CN205515838U - Atomizing cup external member and compression atomizer - Google Patents
Atomizing cup external member and compression atomizer Download PDFInfo
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- CN205515838U CN205515838U CN201620114185.3U CN201620114185U CN205515838U CN 205515838 U CN205515838 U CN 205515838U CN 201620114185 U CN201620114185 U CN 201620114185U CN 205515838 U CN205515838 U CN 205515838U
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Abstract
The application discloses atomizing cup external member and compression atomizer, this atomizing cup external member includes that compressed air channels into the passageway, stock solution storehouse, imbibition piece and aerosol passageway. This imbibition piece has the imbibition passageway, and the imbibition passageway is the independent pore that forms on the imbibition piece, and the imbibition passageway has inlet and liquid outlet, inlet and stock solution storehouse intercommunication, the play liquid zone territory of liquid outlet and the regional crossing atomizing region that forms of giving vent to anger of gas vent. The aerosol discharge port that the aerosol passageway has the aerosol entry and is used for and is difficult to articulate and feeds through, the aerosol entry communicates with each other with the region that atomizes to make the regional aerosol that forms of atomizing discharge from the aerosol passageway. This atomizing cup external member has independent imbibition passageway, need not to constitute the imbibition passageway jointly with other part, and this imbibition passageway comprises two different parts, does not consequently exist because two different parts cooperate well and arouse that the imbibition passageway is difficult to form the life scheduling problem of failing, shorten the atomizing cup even.
Description
Technical field
The application relates to a kind of nebulizer, especially relates to the atomizing cup external member structure in nebulizer.
Background technology
Compression atomizer belongs to the one of nebulizer, and it has convenience, no pain, evident in efficacy, medicine
The advantages such as side effect is little.This product utilization compressor is sprayed one powerful air-flow of air boil down to by puff prot
Out the liquid in impulse liquid medicine cup, gasifies its liquid medicine, then is sucked for mouth and nose by fog outlet ejection, due to
Medicine mist fine particles, is deep into lung, a blood capillary position easily by breathing, and dosage is few, be suitable for
Human body directly absorbs.
Wherein, atomizing cup external member is a vitals of compression atomizer, and it connects with nebulizer main frame,
Compressed air is inputted by main frame.Storing liquid in atomizing cup external member, liquid is clashed into shape by compressed air simultaneously
Become aerosol, finally discharged by aerosol outlet.
In existing atomizing cup external member, imbibition passage all passes through the periphery of imbibition passage component covering air leading-in conduit
Face, is formed imbibition passage by imbibition passage component and two splits of air leading-in conduit.But, air leading-in conduit and
Imbibition passage component is two different parts, owing to manufacturing reason, such as foozle or the plastic cement of plastic mould
The part error that molding causes；Or due to atomizing cup in use, it is often necessary to carry out boiling water sterilization,
The reasons such as parts are the most aging and two components aging degree are inconsistent, thus cause cooperation bad, cause inhaling
Liquid passage is difficult to be formed even failed, and final result is to be made up of the atomization of imbibition passage two different parts
The service life of cup shortens.
Summary of the invention
The application provides a kind of novel atomizing cup external member and uses the compression atomizer of this external member
The atomizing cup external member that the application provides, including:
Compressed air introduction channel, described compressed air channel has the air inlet for connecting with nebulizer body
Mouth and the air vent discharged for compressed air；
Containing liquid chamber, described containing liquid chamber is used for storing liquid；
Imbibition part, described imbibition part has imbibition passage, and described imbibition passage is for being independently formed on imbibition part
Duct, and described imbibition passage has inlet and liquid outlet, and described inlet connects with containing liquid chamber, institute
The region of giving vent to anger going out territory, liquid zone and air vent stating liquid outlet is crossed to form nebulization region；
And aerosol passage, described aerosol passage have aerosol entrance with for the gas connected of being difficult to articulate
Colloidal sol outlet, described aerosol entrance communicates with nebulization region.
As the further improvement of described atomizing cup external member, including cup and aerosol passage component, described gas
Colloidal sol passage is through to be arranged in aerosol passage component, and described aerosol passage component covers on cup,
And be directly or indirectly fixedly connected with cup, described containing liquid chamber, imbibition part and compressed air introduction channel are arranged
In the cavity that cup and aerosol passage component are formed.
As the further improvement of described atomizing cup external member, described cup have the first cylindrical portion and with first
The air leading-in conduit that shape portion is fixedly connected, equipped with nozzle on described air leading-in conduit, described air inlet is arranged on
On air leading-in conduit, described air vent is arranged on nozzle, and described air inlet is by leading in air leading-in conduit
Road connects with the air vent on nozzle, and described air leading-in conduit forms compressed air introduction channel together with nozzle.
As the further improvement of described atomizing cup external member, described cup have the first cylindrical portion and with first
The air leading-in conduit that shape portion is fixedly connected, described imbibition part also includes that spray nozzle part, described spray nozzle part have aerofluxus
Mouthful, described spray nozzle part is arranged on air leading-in conduit；Described air inlet is arranged on air leading-in conduit, described
Air inlet is connected with the air vent on spray nozzle part by the passage in air leading-in conduit, described air leading-in conduit with
Spray nozzle part forms compressed air introduction channel together.
As the further improvement of described atomizing cup external member, described cup have the first cylindrical portion and with first
The imbibition passage fixture that shape portion is fixedly connected, described compressed air introduction channel is independently disposed on imbibition part,
Described imbibition part is arranged on imbibition passage fixture.
As the further improvement of described atomizing cup external member, described imbibition passage fixture has fixing hole, institute
Stating imbibition part to have and the air leading-in conduit of fixing hole pairing, described compressed air introduction channel runs through and is arranged on
On air leading-in conduit, described air leading-in conduit is arranged in fixing hole, and air leading-in conduit arranges air inlet
One end is stretched out in fixing hole.
As the further improvement of described atomizing cup external member, described imbibition part two ends are respectively by cup and aerosol
Passage component is directly or indirectly fixedly clamped, and described imbibition part has and squeezed by cup and aerosol passage component
Elastically-deformable elastic construction is produced during pressure.
As the further improvement of described atomizing cup external member, described cup includes air leading-in conduit, described imbibition
Part has resilient installation portion and elastic Handheld Division, and described installation portion is arranged on air leading-in conduit, described
Handheld Division by the aerosol passage component of top directly or indirectly downwardly against.
