CN110115790A - Atomizer assembly and its main guide member of air-flow - Google Patents
Atomizer assembly and its main guide member of air-flow Download PDFInfo
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- CN110115790A CN110115790A CN201810125439.5A CN201810125439A CN110115790A CN 110115790 A CN110115790 A CN 110115790A CN 201810125439 A CN201810125439 A CN 201810125439A CN 110115790 A CN110115790 A CN 110115790A
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- air
- flow
- main
- guide member
- drainage opening
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M11/00—Sprayers or atomisers specially adapted for therapeutic purposes
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- Health & Medical Sciences (AREA)
- Engineering & Computer Science (AREA)
- Anesthesiology (AREA)
- Biomedical Technology (AREA)
- Heart & Thoracic Surgery (AREA)
- Hematology (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
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- Veterinary Medicine (AREA)
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- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
Abstract
The present invention discloses a kind of atomizer assembly and its main guide member of air-flow.Atomizer assembly includes an atomizer host and the main guide member of an air-flow.The main guide member of air-flow is arranged on atomizer host.The main guide member of air-flow has a main guiding channel and at least one is connected to the lower section primary drainage opening of main guiding channel, and primary drainage opening in lower section is through a bottom end of the main guide member of air-flow.An atomizing fluids caused by atomizer host can be transmitted in the main guiding channel of the main guide member of air-flow, and an outside air can pass through lower section primary drainage and be open and be introduced into main guiding channel.Whereby, the atomizing fluids in main guiding channel can be pushed upwardly liter by the introducing of outside air.
Description
Technical field
The present invention relates to a kind of atomizer assembly and its main guide members of air-flow, have lower section main more particularly to one kind
Drain the atomizer assembly and its main guide member of air-flow of opening.
Background technique
It is medical mode more prevailing in recent years that spray method, which treats respiratory disease, because of the mist that atomizer is sprayed
Changing grain may be about the drops (such as medical fluid) of 3~5 μm of sizes, can reach bronchus and lung is treated, provide by mouth,
Nasal inhalation is atomized grain and enters bronchus, then diffuses to entire alveolar, so that atomization medical fluid is sufficiently absorbed by the human body, this side
Effect provided by formula more efficiently and directly than general oral drug, the atomizer product institute currently used for medical application
The atomizing type used is broadly divided into be come with the atomization technique principle of pneumatic type or Supersonic waves (such as piezoelectric type spray nozzle sheet)
Make mechanism as atomizer.However, atomizer in the prior art still has in use improves space.
Summary of the invention
Technical problem to be solved by the present invention lies in, provide in view of the deficiencies of the prior art a kind of atomizer assembly and its
The main guide member of air-flow.
In order to solve the above technical problems, a wherein technical solution of the present invention is to provide a kind of atomizer
Component comprising: an atomizer host and the main guide member of an air-flow.The atomizer host include a housing module and
One is arranged in the atomizing module in the housing module.The main guide member of air-flow is arranged on the housing module and corresponds to
In the atomizing module.Wherein, the housing module includes a communicating pipe with an exit passageway, and the atomizing module has
There is an atomizing nozzle for being connected to the exit passageway.Wherein, the main guide member of the air-flow have a main guiding channel and
At least one is connected to the lower section primary drainage opening of the main guiding channel, and at least one lower section primary drainage opening is passed through
Wear a bottom end of the main guide member of the air-flow.Wherein, a mist caused by the atomizing module of the atomizer host
Change fluid be transmitted in the main guiding channel of the main guide member of the air-flow, an outside air pass through at least one it is described under
Square primary drainage is open and is introduced into the main guiding channel, and the atomizing fluids in the main guiding channel
Liter is pushed upwardly by the introducing of the outside air.
Further, the main guide member of the air-flow has one first auxiliary section, one second auxiliary section and a connection
Limiting section between first auxiliary section and second auxiliary section, the main guide member of the air-flow are matched by described first
The mutual cooperation of conjunction portion and the communicating pipe and be located on the housing module, second auxiliary section is led by air-flow subsidy
Draw part to be coated, and the outer surface of communicating pipe described in the limiting section contact；Wherein, the outer surface of first auxiliary section has
One male thread and a positioning hole, the inner surface of the communicating pipe have one and the mutually matched box thread of the male thread, and one
Fixing piece is connected to the communicating pipe and the location hole across the communicating pipe, and at least one lower section is mainly drawn
Stream opening is arranged on second auxiliary section.
Further, the main guide member of the air-flow has at least one left master for being connected to the main guiding channel
Drain opening and at least one be connected to the main guiding channel right primary drainage opening, at least one left master
The left part that opening runs through the main guide member of the air-flow is drained, and at least one right primary drainage opening runs through institute
State a right part of the main guide member of air-flow；Wherein, the outside air pass through at least one left primary drainage opening with
At least one right primary drainage is open and is introduced into the main guiding channel, and in the main guiding channel
The atomizing fluids are advanced to by the introducing of the outside air.
