CN209204356U - A kind of atomizing cup of adjustable condensation rate size - Google Patents
A kind of atomizing cup of adjustable condensation rate size Download PDFInfo
- Publication number
- CN209204356U CN209204356U CN201821921678.3U CN201821921678U CN209204356U CN 209204356 U CN209204356 U CN 209204356U CN 201821921678 U CN201821921678 U CN 201821921678U CN 209204356 U CN209204356 U CN 209204356U
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- China
- Prior art keywords
- cup body
- core
- upper cover
- cover ontology
- condensation rate
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Abstract
The utility model provides a kind of atomizing cup of adjustable condensation rate size, it solves existing atomizing cup condensation rate size and is unable to control, atomizing effect is poor and the poor technical problem of stability, it is equipped with upper cup body, lower cup body, upper cover and core, upper cup body is set in lower cup body, lower cup body bottom is equipped with air inlet pipe, core is set to the outside of air inlet pipe and is located at the lower section of upper cup body, on be covered in upper cup body, upper cover is equipped with upper cover ontology, cooperation is equipped with regulating valve on upper cover ontology, regulating valve, which is equipped with, adjusts valve body, it adjusts valve body and is equipped with adjustment hole, it is adjacent with the adjustment hole on adjusting valve body to be additionally provided with adjusting knob；Knob adjustment hole is additionally provided on upper cover ontology, adjusting knob is stretched out from knob adjustment hole.The utility model can be widely used for atomising art.
Description
Technical field
The utility model relates to a kind of atomising devices, and in particular to a kind of atomizing cup of adjustable condensation rate size.
Background technique
Medicinal atomized is the effective ways of clinical treatment diseases in respiratory system, atomizing cup be it is a kind of will be medicinal atomized, pass through
The Medical Devices of the mode Sucked medicine of breathing are usually used in treating asthma, heart, hematologic disease etc..Existing atomizing cup cannot
Control condensation rate is adjusted as needed, it is easy to the too high or too low situation of atomizing concentration occurs, atomizing effect is poor, and is easy
It causes to waste；The flow velocity of the air entered in atomizing cup from top not can control, and also easily influence atomizing effect.Upper cup body with it is upper
Lid, the connective stability between lower cup body and upper body is poor, is easy to influence atomizing effect.
Summary of the invention
In order to solve, existing atomizing cup condensation rate size is unable to control the utility model, atomizing effect is poor and stability
Poor technical problem, provides that a kind of condensation rate size can control, atomizing effect is preferable and the preferably adjustable mist of stability
The atomizing cup of rate size.
The utility model is equipped with upper cup body, lower cup body, upper cover and core thus, and upper cup body is set in lower cup body, lower cup body
Bottom is equipped with air inlet pipe, and core is set to the outside of air inlet pipe and is located at the lower section of upper cup body, is above covered in upper cup body, upper cover is set
There is upper cover ontology, cooperation is equipped with regulating valve on upper cover ontology, and regulating valve, which is equipped with, adjusts valve body, and adjusting valve body, which is equipped with, to be adjusted
Hole adjusts and adjacent with the adjustment hole is additionally provided with adjusting knob on valve body；It is additionally provided with knob adjustment hole on upper cover ontology, adjusts rotation
Button is stretched out from knob adjustment hole.
Preferably, several supporting blocks are equipped with along its circumferencial direction on the inner wall of upper cover ontology, adjust valve body and is supported on
In supporting block；The bottom of upper cover ontology is additionally provided with stop collar, and the top for adjusting valve body is equipped with annular groove, annular groove and stop collar
It matches.
Preferably, upper cover ontology is additionally provided with upper cover ontology protrusion, and the inner wall of upper cup body is additionally provided with upper cover ontology convex groove,
Upper cover ontology protrusion is matched with upper cover ontology convex groove.
Preferably, upper cup body, which is equipped with, settles plateau and settles low, and sedimentation plateau connect simultaneously jointly downward with sedimentation low
Equipped with guide shell, the outer diameter of guide shell is less than the internal diameter of upper cup body；Bracket is equipped in guide shell, the bottom of bracket is equipped with collision
Column；The periphery of upper cup body is additionally provided with snap ring, and the inner wall of lower cup body is equipped with annular groove, and snap ring is set in annular groove；Upper cup body to
Outer stretch out is equipped with fog outlet, and the gap between fog outlet and upper cup body inner wall and guide shell communicates.