As the further improvement of described atomizing cup external member, described imbibition passage includes the first suction being vertically arranged
Liquid passage and the second imbibition passage stretched out to side from the first imbibition passage upper end, described inlet is positioned at
The lower end of one imbibition passage, described liquid outlet is positioned at the second imbibition passage one end away from the first imbibition passage.
As the further improvement of described atomizing cup external member, described cup has the first cylindrical portion, and described first
The middle part of cylindrical portion arranges air leading-in conduit or imbibition passage fixture, described first cylindrical portion inwall and air
Extend between ingress pipe or imbibition passage fixture and form wall extension, described air leading-in conduit or imbibition passage admittedly
The outer wall of locking member, the inwall of the first cylindrical portion and wall extension form described containing liquid chamber.
As the further improvement of described atomizing cup external member, also include particle sizing parts, described particle sizing
Parts include cylinder and the central axle portion being arranged in cylinder, and described central axle portion arranges some blades, institute
Stating particle sizing parts to be arranged on and include between aerosol passage component and imbibition part, its upper end abuts aerosol
Passage component, its lower end abuts imbibition part, and the passage lower inlet of described cylinder is arranged towards nebulization region,
The passage upper end outlet of described cylinder communicates with aerosol outlet.
The compression atomizer that the application provides, including:
Nebulizer body, it has for sending compressed-air actuated compressor；
Compressed air hose portion, it imports the compressed air sent from described compressor；
And the atomizing cup external member as described in above-mentioned any one, it is connected with described compressed air hose portion, and
Generate aerosol.
The application provides the benefit that:
Atomizing cup external member provided herein includes compressed air introduction channel, containing liquid chamber, imbibition part and
Aerosol passage.This imbibition part has imbibition passage, and imbibition passage is the duct being independently formed on imbibition part,
And imbibition passage has inlet and liquid outlet, inlet connects with containing liquid chamber, liquid outlet go out territory, liquid zone with
The region of giving vent to anger of air vent is crossed to form nebulization region.Aerosol passage have aerosol entrance and for sting
The aerosol outlet of mouth connection, aerosol entrance communicates with nebulization region, so that what nebulization region was formed
Aerosol is discharged from aerosol passage.This atomizing cup external member has independent imbibition passage, it is not necessary to other portion
Part collectively forms imbibition passage, and this imbibition passage is not to be made up of two different parts, the most do not exist due to
Two different parts coordinate bad and cause imbibition passage to be difficult to form even failed, to shorten atomizing cup use
The problems such as life-span.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of nebulizer in the first embodiment.
Fig. 2 is the axonometric chart of atomizing cup external member in the first embodiment.
Fig. 3 is the exploded perspective view of the state of atomizing cup external member in the first embodiment.
Fig. 4 is the view sub-anatomy of the state of atomizing cup external member in the first embodiment.
Fig. 5 is the direction of arrow sectional view of V-V line along Fig. 2.
Fig. 6 is the axonometric chart of the imbibition passage component used in the atomizing cup external member of the first embodiment.
Fig. 7 is sectional block diagram time in imbibition passage component is contained in cup in the first embodiment.
Fig. 8 is the direction of arrow sectional view of XI-XI line along Fig. 7.
Fig. 9 is the axonometric chart of particle sizing parts in the first embodiment.
The sectional view of nebulization region when Figure 10 is the atomizing cup external member formation aerosol of the first embodiment.
Figure 11 is the sectional view of the overall condition during atomizing cup external member formation aerosol of the first embodiment.
Figure 12 is the atomization portion of atomizing cup external member in the second embodiment and neighbouring axonometric chart thereof.
Figure 13 is the atomization portion of atomizing cup external member in the second embodiment and neighbouring sectional view thereof.
Figure 14 is the structural representation of a kind of nozzle in the second embodiment.
Figure 15 is the structural representation of the second nozzle in the second embodiment.
Figure 16 is the structural representation of the third nozzle in the second embodiment.
Figure 17 is imbibition passage component partial perspective view in the 3rd embodiment.
Figure 18 is imbibition passage component and the sectional view of air leading-in conduit fit structure in the 3rd embodiment.
Figure 19 is the view sub-anatomy of the state of atomizing cup external member in the 4th embodiment.
Figure 20 is the sectional view of atomizing cup external member in the 4th embodiment.
Figure 21 is the axonometric chart of imbibition passage component in the 4th embodiment.
Figure 22 is sectional block diagram time in imbibition passage component is contained in cup in the 4th embodiment.
Figure 23 is the direction of arrow sectional view of XI-XI line along Figure 22.
Figure 24 is atomizing cup external member in the 5th embodiment (not shown aerosol passage component) exploded perspective view.
Figure 25 is the sectional view after structure shown in Figure 24 assembles.
Figure 26 is the view sub-anatomy of atomizing cup external member in the 6th embodiment.
Figure 27 is the sectional view after structure shown in Figure 26 assembles.
Figure 28 is the axonometric chart of imbibition passage component in the 6th embodiment.
Figure 29 is section view schematic perspective view time in imbibition passage component is contained in cup in the 6th embodiment.
Figure 30 is the direction of arrow sectional block diagram of XI-XI line along Figure 29.
Figure 31 is the view sub-anatomy of atomizing cup external member in the 7th embodiment.
Figure 32 is the sectional view after structure shown in Figure 31 assembles.
Figure 33 is the axonometric chart of imbibition passage component in the 7th embodiment.
Figure 34 is the section view schematic perspective view that in the 7th embodiment, imbibition passage component is contained in cup.
Detailed description of the invention
The application can realize with multiple different form, however it is not limited to the embodiment party described by the present embodiment
Formula.The purpose providing detailed description below is easy for present disclosure is become apparent from thorough explanation,
Wherein the words of the indicating position such as upper and lower, left and right be only for shown structure in respective figure position and
Speech.In some instances, some embodiments do not describe or are not described later in detail, and are because existing
Other embodiments are described or belong to technology well known by persons skilled in the art.It is parts herein
Institute's serialization number itself, such as " first ", " second " etc., be only used for distinguishing described object, do not have
Any order or art-recognized meanings.Additionally, technical characteristic described herein, technical scheme can also be at one
Or multiple embodiment is combined in any suitable manner.
The application provides a kind of atomizing cup external member, and it includes compressed air introduction channel, containing liquid chamber, imbibition part
And aerosol passage.
This compressed air channel has the air inlet for connecting with nebulizer body and discharges for compressed air
Air vent, containing liquid chamber is then used for storing liquid.Imbibition part has imbibition passage, and this imbibition passage is independent
Being formed at the duct on imbibition part, and imbibition passage has inlet and liquid outlet, inlet is with containing liquid chamber even
Logical, the region of giving vent to anger going out territory, liquid zone and air vent of liquid outlet is crossed to form nebulization region.