Further, the atomizer assembly may further comprise: an air-flow supplementary guide, and the air-flow auxiliary is led
Draw part to be arranged on the main guide member of the air-flow, the air-flow supplementary guide has an auxiliary guiding channel and at least one
It is connected to the lower section Assist drainage opening of the auxiliary guiding channel, and at least one lower section Assist drainage opening is through described
One bottom end of air-flow supplementary guide；Wherein, the atomized flow caused by the atomizing module of the atomizer host
Body is transmitted in the auxiliary guiding channel of the air-flow supplementary guide by the guiding of the main guide member of the air-flow,
The outside air passes through at least one lower section Assist drainage opening and is introduced into the auxiliary guiding channel, and described
The atomizing fluids in auxiliary guiding channel are pushed upwardly liter by the introducing of the outside air.
Further, the air-flow supplementary guide have at least one be connected to it is described auxiliary guiding channel left it is auxiliary
Help drainage be open and at least one be connected to the auxiliary guiding channel right Assist drainage opening, at least one left is auxiliary
Drainage opening is helped to run through a left part of the air-flow supplementary guide, and at least one right Assist drainage opening runs through institute
State a right part of air-flow supplementary guide；Wherein, the outside air pass through at least one left Assist drainage opening with
At least one right Assist drainage is open and is introduced into the auxiliary guiding channel, and in the auxiliary guiding channel
The atomizing fluids are advanced to by the introducing of the outside air.
Further, the atomizer assembly may further comprise: that a fluid collecting means, the fluid collection part can be torn open
It is arranged in unloading on the bottom end of the air-flow supplementary guide, and the fluid collection part has a fluid collection tank；
Wherein, the inner surface of the air-flow supplementary guide has a fluid guide channel, and the fluid guide channel is close to the air-flow
The bottom end of supplementary guide, the air-flow supplementary guide have one to be connected to the fluid guide channel and the fluid
Fluid communication apertures between collecting tank, and the leading by the fluid guide channel of the fluid as collected by the fluid guide channel
Draw and flows to the fluid communication apertures and collect in the fluid collection tank.
In order to solve the above technical problems, an other technical solution of the present invention is to provide a kind of atomizer
Component comprising: an atomizer host and the main guide member of an air-flow.The main guide member of air-flow is arranged in the atomization
On device host.Wherein, the main guide member of the air-flow has a main guiding channel and at least one is connected to and described mainly leads
Draw the lower section primary drainage opening in channel, and at least one lower section primary drainage opening is through the main guide member of the air-flow
One bottom end.Wherein, an atomizing fluids caused by the atomizer host are transmitted to the described of the main guide member of the air-flow
In main guiding channel, and an outside air passes through at least one lower section primary drainage opening and is introduced into the main guiding
In channel.
Further, the atomizer assembly may further comprise: an air-flow supplementary guide, and the air-flow auxiliary is led
Draw part to be arranged on the main guide member of the air-flow, the air-flow supplementary guide has an auxiliary guiding channel and at least one
It is connected to the lower section Assist drainage opening of the auxiliary guiding channel, and at least one lower section Assist drainage opening is through described
One bottom end of air-flow supplementary guide；Wherein, the atomizing fluids caused by the atomizer host pass through the air-flow
The guiding of main guide member and be transmitted in the auxiliary guiding channel of the air-flow supplementary guide, the outside air is worn
It crosses at least one lower section Assist drainage opening and is introduced into the auxiliary guiding channel.
Further, the atomizer assembly may further comprise: that a fluid collecting means, the fluid collection part can be torn open
It is arranged in unloading on the bottom end of the air-flow supplementary guide, and the fluid collection part has a fluid collection tank；
Wherein, the inner surface of the air-flow supplementary guide has a fluid guide channel, and the fluid guide channel is close to the air-flow
The bottom end of supplementary guide, the air-flow supplementary guide have one to be connected to the fluid guide channel and the fluid
Fluid communication apertures between collecting tank, and the leading by the fluid guide channel of the fluid as collected by the fluid guide channel
Draw and flows to the fluid communication apertures and collect in the fluid collection tank.
In order to solve the above technical problems, other yet another aspect of the present invention is to provide a kind of air-flow
Main guide member, the main guide member of air-flow are arranged on an atomizer host, which is characterized in that the air-flow mainly guides
Part is connected to the lower section primary drainage opening of the main guiding channel with a main guiding channel and at least one, and at least
The one lower section primary drainage opening runs through a bottom end of the main guide member of the air-flow, wherein the atomizer host institute
The atomizing fluids generated are transmitted in the main guiding channel of the main guide member of the air-flow, and an outside air passes through
At least one lower section primary drainage is open and is introduced into the main guiding channel.
A wherein beneficial effect of the invention is that atomizer assembly and its air-flow provided by the present invention mainly guide
Part, can be by the way that " the main guide member of air-flow is connected to the main guiding with a main guiding channel and at least one
The lower section primary drainage in channel is open " and " at least one lower section primary drainage opening runs through the main guide member of the air-flow
A bottom end " technical solution so that an atomizing fluids caused by the atomizer host can be transmitted to the air-flow
In the main guiding channel of main guide member, and an outside air is enabled to pass through at least one lower section primary drainage
It is open and is introduced into the main guiding channel.Therefore, the atomizing fluids in the main guiding channel can pass through institute
It states the introducing of outside air and is pushed upwardly liter.
Be further understood that feature and technology contents of the invention to be enabled, please refer to below in connection with it is of the invention specifically
Bright and attached drawing, however provided attached drawing is merely provided for reference and description, is not intended to limit the present invention.
