) | 2017-03-08 |
Family
ID=58193535
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621054362.XU Active CN205994900U (en) | 2016-09-14 | 2016-09-14 | A kind of respiratory organ of adsorption cleaning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205994900U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106178304A (en) * | 2016-09-14 | 2016-12-07 | 佛山市顺德区拓维电器有限公司 | A kind of respiratory organ of adsorption cleaning |
| CN112807571A (en) * | 2020-12-31 | 2021-05-18 | 湖北明尔康卫生防护用品有限公司 | Mask manufacturing process and mask |
-
2016
- 2016-09-14 CN CN201621054362.XU patent/CN205994900U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106178304A (en) * | 2016-09-14 | 2016-12-07 | 佛山市顺德区拓维电器有限公司 | A kind of respiratory organ of adsorption cleaning |
| CN112807571A (en) * | 2020-12-31 | 2021-05-18 | 湖北明尔康卫生防护用品有限公司 | Mask manufacturing process and mask |
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