By compressed air is sprayed from air vent, atomization portion and near negative less than ambient pressure of generation
Pressure condition.Liquid is drawn onto near atomization portion M from containing liquid chamber by this negative pressure state via imbibition passage.Liquid
Go out to atomization portion side spray from liquid outlet.Clashed into by compressed air from a small amount of liquid of liquid outlet ejection, become
Vaporific particle, forms aerosol.Aerosol passage have aerosol entrance with for molten with the gas connected of being difficult to articulate
Glue outlet, aerosol entrance communicates with nebulization region, so that the aerosol produced is via aerosol passage
It is discharged to be difficult to articulate, and then output.
Combine accompanying drawing below by detailed description of the invention the present invention is described in further detail.
Embodiment one:
Refer to Fig. 1 and 2, the present embodiment provides a kind of compression atomizer.
This compression atomizer include main frame MU (nebulizer main frame), flexible pipe HOSE (compressed air hose portion),
Atomizing cup external member 1000 and the MP that is difficult to articulate (mouthpiece).Main frame is built-in with for sending compressed-air actuated pressure
Contracting machine and electronic unit etc..Flexible pipe has pliability, its one end and the compressed air air outlet being located on main frame
Being connected, the other end of flexible pipe is connected with atomizing cup external member 1000.
In the aerosol outlet 1420 being arranged on atomizing cup external member 1000 of being difficult to articulate.It is difficult to articulate for by making employment
Member sucks from nose or mouth.It is difficult to articulate and can be formed as tubulose as is shown in fig. 1, be difficult to articulate in addition and also may be used
To be formed as mask-like.
Use atomizing cup external member 1000 time, as it is shown in figure 1, user grip atomizing cup external member 1000 or
The cup that atomizing cup external member 1000 is hung on main frame MU is hung, and makes atomizing cup external member 1000 be in general vertical side
To, the aerosol outlet of atomizing cup external member 1000 and compressed-air actuated inlet gas, it should be respectively at vertically
The top in direction and the lower section of vertical direction.
Refer to Fig. 2 to 5, this atomizing cup external member 1000 include cup 1100, imbibition passage component 1200,
Particle sizing parts 1300 and aerosol passage component 1400.
This cup 1100 has the first cylindrical portion 1110, peristome 1102, air leading-in conduit 1113 and liquid storage
Storehouse 1116.The profile of cup 1100 is to have the tubular of bottom.By containing liquid chamber on the downside of first cylindrical portion 1110
1116 close, and upside is provided with peristome 1102 and upwards opens.It is provided with embedded hole near peristome 1102
Portion 1180.When aerosol passage component 1400 is installed on cup 1100, embedded hole portion 1180 and aerosol
The chimeric lobe 1480 of passage component 1400 is mutually chimeric (refer to Fig. 2, Fig. 3 and Fig. 5).
Air leading-in conduit 1113 extends upward from the bottom center of the first cylindrical portion 1110.Air vent 1115
It is arranged at the upper end 1113a of air leading-in conduit 1113, front-end surface 1113s of through upper end 1113a
Center substantially.Flexible pipe (refer to Fig. 1) is installed in the bottom of air leading-in conduit 1113.It is built in master
Compressor in machine MU (refer to Fig. 1) by compressed air via compressed air air outlet (refer to Fig. 1)
And flexible pipe (refer to Fig. 1) is directed into the inside of air leading-in conduit 1113, compressed air is from air vent 1115
Spray to the inside of cup 1100.
Extend between first cylindrical portion 1110 inwall and air leading-in conduit 113 and form wall extension, containing liquid chamber 1116
Can be that the outer wall by air leading-in conduit 1113, the inwall of the first cylindrical portion 1110 and wall extension are formed.
Containing liquid chamber 1116 is located at the downside of air leading-in conduit 1113, surrounds the outer peripheral face 1113b of air leading-in conduit 1113.
Containing liquid chamber 1116 temporarily store water, saline, for treating medicinal liquid or the vaccine liquid W of the diseases such as bronchus.
Refer to Fig. 3 to Fig. 7, imbibition passage component 1200 have the second cylindrical portion 1210, imbibition passage 1220,
Handheld Division 1250 and installation portion 1260.This imbibition passage 1220 has inlet 1230 and liquid outlet 1240.
Inlet 1230 is formed at the bottom of the second cylindrical portion 1210.
In imbibition passage component 1200, it is upwardly formed the first imbibition passage 1221 from inlet 1230, by
First imbibition passage 1221 lateral row QI KOU 1115 side extends and forms the second imbibition passage 1222.Imbibition passage
1220 include the first imbibition passage 1221 and the second imbibition passage 1222.
In the present embodiment, the second imbibition passage 1222 is vertical along the front end of the first imbibition passage 1221
Direction extends.Second imbibition passage 1222 from the front end of the first imbibition passage 1221 to air vent 1115 side and
Extend along the central shaft generally perpendicular direction with air vent 1115.Front end at the second imbibition passage 1222
Part forms liquid outlet 1240.
Handheld Division 1250 with from the appearance of the second cylindrical portion 1210 towards the normal direction of the second cylindrical portion 1210
The mode that outside extends is arranged.Handheld Division 1250 includes slice part 1251 and lobe 1252.Lobe 1252
It is located at the top of slice part 1251, is integrally formed with slice part 1251.
Installation portion 1260 is formed in the side (lower section of liquid outlet 1240) of the second cylindrical portion 1210, substantially
For ring bodies, its axis is parallel with the axis of cylindrical portion.
As shown in Figure 8, installation portion 1260 is set in the outer peripheral face 1113b of air leading-in conduit 1113, imbibition
Passage component 1200 is received the inside being configured at cup 1100.When imbibition passage component 1200 accommodates configuration
When cup 1100 is internal, insert the end of containing liquid chamber 1116 from the inlet 1230 of imbibition passage component 1200
Portion but do not blocked (as shown in Figure 5) by the bottom of containing liquid chamber 1116.As shown in Figure 10, air vent 1115
The centrage of centrage and liquid outlet 1240 be generally perpendicular to each other.
In the present embodiment, liquid outlet 1240 partly overlaps with air vent 1115, is in air vent 1115
The position of surface.And, imbibition passage component 1200 liquid outlet 1240 be arranged over upper bend
Convex region, is provided with lower knuckle convex region in the lower section of liquid outlet 1240.