Detailed description of the invention
Fig. 1 is the light-mixed type multichip packaging structure of first embodiment of the invention without the first packing colloid and the second envelope
Fill the schematic top plan view of colloid.
Fig. 2 is the Three-dimensional combination diagram of the atomizer assembly of first embodiment of the invention.
Fig. 3 is the diagrammatic cross-section of the III-III hatching of Fig. 2.
Fig. 4 is the diagrammatic cross-section of the IV-IV hatching of Fig. 2.
Fig. 5 is the diagrammatic cross-section of the main guide member of another air-flow of first embodiment of the invention.
Fig. 6 is the perspective exploded view of the atomizer assembly of second embodiment of the invention.
Fig. 7 is the Three-dimensional combination diagram of the atomizer assembly of second embodiment of the invention.
Fig. 8 is the diagrammatic cross-section of the VIII-VIII hatching of Fig. 7.
Fig. 9 is the diagrammatic cross-section of the IX-IX hatching of Fig. 7.
Figure 10 is the diagrammatic cross-section of the main guide member of another air-flow of second embodiment of the invention.
Figure 11 is the perspective exploded view of the atomizer assembly of third embodiment of the invention.
Figure 12 is the stereoscopic schematic diagram of the air-flow supplementary guide of third embodiment of the invention.
Figure 13 is the Three-dimensional combination diagram of the atomizer assembly of third embodiment of the invention.
Figure 14 is the diagrammatic cross-section of the XIV-XIV hatching of Figure 13.
Figure 15 is the partial cutaway schematic view of the atomizer assembly of fourth embodiment of the invention.
Figure 16 is the partial cutaway schematic view of the atomizer assembly of fifth embodiment of the invention.
Figure 17 is the partial cutaway schematic view of the atomizer assembly of sixth embodiment of the invention.
Specific embodiment
It is to illustrate presently disclosed related " atomizer assembly and its air-flow master by particular specific embodiment below
Want guide member " embodiment, those skilled in the art can by content disclosed in this specification understand advantages of the present invention with
Effect.The present invention can be implemented or be applied by other different specific embodiments, and the various details in this specification can also
Based on different viewpoints and application, carry out various modifications and change in the case where not departing from design of the invention.In addition, attached drawing of the invention
It is only simple schematically illustrate, not according to the description of actual size, state in advance.The following embodiments and the accompanying drawings will be explained in further detail
The relevant technologies content of the invention, but the protection scope that disclosure of that is not intended to limit the invention.
Although it is to be understood that may be described herein using term " first ", " second ", " third " etc. each
Kind of component perhaps signal but these components or signal should not be limited by these terms.These terms are mainly to distinguish
One component and another component or a signal and another signal.In addition, term "or" used herein, should regard practical feelings
Condition, which may include, associated lists any of project or multiple combinations.
First embodiment
Shown in please referring to Fig.1 to Fig.4, first embodiment of the invention provides a kind of atomizer assembly S comprising: an atomization
Device host 1 and the main guide member of an air-flow 2 (or the first air-flow guide member, that is to say, that " main " bounded by
Two words can use " the first " instead and replace).
Firstly, atomizer host 1 includes that a housing module 10 and one is arranged in housing module shown in cooperation Fig. 1 to Fig. 3
Atomizing module 11 in 10.More specifically, housing module 10 includes a communicating pipe 100 with an exit passageway 1000,
And atomizing module 11 has an atomizing nozzle 1100 (the namely delivery outlet of atomization gas) for being connected to exit passageway 1000.It lifts
Example for, atomizing module 11 may include one with multiple orifices atomizing piece and one with the mutually matched vibration of atomizing piece
Piece.However, the present invention is not limited with above-mentioned lifted example, as long as the module that can be atomized liquid, is all being atomized
In the range of module 11 is covered.
Furthermore cooperate shown in Fig. 1 to Fig. 3, the main guide member 2 of air-flow is arranged on housing module 10 and corresponds to atomization mould
Block 11.More specifically, the main guide member 2 of air-flow is connected to a main guiding channel 200 and at least one and mainly leads
Draw the lower section primary drainage opening 201 in channel 200, and lower section primary drainage opening 201 can run through the main guide member 2 of air-flow
One bottom end 20B.For example, the main guide member 2 of air-flow can be a kind of spray nozzle.The main guide member 2 of air-flow has one the
One auxiliary section 21, one second auxiliary section 22 and one are connected to the limiting section between the first auxiliary section 21 and the second auxiliary section 22
23.In addition, the main guide member 2 of air-flow can be located in shell mould by the first auxiliary section 21 and the mutual cooperation of communicating pipe 100
On block 10, and the outer surface of the meeting contact communicating pipe 100 of limiting section 23.In addition, the outer surface of the first auxiliary section 21 has a public affairs
Screw thread 2101 and a positioning hole 2102, and the inner surface of communicating pipe 100 has one and the mutually matched mother of male thread 2101
Screw thread 1001.In addition, a fixing piece P can be connected to communicating pipe 100 and location hole 2102 across communicating pipe 100, and
Lower section primary drainage opening 201 is arranged on the second auxiliary section 22.That is, when communicating pipe 100 is inserted into the first auxiliary section 21
When interior and 23 contact communicating pipe 100 of limiting section outer surface, the main guide member 2 of air-flow can pass through male thread 2101 and female spiral shell
The cooperation of line 1001 and be located on housing module 10.It is limited however, the present invention is not illustrated with this.