Preferably, the top of lower cup body is opening-like, and being connected with top opening protruding has fog outlet support portion, upper cup
The fog outlet of body is supported on fog outlet support portion.
Preferably, core is equipped with core pedestal, is connected with taper core pipe on core pedestal, tapered core pipe sleeve is in lower cup body
The outside of interior air inlet pipe, sets that there are two opposite grooves on the inner wall of taper core pipe；Core is additionally provided with core footstock, core top
Seat is connected between core pedestal by connecting rod.
Preferably, the bottom of guide shell is equipped with guide shell lower inclined plane, and the top of core footstock is equipped with core footstock ramp,
Core footstock ramp is matched with guide shell lower inclined plane.
Preferably, along its neighboring to limit plate is had, limit plate, which is set in upper cup body, to sink for the bottom of upper cover ontology
Drop plateau and sedimentation low table shape at settlement space in and be in contact with the inner wall of upper cup body.
The utility model is equipped with regulating valve, and regulating valve is supported on the annular groove on upper lid and at the top of regulating valve by supporting block
It is matched with the stop collar of upper cover bottom, the adjusting knob of regulating valve can rotate in the knob adjustment hole of upper cover, thus real
The purpose for adjusting air inlet window size, the final size for realizing control condensation rate are showed；Plateau and sedimentation are settled by upper cup body
Settlement space between low so that the extraneous gas entered in upper cup body is buffered, subsequently into guide shell to downlink
It walks, ensure that the stability of gas conveying, stablize atomizing effect.By the cooperation of convex groove between upper cover and upper cup body with
And the cooperation of snap ring and annular groove has fully ensured that the stabilization connected between each components of atomizing cup between upper cup body and lower cup body
Property, further ensure atomizing effect.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the structural schematic diagram after the utility model is longitudinal sectional.
Fig. 3 is the perspective view one of the utility model lower cup body.
Fig. 4 is the perspective view two of the utility model lower cup body.
Fig. 5 is the perspective view three of the utility model lower cup body.
Fig. 6 is the perspective view one of the utility model upper cup body.
Fig. 7 is the perspective view two of the utility model upper cup body.
Fig. 8 is the perspective view three of the utility model upper cup body.
Fig. 9 is the perspective view one of the utility model core.
Figure 10 is the perspective view two of the utility model core.
Figure 11 is the perspective view one of the utility model upper cover.
Figure 12 is the perspective view two of the utility model upper cover.
Figure 13 is the perspective view one of the utility model regulating valve.
Figure 14 is the perspective view two of the utility model regulating valve.
Sign flag is as follows in figure:
1 is lower cup body, and 11 be fog outlet support portion, and 12 be annular groove；
2 be upper cup body, and 21 be sedimentation plateau, and 22 be low of sedimentation, and 23 be guide shell, and 24 be bracket, and 25 be to collide column, 26
It is snap ring, 27 be guide shell lower inclined plane, and 28 be upper cover ontology convex groove；
3 be core, and 31 be core pedestal, and 32 be taper core pipe, and 33 be groove, and 34 be core footstock, and 35 be connecting rod, 36
It is core footstock ramp；
4 be upper cover, and 41 be upper cover ontology, and 42 be limit plate, and 43 be upper cover ontology protrusion, and 44 be knob adjustment hole, and 45 are
Stop collar, 46 be supporting block；
5 be regulating valve, and 51 be to adjust valve body, and 52 be annular groove, and 53 be adjustment hole, and 54 be knob；
6 be air inlet pipe, and 7 be fog outlet.