Refer to Fig. 3,4,5,9, particle sizing parts 1300 include cylinder, and this cylinder reduces with radial direction
Mode extends from bottom to top.Particle sizing parts 1300 have lower cylindrical portion 1310, upper cylindrical portion 1320,
Central axle portion 1330 and four blade parts 1340.Lower cylindrical portion 1310 and upper cylindrical portion 1320 arranged coaxial.
The diameter of lower cylindrical portion 1310 is more than the diameter of upper cylindrical portion 1320.
Four blade parts 1340 are provided at central axle portion 1330 and the upper cylindrical portion 1320 of cylindrical portion 1320
Inner peripheral surface between.Each blade part 1340 in four blade parts 1340 is formed as mutually substantially in phase similar shape
The tabular of shape.Each blade part 1340 in four blade parts 1340 divides in the way of being spaced from each other the interval of 90 °
Open configuration.Each blade part 1340 in four blade parts 1340, respectively from upper cylindrical portion 1320 lower laterally
The upside rotoflector of upper cylindrical portion 1320.Four blade parts 1340 are so-called helical form (screw shape) row
Cloth.Each blade part 1340 covers the space between atomization portion M and aerosol outlet 1420 with fan-shaped.Leaf
Sheet portion is four, only the scheme of the present embodiment, and other embodiments are not limited to four blade parts.
Refer to Fig. 5, configuration particle sizing parts 1300 are configured at the imbibition passage component within cup 1100
The lobe 1252 of the top of 1200, the lower end of particle sizing parts 1300 and imbibition passage component 1200
Upper-end contact.The upper cylindrical portion 1320 of particle sizing parts 1300 is fixed on the aerosol passage being set forth below
The inner side in the central cylindrical portion 1412 of parts 1400.
By the clamping action of cup 1100 and fixing aerosol passage component 1400 to particle sizing parts
1300 position.The lower end of the particle sizing parts 1300 behind location is convex with imbibition passage component 1200
The upper end playing portion 1252 contacts with each other, and thus imbibition passage component 1200 is fixed on cup 1100 thus limits
Imbibition passage component 1200 processed moves at above-below direction relative to cup 1100.
Refer to Fig. 3 to Fig. 5, aerosol passage component 1400 is directly or indirectly to cover opening of cup 1100
The mode of oral area 1102 is arranged on cup 1100.Aerosol passage component 1400 have lower cylindrical portion 1410,
Central cylindrical portion 1412, upper cylindrical portion 1414, aerosol outlet 1420, external air introducing ports 1430
And chimeric lobe 1480.
Lower cylindrical portion 1410, central cylindrical portion 1412 and upper cylindrical portion 1414 arranged coaxial.Central cylindrical portion
The diameter of 1412 is more than the diameter of upper cylindrical portion 1414.The diameter of lower cylindrical portion 1410 is more than central cylindrical portion
The diameter of 1412.The profile of aerosol passage component 1400 is tubular, in the way of radially reducing from bottom to top
Extend.Aerosol outlet 1420 is formed at the inner side of cylindrical portion 1414.External air introducing ports 1430
It is arranged at the connecting portion (refer to Fig. 2 and 5) in lower cylindrical portion 1410 and central cylindrical portion 1412.Chimeric
Lobe 1480 is located at the lower end of lower cylindrical portion 1410.As it has been described above, when aerosol passage component 1400
When being installed on cup 1100, chimeric lobe 1480 is the most chimeric with the embedded hole portion 1180 of cup 1100 (please
With reference to Fig. 2, Fig. 3 and Fig. 5).The upper cylindrical portion 1320 of particle sizing parts 1300 is fixed on central cylindrical
The inner side (refer to Fig. 5) in portion 1412.
Refer to Figure 10, atomization portion M is formed at going out of the air vent 1115 that is located on air leading-in conduit 1113
Port area R1115 (central shaft of the air vent 1115 being located on air leading-in conduit 1113 be located at imbibition passage
The region that the central shaft of the liquid outlet 1240 on parts 1200 intersects) and near.
It is directed into the compressed air within air leading-in conduit 1113, via the aerofluxus being located on the 1113a of upper end
Mouth 1115 ejection (reference arrow AR1113).By by compressed air from air vent 1115 to exit region
R1115 sprays, atomization portion M and near, produce less than the negative pressure state of ambient pressure.
Refer to Figure 11, by atomization portion M and near the suction function of generation, by liquid W via
First imbibition passage 1221 and the second imbibition passage 1222 are drawn onto near atomization portion M from containing liquid chamber 1116 (please
Arrow AR1220 with reference in Figure 10).Liquid W goes out to atomization portion M side spray from liquid outlet 1240.From
A small amount of liquid W of liquid outlet 1240 ejection, (is pressed arrow AR1113 in atomization portion M by compressed air
Flow in direction) clash into, become vaporific particle.
Refer to Figure 11, this vaporific particle is attached to import to cup 1100 via external air introducing ports 1430
In internal extraneous air (reference arrow AR1430), generate aerosol in atomization portion M.Aerosol via
The inside of particle sizing parts 1300 is moved to aerosol outlet 1420.
In the present embodiment, between atomization portion M and aerosol outlet 1420, it is configured with particle sizing
The blade part 1340 of parts 1300.From atomization portion M to the aerosol that aerosol outlet 1420 moves
The particle that diameter is big, is attached on the surface of blade part 1340.Via having of blade part 1340 screening
The aerosol of desired particle diameter (e.g., less than 10 μm) is discharged via aerosol outlet 1420
To outside.Aerosol is inhaled in nose or the mouth of user of service via be difficult to articulate (refer to Fig. 1).
In the present embodiment, imbibition passage component 1200 has independent imbibition passage, it is not necessary to other portion
Part collectively forms imbibition passage, it is to avoid imbibition passage cause because being made up of two different parts with not
Imbibition passage that is good and that cause is difficult to form even failed, to shorten atomizing cup service life.