More specifically, shown in cooperation Fig. 3 and Fig. 4, when atomizer host 1 is turned on, the atomization of atomizer host 1
An atomizing fluids F caused by module 11 can be transmitted in the main guiding channel 200 of the main guide member 2 of air-flow (for example, atomization
Fluid F, which can be conveyed directly to main guiding channel 200 or atomizing fluids F, to be sent to master by the guiding of communicating pipe 100
Want guiding channel 200), and an outside air A can pass through lower section primary drainage opening 201 and be introduced into main guiding channel
In 200.Whereby, as shown in figure 3, the atomizing fluids F in main guiding channel 200 can be by the way that " outside air A is led from below
Drain the introducing of opening 201 " and it is pushed upwardly liter.Certainly, the atomizing fluids F in main guiding channel 200 can also pass through
The introducing of primary drainage opening 201 " outside air A from below " and is advanced to.That is, when atomizing module 11 is produced
It, can shape in main guiding channel 200 when raw atomizing fluids F is transmitted in the main guiding channel 200 of the main guide member 2 of air-flow
Outside air A is enabled to pass through lower section primary drainage opening 201 and be introduced into main guiding channel 200 at negative pressure, so
Atomizing fluids F in main guiding channel 200 can be by the introducing of primary drainage opening 201 " outside air A from below "
And it is pushed upwardly and rises or push ahead.
For example, when atomizing fluids F is entrainment of multiple drug granules (particles), due to logical in main guiding
Atomizing fluids F in road 200 can be pushed upwardly liter by the introducing of outside air A, so entrainment of multiple drug granules
Atomizing fluids F is just not easy to fall the waste that (attachment) causes drug on the inner surface of the main guide member 2 of air-flow.Whereby,
The present invention can be allowed folded by atomizing fluids F by the use of the main guide member 2 of air-flow with lower section primary drainage opening 201
Multiple drug granules of band can smoothly be taken out of the outside to the main guide member 2 of air-flow, with provide enough drug doses to
User's sucking (can namely increase dispensing efficiency).It is limited however, the present invention is not illustrated with this.
In conclusion first embodiment of the invention can provide a kind of atomizer assembly S shown in cooperation Fig. 1 to Fig. 3, packet
It includes: an atomizer host 1 and the main guide member 2 of an air-flow, and the main guide member 2 of air-flow is arranged on atomizer host 1.
Wherein, the main guide member 2 of air-flow is connected under main guiding channel 200 with a main guiding channel 200 and at least one
Square primary drainage opening 201, and lower section primary drainage opening 201 can run through a bottom end 20B of the main guide member 2 of air-flow.
Wherein, an atomizing fluids F caused by atomizer host 1 can be transmitted to the main guiding channel 200 of the main guide member 2 of air-flow
It is interior, and an outside air A can pass through lower section primary drainage opening 201 and be introduced into main guiding channel 200.
It is worth noting that, as shown in figure 5, the main guide member 2 of air-flow further has at least one is connected to and mainly leads
Draw channel 200 left primary drainage opening 202 and at least one be connected to main guiding channel 200 right primary drainage open
Mouth 203.More specifically, left primary drainage opening 202 can run through a left part 20L of the main guide member 2 of air-flow, and
Right primary drainage opening 203 can run through a right part 20R of the main guide member 2 of air-flow.Whereby, outside air A can pass through a left side
Square primary drainage opening 202 and right primary drainage opening 203 and be introduced into main guiding channel 200, and mainly leading
Drawing atomizing fluids F (as shown in Figure 3) in channel 200 can be by the way that " outside air A is from left primary drainage opening 202 and right
The introducing of primary drainage opening 203 " and is advanced to.Certainly, if left primary drainage opening 202 and right primary drainage
Opening 203 offset downward and relatively close to lower section primary drainage opening 201 if, then the atomization in main guiding channel 200
Fluid F will be enabled through " outside air A from left primary drainage opening 202 with right primary drainage opening 203 introducing " and by
It raises upwards.
Second embodiment
It please refers to shown in Fig. 6 to Fig. 9, second embodiment of the invention provides a kind of atomizer assembly S comprising: an atomization
Device host 1 and the main guide member 2 of an air-flow.By Fig. 6 compared with Fig. 1, Fig. 7 is compared with Fig. 2 and the ratio of Fig. 8 and Fig. 3
Compared with it is found that second embodiment of the invention and first embodiment it is maximum the difference is that: the atomizer assembly S of second embodiment also into
One step includes: an air-flow supplementary guide 3 (or second of air-flow guide member, that is to say, that " auxiliary " two bounded by
Word can use " second " replacement instead), and air-flow supplementary guide 3 is arranged on the main guide member 2 of air-flow, so that second
Auxiliary section 22 can be coated by air-flow subsidy guide member 3.In addition, air-flow supplementary guide 3 have one auxiliary guiding channel 300 with
And at least one be connected to auxiliary guiding channel 300 lower section Assist drainage opening 301, and lower section Assist drainage be open 301 meetings
Through a bottom end 30B of air-flow supplementary guide 3.For example, air-flow supplementary guide 3 can be a kind of contains for user
Bite firmly.