Specific embodiment
As depicted in figs. 1 and 2, the utility model is equipped with lower cup body 1 and upper cup body 2, and upper cup body 2 is set in lower cup body 1.Under
Bottom in cup body 1 is additionally provided with tapered snorkel 6, and the outside of air inlet pipe 6 is equipped with core 3, core 3 be located at upper cup body 2 just under
Side.It is additionally provided with upper cover 4 in upper cup body 2, is equipped with regulating valve 5 with the cooperation of upper cover 4.Bottom is contained with medical fluid, air inlet pipe in lower cup body 1
When being passed through high pressure gas in 6, collided with 2 bottom of upper cup body the negative pressure to be formed drive medical fluid in lower cup body 1 by core 3 with into
Gap between tracheae 6, until the bottom with upper cup body 2 collides to form atomization medicine particle, while also by external sky
Gas is guided to the bottom of upper cup body 2 by regulating valve 5, upper cover 4, makes fog outlet 7 row of the drug microparticles of atomization from upper cup body 2
Out.
As shown in Fig. 3, Fig. 4 and Fig. 5, the top of lower cup body 1 is opening-like, and being connected with top opening protruding has mist out
Mouth support portion 11, the peripheral shape of the fog outlet 7 of the inner peripheral surface and upper cup body 2 of fog outlet support portion 11 match.The present embodiment
Middle fog outlet 7 is circular tube shaped, and the inner peripheral surface of fog outlet support portion 11 is arc-shaped to match with the round tube fog outlet 7.Taper
Air inlet pipe 6 be set to the bottom centre in lower cup body 1, be additionally provided with annular groove 12 on the inner wall of lower cup body 1.
As shown in Fig. 6, Fig. 7 and Fig. 8, it is equipped with sedimentation plateau 21 and sedimentation low 22 in upper cup body 2, settles the height of plateau 21
Degree is higher than sedimentation low 22 height.Sedimentation plateau 21 is connect and with settling low 22 jointly to having guide shell 23, water conservancy diversion
The outer diameter of cylinder 23 is less than the internal diameter of upper cup body 2.Cross bracket 24 is equipped in guide shell 23, the bottom of bracket 24 is equipped with collision column
25.The periphery of upper cup body 2 is additionally provided with snap ring 26, and after upper cup body 2 is put into lower cup body 1, the snap ring 26 of 2 periphery of upper cup body is stuck in down
In annular groove 12 on 1 inner wall of cup body, it is stably connected with lower cup body.The matching relationship of snap ring 26 and annular groove 12 is in Fig. 2
It is high-visible.The bottom of guide shell 23 is additionally provided with guide shell lower inclined plane 27, and upper cover ontology protrusion is additionally provided on the inner wall of upper cup body 2
Groove 28.Upper cup body 2 is protruding to be equipped with fog outlet 7, the gap phase between fog outlet 7 and 2 inner wall of upper cup body and guide shell 23
It is logical.
As shown in Figure 9 and Figure 10, core 3 is equipped with the core pedestal 31 of annular, is connected with tapered core on core pedestal 31
Pipe 32, the outside of the air inlet pipe 6 of 32 sets of the taper core pipe tapers in lower cup body 1.There are two being set on the inner wall of taper core pipe 32
Opposite groove 33, walks upwards for the medical fluid in lower cup body 1 and provides channel.Core 3 is additionally provided with the core footstock 34 of annular, core
It is connected between body footstock 34 and core pedestal 31 by 3 connecting rods 35,3 connecting rods 35 are along core pedestal 31 and core top
The circumferencial direction of seat 34 is uniformly distributed.The top inner circumferential of core footstock 34 is equipped with core footstock ramp 36, and the utility model exists
When work, core footstock ramp 36 is matched with guide shell lower inclined plane 27, so that good spacing relation is formed to core 3,
Keep its stabilization.Core footstock ramp 36 is high-visible in Fig. 2 with the matching relationship of guide shell lower inclined plane 27.
As is illustrated by figs. 11 and 12, upper cover 4 is equipped with upper cover ontology 41, and the bottom of upper cover ontology 41 is downward along its neighboring
Equipped with arc-shaped limit plate 42, limit plate 42 is set in upper cup body 2 in the settlement space of low 22 formation of sedimentation plateau 21 and sedimentation
And it is in contact with the inner wall of upper cup body 2.The periphery of upper cover ontology 41 is additionally provided with upper cover ontology protrusion 43, upper cover ontology protrusion 43 with
The upper cover ontology convex groove 28 of 2 inner wall of upper cup body matches, and keeps good after being placed on upper cup body 2 in lower cup body 1
Fixed relationship.Upper cover ontology protrusion 43 is high-visible in Fig. 2 with the matching relationship of upper cover ontology convex groove 43.Upper cover sheet
The knob adjustment hole 44 of arc is additionally provided on body 41, the bottom centre position of upper cover ontology 41 is additionally provided with stop collar 45.Upper cover sheet
The inner wall of body 41 is also uniformly provided with several supporting blocks 46 along its circumferencial direction.