In atomizing cup external member 1000, it is also possible to use following structure: not in imbibition passage component 1200 phase
Fix this imbibition passage component 1200 on the direction that cup 1100 rotates, and make imbibition passage component 1200
Can rotate freely around air leading-in conduit 1113 relative to cup 1100.In this case, at atomization glass holder
In the case of part 1000 tilts, imbibition passage component 1200 is because of Handheld Division 1250 and the second cylindrical portion 1210
Deadweight and can rotate to the direction making Handheld Division 1250 be positioned at gravity direction bottom.First imbibition passage
The lower end of 1221 can always can be impregnated into inside the liquid W being stored in containing liquid chamber 1116.Even if
In the case of atomizing cup external member 1000 tilts, it is also possible to make the first imbibition passage 1221 draw liquid constantly
W。
Additionally, generate in atomizing cup external member 1000 aerocolloidal during, compressed air is according to linearity stream
Dynamic (refer to the arrow AR1113 in Figure 10 and Figure 11) sprays from air vent 1115, and from liquid outlet 1240
The liquid W contact of ejection.From air vent 1115 ejection compressed air neither contact with other components also without
Tortuous roundabout, directly participate in aerocolloidal generation process, i.e. compressed air several during generation is aerocolloidal
There is no the pressure loss, so the compressed-air actuated necessary flow of supply atomizing cup external member is the least, atomizing cup
The external member 1000 compressed-air actuated service efficiency when generating aerosol is high, only need to use the pressure that flow is the least
Contracting machine.Therefore, atomizing cup external member 1000 not only cost is low, and the power consumption needed for generating aerosol is few.
Each parts of atomizing cup external member 1000 can decouple cleaning, and imbibition passage component 1200 is provided with
Handheld Division 1250, is possible to prevent to lose.
The direction extended due to the second imbibition passage 1222 of imbibition passage component 1200, is i.e. provided with out liquid
The position of mouth 1240, is positioned at the opposite side of 1250 bearing of trends in Handheld Division, and Handheld Division 1250 will not hinder
Hinder the aerocolloidal spraying generated in atomization portion M.
In atomizing cup external member 1000, the lower end of particle sizing parts 1300 and imbibition passage component 1200
The upper-end contact of lobe 1252.Imbibition passage component 1200 relative to cup 1100 in the shifting of above-below direction
Move and fixed, therefore, it is possible to be reliably prevented the pressure that imbibition passage component 1200 is sprayed from air vent 1115
Contracting air pushes away and causes atomizing functions to lose efficacy in situ.
Particle sizing parts 1300 are fixed on aerosol passage component 1400 (central cylindrical portion 1412).
When being dismantled from cup 1100 by aerosol passage component 1400, particle sizing parts 1300 are also molten with gas
Glue passage component 1400 is disassembled together.The particle sizing parts 1300 of nebulizer external member 1000 and aerosol
Passage component 1400 convenience when decomposing and clean is higher.
In particle sizing parts 1300, blade part 1340 is located at the inner side of top cylindrical portion 1320.Blade
Portion 1340 is positioned at the position (end) of the close side of the length direction of particle sizing parts 1300.Can be easy
Cleaning blade portion 1340, ground.It addition, particle sizing parts 1300 are along from lower cylindrical portion 1310 upwards cylindrical portion
The direction of 1320 is radially gradually reduced.Particle sizing parts 1300 can screen particle effectively.Particle sizing
The main purpose of parts 1300 is to screen aerocolloidal particle according to particle diameter, but does not the most use particle to sieve
Parts 1300 are selected also to be able to the particle obtaining having required particle diameter.At this time it is also possible to omit particle sizing parts
1300, directly aerosol passage is connected with nebulization region.Such as, needing to have the particle diameter of 15 μm
During particle (aerosol), atomization portion M can generate the particle (aerosol) of the particle diameter with 15 μm
In the case of, it is possible to omit particle sizing parts 1300.
In the present embodiment, cup 1100, particle sizing parts 1300 and aerosol passage component 1400
Almost coaxial configures.Optionally they can also be carried out non-coaxial configuration.Other embodiment any is i.e.
Can be with arranged coaxial, it is also possible to non-coaxial configuration.
Embodiment two
The present embodiment two provides another kind of atomizing cup external member, and its improvement essentially consists in, and cup has the first tubular
Portion and the air leading-in conduit being fixedly connected with the first cylindrical portion, equipped with nozzle on air leading-in conduit, compressed air
The air inlet of introduction channel is arranged on air leading-in conduit, and air vent is arranged on nozzle, and air inlet is by sky
Passage in gas ingress pipe connects with the air vent on nozzle, and air leading-in conduit forms compression sky together with nozzle
Gas introduction channel.
Specifically, refer to Figure 11 and 13, cup 2100 include the first cylindrical portion 2110, peristome 2102,
Air leading-in conduit 2113 and containing liquid chamber 2116, the profile of cup 2100 is to have the tubular of bottom.First
Shape portion 2110, is closed by containing liquid chamber 2116 on the downside of it, and upside is provided with peristome 2102 and upwards opens.?
Embedded hole portion 2180 it is provided with near peristome 2102.When aerosol passage component 1400 is installed on cup
Under the state of 2100, embedded hole portion 2180 is mutual with the chimeric lobe 1480 of aerosol passage component 1400
Chimeric.
Air leading-in conduit 2113 extends upward with the bottom center from the first cylindrical portion 2110.Lead at air
The upper end 2113a entering pipe 2113 is provided with nozzle fixed bit 2115.The through upper end of nozzle fixed bit 2115
The center substantially of front-end surface 2113s of 2113a.
Refer to Figure 14, nozzle 2500 is cylinder, and its center has air vent 2510.Nozzle 2500 with
Friction tight mode is pressed into the nozzle fixed bit 2115 of cup 2100.
The present embodiment is independently arranged nozzle 2500 and has an advantage that, is difficult to plastic rubber shaping when needs size is small
Reach air vent (see Figure 15) or the abnormity aerofluxus of (such as diameter 0.1mm or the micropore less than 0.1mm)
During mouth (see Figure 16), it is possible to use the method such as laser machined obtains, it is installed to air the most again and imports
On pipe 2113, reduce manufacture difficulty.
Embodiment three
Refer to Figure 17 to 18, the present embodiment provides the third atomizing cup external member, and its improvement essentially consists in: inhale
The first imbibition passage in liquid passage component 3200 is formed in imbibition passage component 3200, and the second imbibition
Passage is not integrally formed in imbibition passage component 3200.
Specifically, imbibition passage component 3200 has the second cylindrical portion 3210, imbibition passage 3220, hand-held
Portion 3250 and installation portion 3260.Imbibition passage 3221 includes feed liquor portion 3230 and liquid outlet forming portion 3270.
Liquid outlet forming portion 3270 has " u "-shaped groove.
In imbibition passage component 3200, it is upwardly formed the first imbibition passage 3221 from feed liquor portion 3230, goes out
The " u "-shaped groove in liquid interruption-forming portion 3270 and the front-end surface of the upper end 1113a of air leading-in conduit 1113
1113s forms the second imbibition passage 3222 and liquid outlet 3240.Imbibition passage 3220 includes the first imbibition passage
3221 and the second imbibition passage 3222.