More specifically, shown in cooperation Fig. 8 and Fig. 9, when atomizer host 1 is turned on, the atomization of atomizer host 1
An atomizing fluids F caused by module 11 can be transmitted to air-flow supplementary guide 3 by the guiding of the main guide member 2 of air-flow
It assists in guiding channel 300, and an outside air A can pass through lower section Assist drainage opening 301 and be introduced into and assist guiding logical
In road 300.Whereby, as shown in figure 8, the atomizing fluids F in auxiliary guiding channel 300 can be by outside air A from below
Assist drainage opening 301 introducing and be pushed upwardly liter.Certainly, the atomizing fluids F in auxiliary guiding channel 300 can also pass through
Outside air A from below Assist drainage opening 301 introducing and be advanced to.That is, produced by atomizing module 11
Atomizing fluids F the auxiliary guiding channel 300 of air-flow supplementary guide 3 is transmitted to by the guiding of the main guide member 2 of air-flow
When interior, assist guiding channel 300 in will form negative pressure and enable outside air A pass through lower section Assist drainage opening 301 and by
It introduces in auxiliary guiding channel 300, so the atomizing fluids F in auxiliary guiding channel 300 can be by outside air A under
The introducing of square Assist drainage opening 301 and be pushed upwardly and rise or push ahead.
For example, when atomizing fluids F is entrainment of multiple drug granules (particles), due to logical in auxiliary guiding
Atomizing fluids F in road 300 can be pushed upwardly liter by the introducing of outside air A, so entrainment of multiple drug granules
Atomizing fluids F is just not easy to fall (attachment) to be caused on the inner surface of the main guide member 2 of air-flow and air-flow supplementary guide 3
The waste of drug.Whereby, the present invention can by with lower section Assist drainage opening 301 air-flow supplementary guide 3 use, and
Allow multiple drug granules of atomizing fluids F entrained with that can smoothly be taken out of the outside to air-flow supplementary guide 3, to provide foot
Enough drug doses suck to user and (can namely increase dispensing efficiency).It is limited however, the present invention is not illustrated with this.
In conclusion second embodiment of the invention can provide a kind of atomizer assembly S shown in cooperation Fig. 6 to Fig. 8, packet
It includes: the main guide member 2 of an atomizer host 1, an air-flow and an air-flow supplementary guide 3.More specifically, air-flow is main
Guide member 2 is arranged on atomizer host 1.The main guide member 2 of air-flow has a main guiding channel 200 and at least one connection
In the lower section primary drainage opening 201 of main guiding channel 200, and lower section primary drainage opening 201 is mainly led through air-flow
Draw a bottom end 20B of part 2.Whereby, an atomizing fluids F caused by atomizer host 1 can be transmitted to the main guide member 2 of air-flow
Main guiding channel 200 in, and an outside air A can pass through lower section primary drainage opening 201 and be introduced into main guiding
In channel 200.Furthermore air-flow supplementary guide 3 is arranged on the main guide member 2 of air-flow.Air-flow supplementary guide 3 is auxiliary with one
It helps guiding channel 300 and at least one is connected to the lower section Assist drainage opening 301 of auxiliary guiding channel 300, and lower section is auxiliary
Drainage opening 301 is helped to run through a bottom end 30B of air-flow supplementary guide 3.Whereby, atomized flow caused by atomizer host 1
Body F can be transmitted in the auxiliary guiding channel 300 of air-flow supplementary guide 3 by the guiding of the main guide member 2 of air-flow, and
Outside air A can pass through lower section Assist drainage opening 301 and be introduced into auxiliary guiding channel 300.
It is worth noting that, as shown in Figure 10, air-flow supplementary guide 3 has at least one to be connected to auxiliary guiding channel
300 left Assist drainage opening 302 and at least one be connected to auxiliary guiding channel 300 right Assist drainage opening 303.
More specifically, left Assist drainage opening 302 can run through a left part 30L of air-flow supplementary guide 3, and right is auxiliary
Help drainage opening 303 that can run through a right part 30R of air-flow supplementary guide 3.Whereby, outside air A can pass through left and assist
It drains opening 302 and right Assist drainage opening 303 and is introduced into auxiliary guiding channel 300, and assisting guiding channel
Atomizing fluids F in 300, which can be open by outside air A from left Assist drainage opening 302 and right Assist drainage, 303 to be drawn
Enter and is advanced to.Certainly, if left Assist drainage opening 302 offsets downward with right Assist drainage opening 303 and compared
If closer lower section Assist drainage opening 301, then the atomizing fluids F in auxiliary guiding channel 300 will be enabled through external sky
Gas A is pushed upwardly liter from the introducing of left Assist drainage opening 302 and right Assist drainage opening 303.
It is noted that second embodiment can also not have to open up lower section primary drainage on the main guide member 2 of air-flow
Opening 201.That is, in a second embodiment, according to different use demands, lower section primary drainage opening 201 can be opened
Be located on the bottom end 20B of the main guide member 2 of air-flow or lower section primary drainage opening 201 can be omitted without the use of.