In the present embodiment, the second imbibition passage 3222 is vertical along the front end of the first imbibition passage 3221
Direction extends.Second imbibition passage 3222 from the front end of the first imbibition passage 3221 to air vent 1115 side and
Extend along the central shaft generally perpendicular direction with air vent 1115.Front end at the second imbibition passage 3222
Part forms liquid outlet 3240.Liquid outlet 3240 connects with imbibition passage 3220.
Handheld Division 3250 with from the appearance of the second cylindrical portion 3210 towards the normal direction of the second cylindrical portion 3210
The mode that outside extends is arranged.Handheld Division 3250 includes slice part 3251 and lobe 3252.Lobe 3252
It is located at the top of slice part 3251, is integrally formed with slice part 3251.Installation portion 3260 is in the second cylindrical portion
The side (lower section of liquid outlet 3240) of 3210 is formed, substantially ring-like body, its axis and the axle of cylindrical portion
Line is parallel.
Embodiment four
The present embodiment four provides the 4th kind of atomizing cup external member, and its improvement essentially consists in, and cup has the first tubular
Portion and the air leading-in conduit being fixedly connected with the first cylindrical portion, imbibition part also includes spray nozzle part, and spray nozzle part has
Air vent.Spray nozzle part is arranged on air leading-in conduit, and air inlet is arranged on air leading-in conduit, and air inlet leads to
The passage crossed in air leading-in conduit connects with the air vent on spray nozzle part, and air leading-in conduit is shape together with spray nozzle part
Become compressed air introduction channel.
Specifically, refer to Figure 19 to 20, cup 4100 include the first cylindrical portion 4110, peristome 4102,
Air leading-in conduit 4113 and containing liquid chamber 4116.Embedded hole portion 4180 it is provided with near peristome 4102.
When aerosol passage component 1400 is installed on cup 4100, embedded hole portion 4180 leads to aerosol
The chimeric lobe 1480 of road parts 1400 is the most chimeric, as shown in figure 20.
Air leading-in conduit 4113 extends upward with the bottom center from the first cylindrical portion 4110.Lead at air
The upper end 4113a entering pipe 4113 is provided with venthole 4117.Venthole 4117 through upper end 4113a's
The center substantially of front-end surface 4113s.
Refer to Figure 19 to 23, imbibition passage component 4200 have the second cylindrical portion 4210, imbibition passage 4220,
Handheld Division 4250, spray nozzle part 4270 and air vent 4271.Air vent 4271 is positioned at the upper of spray nozzle part 4270
Surface.Spray nozzle part 4270 is arranged in the venthole 4117 of spray nozzle part 4270, and air vent 4271 is arranged at
The upper end 4270a of spray nozzle part 4270 also runs through its surface.
As shown in figure 23, the lower end of the spray nozzle part 4270 of imbibition passage component 4200 is to ensure bubble-tight side
Formula inserts the venthole 4117 of air leading-in conduit 4113.In the present embodiment, liquid outlet 4240 and aerofluxus
Mouth 4271 partly overlaps.
Present embodiment can also be implemented in the following manner:
Air leading-in conduit is inserted in friction tight mode in the lower end of the spray nozzle part 4700 of imbibition passage component 4200
The venthole 4117 of 4113.At this point it is possible to cancel the Handheld Division 4250 of imbibition passage component 4200.
Embodiment five
The present embodiment five provides the 5th kind of atomizing cup external member, and its improvement essentially consists in, imbibition part two ends respectively by
Cup and aerosol passage component are directly or indirectly fixedly clamped, and imbibition part has and led to by cup and aerosol
Elastically-deformable elastic construction is produced during road parts extruding.
Further, cup can include air leading-in conduit, and imbibition part has resilient ring-type installation portion and bullet
The Handheld Division of property, ring-type installation portion is set on air leading-in conduit, and Handheld Division is by the aerosol channel part of top
Part directly or indirectly downwardly against.
Specifically, refer to Figure 24,25, this imbibition passage component 5200 have the second cylindrical portion 5210,
Imbibition passage 5220, Handheld Division 5250 and installation portion 5260.Handheld Division 5250 is with from the second cylindrical portion 5210
Appearance arrange towards the mode extended outside the normal direction of the second cylindrical portion 5210.Handheld Division 5250 is wrapped
Include slice part 5251 and elastic bumps portion 5252.Elastic bumps portion 5252 is located at the top of slice part 5251,
It is integrally formed with slice part 5251.Installation portion 5260 is in the formation of the side of the second cylindrical portion 5210, substantially shape
Becoming ring bodies, its axis is parallel with the axis of cylindrical portion, and installation portion 5260 is in the second cylindrical portion 5210 phase
To lateral incision one peristome 5261 so that the ring-type installation portion 5260 of opening has radial elastic.
Refer to Figure 24,25, imbibition passage component 5200 is so that the outer peripheral face 113b of air leading-in conduit 1113
The mode of attached portion 5260 suit accommodates the inside being arranged in cup 1100.At imbibition passage component 5200
Accommodating and be arranged under the state within cup 1100, the internal diameter having resilient ring-type installation portion 5260 is smaller
In the external diameter of air leading-in conduit 1113, ring-type installation portion 5260 directs the air into pipe 1113 and holds tightly, uses liquid
Air leading-in conduit 1113 central shaft is accurately positioned by mouth 5240；Meanwhile, particle sizing parts 1300 times
The upper-end contact in the elastic bumps portion 5252 of end and imbibition passage component 5200, particle sizing parts 1300
Top cylindrical portion 1320 is fixed on the inner side in the central cylindrical portion 1412 of aerosol passage component 1400.
By aerosol passage component 1400 fixing relative to cup 1100, to particle sizing parts 1300
Position.The lower end of the particle sizing parts 1300 behind location is convex with the elasticity of imbibition passage component 5200
Rise portion 5252 upper end contact with each other, thus imbibition passage component 5200 is fixed on cup 1100 from
And limit imbibition passage component 5200 and move at above-below direction relative to cup 1100.
Above-mentioned two elastic construction, makes liquid outlet be able to simply with the relative position of air vent, firmly fix
Get off, ensure that atomizing effect.The structure of the imbibition passage component of present embodiment equally applicable other
Embodiment.
In addition, elastic installation portion is not limited to ring-type, it is possible to use other structures to realize.
Embodiment six
The present embodiment six provides the 6th kind of atomizing cup external member, and its improvement essentially consists in, and cup has the first tubular
Portion and the imbibition passage fixture being fixedly connected with the first cylindrical portion, compressed air introduction channel is independently disposed to
On imbibition part, imbibition part is arranged on imbibition passage fixture, and then liquid and compressed air are by imbibition part
Transmission.
Further, it is possible to be that imbibition passage fixture has fixing hole, imbibition part has and fixing hole pairing
Air leading-in conduit, compressed air introduction channel runs through and is arranged on air leading-in conduit, and air leading-in conduit is arranged on
In fixing hole, and air leading-in conduit arranges one end of air inlet and stretches out in fixing hole, for external hose.
Specifically, refer to Figure 26～30, cup 6100 include the first cylindrical portion 6110, peristome 6102,
Containing liquid chamber 6116 and imbibition passage fixture 6117, the profile of cup 6100 is to have the tubular of bottom.Inhale
Liquid passage fixture 6117 extends upward with the bottom center from the first cylindrical portion 6110.At imbibition passage
The center of fixture 6117 arranges fixing hole 6118.
Refer to Figure 26 to Figure 30, imbibition passage component 6200 has the second cylindrical portion 6210, imbibition passage
6220, Handheld Division 6250, air leading-in conduit 6270.Air vent 6271 is arranged at air leading-in conduit 6270
Upper end 6270a, and run through its surface, and it is positioned at front-end surface 6270s of air vent 6271 upper end 6270a
Approximate centre.Imbibition passage component 6200 has inlet 6230 and liquid outlet 6240, from inlet 6230
It is upwardly formed the first imbibition passage 6221, the first imbibition passage 6221 lateral row QI KOU 6271 side extends shape
Become the second imbibition passage 6222.The centrage of liquid outlet 6240 is the most mutual with the centrage of air vent 6271
Vertically.
As shown in figure 27, direct the air into pipe 6270 and insert fixing hole 6118.At air leading-in conduit 6270
Lower front part portion is provided with flexible pipe
In the present embodiment, liquid outlet 6240 is overlapping with air vent 6271, is just being arranged in air vent 6271
The position of top.And, above the liquid outlet 6240 of imbibition passage component 6200, it is provided with upper bend
Convex region.In the lower section of liquid outlet 6240, it is provided with lower knuckle convex region.
Present embodiment can also be implemented in the following manner:
Direct the air into pipe 6270 and be pressed into fixing hole 6118 in friction tight mode.At this point it is possible to cancellation imbibition
The Handheld Division 6250 of passage component 6200.
The nozzle of present embodiment, air leading-in conduit are a part for imbibition passage component, liquid outlet and aerofluxus
Mouthful relative position not only unrelated with the foozle of parts, ageing error, and with the operation of user
(imbibition passage component is positioned over cup) is unrelated, and liquid outlet is able to the most fixed with the relative position of air vent
Position, ensures that atomizing effect.Meanwhile, imbibition passage component is pressed in friction tight mode and is fixed on
Cup, it is to avoid imbibition passage component is in use lost.
Embodiment seven
The present embodiment six provides the 6th kind of atomizing cup external member, and its improvement essentially consists in, and refer to Figure 31 to 34,
Cup 7100 has the first cylindrical portion 7110, peristome 7102, air leading-in conduit 7113 and containing liquid chamber 7116,
The profile of cup 7100 is to have the tubular of bottom.Embedded hole portion 7180 it is provided with near peristome 7102.
Air leading-in conduit 7113 extends upward from the bottom center of the first cylindrical portion 7110.Air vent 7115
It is arranged at the upper end 7113a of air leading-in conduit 7113, front-end surface 7113s of through upper end 7113a
Center substantially.
Refer to Figure 31 to 34, imbibition passage component 7200 have the second cylindrical portion 7210, imbibition passage 7220,
Handheld Division 7250 and installation portion 7260.In imbibition passage component 7200, from inlet 7230 to air vent
7115 sides extend and form imbibition passage 7220.Handheld Division 7250 includes slice part 7251 and lobe 7252.
Lobe 7252 is located at the top of slice part 7251, is integrally formed with slice part 7251.Installation portion 7260
At the formation of the side (lower section of liquid outlet 7240) of the second cylindrical portion 7210, substantially ring-like body.
As shown in figure 32, installation portion 7260 is set in the outer peripheral face 7113b of air leading-in conduit 7113, inhales
Liquid passage component 7200 is received the inside being configured at cup 7100.Join when imbibition passage component 7200 accommodates
When being placed in cup 7100 inside, insert containing liquid chamber 7116 from the inlet 7230 of imbibition passage component 7200
Bottom but do not blocked by the bottom of containing liquid chamber 7116.
In the present embodiment, liquid outlet 7240 partly overlaps with air vent 7115, is in air vent 7115
The position of surface.And, imbibition passage component 7200 liquid outlet 7240 be arranged over upper bend
Convex region, is provided with lower knuckle convex region in the lower section of liquid outlet 7240.
Above content is to combine specific embodiment further description made for the present invention, it is impossible to recognize
Determine the present invention be embodied as be confined to these explanations.Ordinary skill for the technical field of the invention
For personnel, without departing from the inventive concept of the premise, it is also possible to make some simple deduction or replace.
Claims (12)
1. an atomizing cup external member, it is characterised in that including:
Compressed air introduction channel, described compressed air channel has for nebulizer body even
Logical air inlet and the air vent discharged for compressed air；
Containing liquid chamber, described containing liquid chamber is used for storing liquid；
Imbibition part, described imbibition part has imbibition passage, and described imbibition passage is for being independently formed in
Duct on described imbibition part, and described imbibition passage has inlet and liquid outlet, described in enter
Liquid mouth connects with described containing liquid chamber, described liquid outlet go out giving vent to anger of territory, liquid zone and described air vent
Region is crossed to form nebulization region；
And aerosol passage, described aerosol passage have aerosol entrance and for be difficult to articulate
The aerosol outlet of connection, described aerosol entrance communicates with described nebulization region.
2. atomizing cup external member as claimed in claim 1, it is characterised in that include cup
With aerosol passage component, described aerosol passage is through is arranged on described aerosol passage component
In, described aerosol passage component covers on described cup, and and described cup directly or
Connecing and be fixedly connected, described containing liquid chamber, described imbibition part and described compressed air introduction channel are arranged
In the cavity that described cup and described aerosol passage component are formed.