3rd embodiment
It please refers to shown in Figure 11 to Figure 14, third embodiment of the invention provides a kind of atomizer assembly S comprising: a mist
Change device host 1, the main guide member 2 of an air-flow and an air-flow supplementary guide 3.By Figure 11 compared with Fig. 6, Figure 13 and Fig. 7
Comparison and Figure 14 compared with Fig. 8 it is found that third embodiment of the invention and second embodiment it is maximum the difference is that: third
The atomizer assembly S of embodiment still further comprises a fluid collecting means 4, and it is auxiliary that air-flow is removedly arranged in fluid collection part 4
It helps on the bottom end 30B of guide member 3, and fluid collection part 4 has a fluid collection tank 400.In addition, 3rd embodiment so that
It is explained with two lower section Assist drainage openings 301 are example.
More specifically, the inner surface of air-flow supplementary guide 3 has a fluid guide channel 304, and fluid guides
Slot 304 can be close to the bottom end 30B of air-flow supplementary guide 3.For example, fluid guide channel 304 will form assists in air-flow
At the lowermost end of the inner surface of guide member 3, however the present invention is not illustrated with this and is limited.In addition, air-flow supplementary guide 3 has one
The fluid communication apertures 305 being connected between fluid guide channel 304 and fluid collection tank 400.Whereby, by 304 institute of fluid guide channel
The fluid W being collected into can be flowed to fluid communication apertures 305 by the guiding of fluid guide channel 304 and be collected in fluid collection tank
In 400.That is, fluid W can be led by fluid when atomizing fluids F generates fluid W (such as water droplet) by partial liquefaction
The guiding of approaching channel 304 and flow to fluid communication apertures 305, whereby with by fluid W collect in fluid collection tank 400.
Fourth embodiment
It please refers to shown in Figure 15, fourth embodiment of the invention provides a kind of atomizer assembly S comprising: an atomizer master
The main guide member 2 of machine 1, an air-flow and an air-flow supplementary guide 3.By Figure 15 it is found that the present invention the 4th is real compared with Fig. 8
Apply example and second embodiment it is maximum the difference is that: the air-flow supplementary guide 3 of fourth embodiment has a newly-increased lower section auxiliary
Drainage opening 301 ' is helped, newly-increased lower section Assist drainage opening 301 ' can correspond to and be connected to lower section primary drainage opening 201, with
Enable an outside air A sequentially to pass through newly-increased lower section Assist drainage opening 301 ' and lower section primary drainage opening 201 and by
It introduces in main guiding channel 200.Whereby, the atomizing fluids F in main guiding channel 200 can by " outside air A from
The introducing of newly-increased lower section Assist drainage opening 301 ' and lower section primary drainage opening 201 " and be pushed upwardly liter.
5th embodiment
It please refers to shown in Figure 16, fifth embodiment of the invention provides a kind of atomizer assembly S comprising: an atomizer master
Machine 1 and an air-flow supplementary guide 3.By Figure 16 compared with Fig. 8 it is found that fifth embodiment of the invention and second embodiment most
It is big the difference is that: in the 5th embodiment, air-flow supplementary guide 3 can be directly disposed on an atomizer host 1 without
With using the main guide member 2 of air-flow.
More specifically, air-flow supplementary guide 3 is connected to auxiliary with an auxiliary guiding channel 300 and at least one
The lower section Assist drainage opening 301 of guiding channel 300, and lower section Assist drainage opening 301 is through air-flow supplementary guide 3
One bottom end 30B.Whereby, an atomizing fluids F caused by atomizer host 1 can be transmitted to the auxiliary of air-flow supplementary guide 3
In guiding channel 300, and an outside air A can pass through lower section Assist drainage opening 301 and be introduced into auxiliary guiding channel 300
It is interior.
For example, when atomizing fluids F is entrainment of multiple drug granules (particles), due to logical in auxiliary guiding
Atomizing fluids F in road 300 can be pushed upwardly liter by the introducing of outside air A, so entrainment of multiple drug granules
Atomizing fluids F is just not easy to fall the waste that (attachment) causes drug on the inner surface of air-flow supplementary guide 3.Whereby,
The present invention can be allowed folded by atomizing fluids F by the use of the air-flow supplementary guide 3 with lower section Assist drainage opening 301
Multiple drug granules of band can smoothly be taken out of the outside to air-flow supplementary guide 3, with provide enough drug doses to
User's sucking (can namely increase dispensing efficiency).It is limited however, the present invention is not illustrated with this.
Sixth embodiment
It please refers to shown in Figure 17, sixth embodiment of the invention provides a kind of atomizer assembly S comprising: an atomizer master
Machine 1 and an air-flow supplementary guide 3.By Figure 17 it is found that sixth embodiment of the invention and the 5th embodiment compared with Figure 16
It is maximum the difference is that: the atomizer assembly S of sixth embodiment may further comprise: a fluid collecting means 4.
More specifically, fluid collection part 4 is removedly arranged on the bottom end 30B of air-flow supplementary guide 3, and
And fluid collection part 4 has a fluid collection tank 400.For example, fluid guide channel 304 will form in air-flow supplementary guide
At the lowermost end of 3 inner surface, however the present invention is not illustrated with this and is limited.In addition, the inner surface of air-flow supplementary guide 3 has
One fluid guide channel 304, and fluid guide channel 304 can be close to the bottom end 30B of air-flow supplementary guide 3.In addition, air-flow is auxiliary
Help guide member 3 that there are the fluid communication apertures 305 being connected between fluid guide channel 304 and fluid collection tank 400.Whereby, by
Fluid W collected by fluid guide channel 304 can be flowed to fluid communication apertures 305 and be received by the guiding of fluid guide channel 304
Collection is in fluid collection tank 400.That is, when atomizing fluids F generates fluid W (such as water droplet) by partial liquefaction, stream
Body W can flow to fluid communication apertures 305 by the guiding of fluid guide channel 304, whereby collecting fluid W in fluid collection tank
In 400.