3. atomizing cup external member as claimed in claim 2, it is characterised in that described cup
Having the first cylindrical portion and the air leading-in conduit being fixedly connected with the first cylindrical portion, described air is led
Entering on pipe equipped with nozzle, described air inlet is arranged on described air leading-in conduit, described air vent
Being arranged on described nozzle, described air inlet passes through the passage in described air leading-in conduit with described
Described air vent connection on nozzle, described air leading-in conduit is formed described together with described nozzle
Compressed air introduction channel.
4. atomizing cup external member as claimed in claim 2, it is characterised in that described cup
There is the first cylindrical portion and the air leading-in conduit being fixedly connected with the first cylindrical portion, described imbibition part
Also including that spray nozzle part, described spray nozzle part have air vent, described spray nozzle part is arranged on described air
On ingress pipe；Described air inlet is arranged on described air leading-in conduit, and described air inlet passes through institute
The passage stated in air leading-in conduit connects with the described air vent on described spray nozzle part, described air
Ingress pipe forms described compressed air introduction channel together with described spray nozzle part.
5. atomizing cup external member as claimed in claim 2, it is characterised in that described cup
There is the first cylindrical portion and the imbibition passage fixture being fixedly connected with the first cylindrical portion, described pressure
Contracting air introduction channel is independently disposed on described imbibition part, and described imbibition part is arranged on described suction
On liquid passage fixture.
6. atomizing cup external member as claimed in claim 5, it is characterised in that described imbibition
Passage fixture has fixing hole, and described imbibition part has the air matched with described fixing hole leads
Entering pipe, described compressed air introduction channel runs through and is arranged on described air leading-in conduit, described sky
Gas ingress pipe is arranged in described fixing hole, and described air leading-in conduit arranges one end of air inlet
Stretch out in described fixing hole.
7. atomizing cup external member as claimed in claim 2, it is characterised in that described imbibition
Part two ends are directly or indirectly fixedly clamped by described cup and described aerosol passage component respectively,
Described imbibition part has the generation bullet when being extruded by described cup and described aerosol passage component
The elastic construction of property deformation.
8. atomizing cup external member as claimed in claim 7, it is characterised in that described cup
Including air leading-in conduit, described imbibition part has resilient installation portion and elastic Handheld Division, institute
Stating installation portion to be arranged on described air leading-in conduit, described Handheld Division is by the described aerosol of top
Passage component directly or indirectly downwardly against.
9. the atomizing cup external member as described in any one of claim 1-8, it is characterised in that
Described imbibition passage includes the first imbibition passage being vertically arranged and from the first imbibition passage upper end
The the second imbibition passage stretched out to side, described inlet is positioned under described first imbibition passage
End, described liquid outlet is positioned at described second imbibition passage away from the one of described first imbibition passage
End.
10. the atomizing cup external member as described in any one of claim 2-8, it is characterised in that
Described cup has the first cylindrical portion, and the middle part of described first cylindrical portion arranges described air and imports
Pipe or described imbibition passage fixture, described first cylindrical portion inwall and described air leading-in conduit or
Extend between described imbibition passage fixture and form wall extension, described air leading-in conduit or described suction
The outer wall of liquid passage fixture, the inwall of described first cylindrical portion and described wall extension form institute
State containing liquid chamber.
The 11. atomizing cup external members as described in any one of claim 2-8, it is characterised in that
Also include that particle sizing parts, described particle sizing parts include cylinder and are arranged in cylinder
Central axle portion, described central axle portion arranges some blades, and described particle sizing parts are arranged on
Including between described aerosol passage component and described imbibition part, its upper end abuts described aerosol
Passage component, its lower end abuts described imbibition part, and the passage lower inlet of described cylinder is towards institute
State nebulization region to arrange, the passage upper end outlet of described cylinder and described aerosol outlet phase
Logical.
12. 1 kinds of compression atomizers, it is characterised in that including:
Nebulizer body, it has for sending compressed-air actuated compressor；
Compressed air hose portion, it imports the compressed air sent from described compressor；
And the atomizing cup external member as described in any one of claim 1-11, itself and described compression
Air hose portion is connected, and generates aerosol.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620114185.3U CN205515838U (en) | 2016-02-04 | 2016-02-04 | Atomizing cup external member and compression atomizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620114185.3U CN205515838U (en) | 2016-02-04 | 2016-02-04 | Atomizing cup external member and compression atomizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205515838U true CN205515838U (en) | 2016-08-31 |
Family
ID=56777100
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620114185.3U Active CN205515838U (en) | 2016-02-04 | 2016-02-04 | Atomizing cup external member and compression atomizer |
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| Country | Link |
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| CN (1) | CN205515838U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105597200A (en) * | 2016-02-04 | 2016-05-25 | 深圳金亿帝医疗设备股份有限公司 | Atomizing cup suite and compressed atomizer |
| CN106492316A (en) * | 2016-11-02 | 2017-03-15 | 苏琳皓 | Medical quiet nebulizer |
| CN109731191A (en) * | 2018-12-28 | 2019-05-10 | 苏州雾联医疗科技有限公司 | A kind of atomizing particle size screening washer |
| CN110251782A (en) * | 2019-06-17 | 2019-09-20 | 南京航空航天大学 | A kind of medical atomization device |
-
2016
- 2016-02-04 CN CN201620114185.3U patent/CN205515838U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105597200A (en) * | 2016-02-04 | 2016-05-25 | 深圳金亿帝医疗设备股份有限公司 | Atomizing cup suite and compressed atomizer |
| WO2017133495A1 (en) * | 2016-02-04 | 2017-08-10 | 深圳金亿帝医疗设备股份有限公司 | Atomizing cup assembly and compression type atomizer |
| CN106492316A (en) * | 2016-11-02 | 2017-03-15 | 苏琳皓 | Medical quiet nebulizer |
| CN106492316B (en) * | 2016-11-02 | 2019-03-05 | 苏琳皓 | Medical mute atomizer |
| CN109731191A (en) * | 2018-12-28 | 2019-05-10 | 苏州雾联医疗科技有限公司 | A kind of atomizing particle size screening washer |
| CN110251782A (en) * | 2019-06-17 | 2019-09-20 | 南京航空航天大学 | A kind of medical atomization device |
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Address after: Baoan District Fuyong street Shenzhen city Guangdong province 518103 ten Wai Road, industrial park building A5 Patentee after: Shenzhen gold hundred million Supreme Being's armarium limited companies Address before: 518103 Guangdong city of Shenzhen province Baoan District Fuyong Street Fuhai Fuhai Avenue Industrial Park area C building C2 Patentee before: Shenzhen gold hundred million Supreme Being's armarium limited companies |