It is worth noting that, air-flow supplementary guide 3 can be a kind of spray nozzle or bite.That is, fluid is led
Approaching channel 304 will form at the lowermost end of the inner surface in spray nozzle or bite, and the fluid with fluid collection tank 400 is received
Collection part 4 is removedly arranged on the bottom end of spray nozzle or bite.
The beneficial effect of embodiment
A wherein beneficial effect of the invention is that atomizer assembly S and its air-flow provided by the present invention are mainly guided
Part 2, can be by the way that " the main guide member 2 of air-flow is connected to main guiding channel with a main guiding channel 200 and at least one
200 lower section primary drainage opening 201 " and " lower section primary drainage opening 201 run through the main guide member 20 of air-flow a bottom end
The technical solution of portion 20B ", so that an atomizing fluids F caused by atomizer host 1 can be transmitted to the main guide member 2 of air-flow
Main guiding channel 200 in, and an outside air A is enabled to pass through lower section primary drainage opening 201 and be introduced into main
In guiding channel 200.Therefore, the atomizing fluids F in main guiding channel 200 can be upward by the introducing of outside air A
It raises.
That is, working as the main guiding that atomizing fluids F caused by atomizing module 11 is transmitted to the main guide member 2 of air-flow
When in channel 200, it will form negative pressure in main guiding channel 200 and outside air A be open across lower section primary drainage
201 and be introduced into main guiding channel 200, so atomizing fluids F in main guiding channel 200 can be by " external
Air A from below primary drainage opening 201 introducing " and be pushed upwardly rise or push ahead.
For example, when atomizing fluids F is entrainment of multiple drug granules (particles), due to logical in main guiding
Atomizing fluids F in road 200 can be pushed upwardly liter by the introducing of outside air A, so entrainment of multiple drug granules
Atomizing fluids F is just not easy to fall the waste that (attachment) causes drug on the inner surface of the main guide member 2 of air-flow.Whereby,
The present invention can be allowed folded by atomizing fluids F by the use of the main guide member 2 of air-flow with lower section primary drainage opening 201
Multiple drug granules of band can smoothly be taken out of the outside to the main guide member 2 of air-flow, with provide enough drug doses to
User's sucking (can namely increase dispensing efficiency).It is limited however, the present invention is not illustrated with this.
Content disclosed above is only preferred possible embodiments of the invention, not thereby limits to right of the invention and wants
The protection scope of book is sought, so all equivalence techniques variations done with description of the invention and accompanying drawing content, are both contained in
In the protection scope of claims of the present invention.
Claims (10)
1. a kind of atomizer assembly, which is characterized in that the atomizer assembly includes:
One atomizer host, the atomizer host includes a housing module and one is arranged in atomization in the housing module
Module；And
The main guide member of one air-flow, the main guide member of air-flow are arranged on the housing module and correspond to the atomization mould
Block；
Wherein, the housing module includes a communicating pipe with an exit passageway, and the atomizing module has one to be connected to
The atomizing nozzle of the exit passageway；
Wherein, the main guide member of the air-flow is connected to the main guiding channel with a main guiding channel and at least one
Lower section primary drainage opening, and at least one lower section primary drainage opening runs through a bottom end of the main guide member of the air-flow
Portion；
Wherein, an atomizing fluids caused by the atomizing module of the atomizer host are transmitted to the air-flow and mainly guide
In the main guiding channel of part, an outside air passes through at least one lower section primary drainage opening and is introduced into the master
Want in guiding channel, and the atomizing fluids in the main guiding channel by the introducing of the outside air by
On raise.
2. atomizer assembly according to claim 1, which is characterized in that the main guide member of air-flow has one first to match
Conjunction portion, one second auxiliary section and one are connected to the limiting section between first auxiliary section and second auxiliary section, described
The main guide member of air-flow is located on the housing module by the mutual cooperation of first auxiliary section and the communicating pipe,
Second auxiliary section is coated by air-flow subsidy guide member, and the outer surface of communicating pipe described in the limiting section contact；Its
In, the outer surface of first auxiliary section has a male thread and an a positioning hole, the inner surface of the communicating pipe have one with
The mutually matched box thread of male thread, a fixing piece pass through the communicating pipe and are connected to the communicating pipe and the positioning
Between hole, and at least one lower section primary drainage opening is arranged on second auxiliary section.
3. atomizer assembly according to claim 1, which is characterized in that the main guide member of air-flow connects at least one
The left primary drainage for passing through the main guiding channel is open and at least one is connected to the right of the main guiding channel
Primary drainage opening, at least one left primary drainage opening run through a left part of the main guide member of the air-flow, and extremely
A few right primary drainage opening runs through a right part of the main guide member of the air-flow；Wherein, the outside air is worn
At least one left primary drainage opening is crossed to be open at least one right primary drainage and be introduced into the main guiding
In channel, and the atomizing fluids in the main guiding channel are pushed forward by the introducing of the outside air
Into.
4. atomizer assembly according to claim 1, which is characterized in that the atomizer assembly may further comprise: one
Air-flow supplementary guide, the air-flow supplementary guide are arranged on the main guide member of the air-flow, the air-flow auxiliary guiding
Part is connected to the lower section Assist drainage opening of the auxiliary guiding channel with an auxiliary guiding channel and at least one, and at least
The one lower section Assist drainage opening runs through a bottom end of the air-flow supplementary guide；Wherein, the atomizer host
The atomizing fluids caused by the atomizing module are transmitted to the air-flow by the guiding of the main guide member of the air-flow
In the auxiliary guiding channel of supplementary guide, the outside air pass through at least one lower section Assist drainage opening and by
It introduces in the auxiliary guiding channel, and the atomizing fluids in the auxiliary guiding channel pass through the outside air
It introduces and is pushed upwardly liter.
5. atomizer assembly according to claim 4, which is characterized in that the air-flow supplementary guide connects at least one
The left Assist drainage opening and at least one for passing through the auxiliary guiding channel are connected to the right for assisting guiding channel
Assist drainage opening, at least one left Assist drainage opening run through a left part of the air-flow supplementary guide, and extremely
A few right Assist drainage opening runs through a right part of the air-flow supplementary guide；Wherein, the outside air is worn
At least one left Assist drainage opening is crossed to be open at least one right Assist drainage and be introduced into the auxiliary and guide
In channel, and the atomizing fluids in the auxiliary guiding channel are pushed forward by the introducing of the outside air
Into.
6. atomizer assembly according to claim 4, which is characterized in that the atomizer assembly may further comprise: one
Fluid collection part, the fluid collection part is removedly arranged on the bottom end of the air-flow supplementary guide, and institute
Fluid collection part is stated with a fluid collection tank；Wherein, the inner surface of the air-flow supplementary guide has a fluid guide channel,
And the fluid guide channel, close to the bottom end of the air-flow supplementary guide, the air-flow supplementary guide has one to connect
The fluid communication apertures between the fluid guide channel and the fluid collection tank are passed through, and as collected by the fluid guide channel
Fluid by the guiding of the fluid guide channel flow to the fluid communication apertures and collect in the fluid collection tank.
7. a kind of atomizer assembly, which is characterized in that the atomizer assembly includes:
One atomizer host；And
The main guide member of one air-flow, the main guide member of air-flow are arranged on the atomizer host；
Wherein, the main guide member of the air-flow is connected to the main guiding channel with a main guiding channel and at least one
Lower section primary drainage opening, and at least one lower section primary drainage opening runs through a bottom end of the main guide member of the air-flow
Portion；
Wherein, an atomizing fluids caused by the atomizer host are transmitted to the described of the main guide member of the air-flow and mainly lead
Draw in channel, and an outside air passes through at least one lower section primary drainage opening and is introduced into the main guiding channel
It is interior.
8. atomizer assembly according to claim 7, which is characterized in that the atomizer assembly may further comprise: one
Air-flow supplementary guide, the air-flow supplementary guide are arranged on the main guide member of the air-flow, the air-flow auxiliary guiding
Part is connected to the lower section Assist drainage opening of the auxiliary guiding channel with an auxiliary guiding channel and at least one, and at least
The one lower section Assist drainage opening runs through a bottom end of the air-flow supplementary guide；Wherein, the atomizer host institute
The atomizing fluids generated are transmitted to the institute of the air-flow supplementary guide by the guiding of the main guide member of the air-flow
It states in auxiliary guiding channel, the outside air passes through at least one lower section Assist drainage opening and is introduced into the auxiliary and leads
Draw in channel.
9. atomizer assembly according to claim 8, which is characterized in that the atomizer assembly may further comprise: one
Fluid collection part, the fluid collection part is removedly arranged on the bottom end of the air-flow supplementary guide, and institute
Fluid collection part is stated with a fluid collection tank；Wherein, the inner surface of the air-flow supplementary guide has a fluid guide channel,
And the fluid guide channel, close to the bottom end of the air-flow supplementary guide, the air-flow supplementary guide has one to connect
The fluid communication apertures between the fluid guide channel and the fluid collection tank are passed through, and as collected by the fluid guide channel
Fluid by the guiding of the fluid guide channel flow to the fluid communication apertures and collect in the fluid collection tank.
10. a kind of main guide member of air-flow, which is characterized in that the main guide member of air-flow is arranged on an atomizer host,
Lead to it is characterized in that, the main guide member of air-flow is connected to the main guiding with a main guiding channel and at least one
The lower section primary drainage in road is open, and at least one lower section primary drainage opening runs through a bottom of the main guide member of the air-flow
End a, wherein atomizing fluids caused by the atomizer host are transmitted to the described main of the main guide member of the air-flow
In guiding channel, and an outside air passes through at least one lower section primary drainage opening and is introduced into the main guiding channel
It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810125439.5A CN110115790B (en) | 2018-02-07 | 2018-02-07 | Atomizer assembly and main airflow guide thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810125439.5A CN110115790B (en) | 2018-02-07 | 2018-02-07 | Atomizer assembly and main airflow guide thereof |
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| CN110115790A true CN110115790A (en) | 2019-08-13 |
| CN110115790B CN110115790B (en) | 2021-08-06 |
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| CN110115790B (en) | 2021-08-06 |
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