As shown in Figure 13 and Figure 14, regulating valve 5, which is equipped with, adjusts valve body 51, and the center of top for adjusting valve body 51 is equipped with ring
Shape slot 52, the annular groove 52 are matched with the stop collar 45 of 41 bottom of upper cover ontology, and making can only phase between upper cover 4 and regulating valve 5
To rotation.Meanwhile the bottom edge support of valve body 51 is adjusted in a circle supporting block 46 of 41 inner wall of upper cover ontology.Regulating valve
It is additionally provided with arc adjustment hole 53 on ontology 51, adjusts and adjacent with adjustment hole 53 on valve body 51 be additionally provided with adjusting knob 54.It adjusts
Knob 54 is stretched out from the knob adjustment hole 44 of upper cover ontology 41.In this way, can be rotated entire adjust by rotation adjusting knob 54
Valve 5 is saved, so that the size of adjusting knob adjustment hole 44, that is, have adjusted the flow for entering air in atomizing cup from top.
The present embodiment is passed through oxygen (or air) using Venturi effect using pressure oxygen (or air) as power source
It is quickly flowed in air inlet pipe 6, the medical fluid of bottom in lower cup body 1 is ejected on collision column 25 by the suction high speed of groove 33,
Atomization shape drug microparticles are formed, while the gas of top is entered into guide shell 23 by knob adjustment hole 44, the atomization with formation
The drug granule of shape mixes；Mixed atomization vapour enters the gap between upper cup body 2 and guide shell 23, then going out through upper cup body 2
Mist mouth 7 is sucked by patient, achievees the purpose that medicinal atomized treatment.
Only as described above, only specific embodiment of the utility model, when the utility model cannot be limited with this
The range of implementation, therefore the displacement of its equivalent assemblies, or according to equivalent changes and modifications made by the utility model patent protection scope,
It should still belong to the scope that the utility model claims book is covered.
Claims (8)
1. a kind of atomizing cup of adjustable condensation rate size is equipped with upper cup body, lower cup body, upper cover and core, the upper cup body
In the lower cup body, the lower cup body bottom is equipped with air inlet pipe, and the core is set to the outside of the air inlet pipe and is located at
The lower section of the upper cup body, it is described on be covered in the upper cup body, it is characterized in that the upper cover be equipped with upper cover ontology, it is described on
Cooperation is equipped with regulating valve on lid ontology, and the regulating valve, which is equipped with, adjusts valve body, and the adjusting valve body is equipped with adjustment hole, institute
It states to adjust and adjacent with the adjustment hole is additionally provided with adjusting knob on valve body；Knob adjustment hole, institute are additionally provided on the upper cover ontology
Adjusting knob is stated to stretch out from the knob adjustment hole.
2. the atomizing cup of adjustable condensation rate size according to claim 1, it is characterised in that the upper cover ontology it is interior
Several supporting blocks are equipped with along its circumferencial direction on wall, the adjusting valve body is supported in the supporting block；The upper cover sheet
The bottom of body is additionally provided with stop collar, and the top for adjusting valve body is equipped with annular groove, the annular groove and the stop collar phase
Cooperation.
3. the atomizing cup of adjustable condensation rate size according to claim 2, it is characterised in that the upper cover ontology is also set
Have that upper cover ontology is raised, the inner wall of the upper cup body is additionally provided with upper cover ontology convex groove, the upper cover ontology protrusion with it is described
Upper cover ontology convex groove matches.
4. the atomizing cup of adjustable condensation rate size according to claim 1, it is characterised in that the upper cup body is equipped with heavy
Plateau and low of sedimentation drop, and the sedimentation plateau settles low and connect and jointly to having guide shell, the water conservancy diversion with described
The outer diameter of cylinder is less than the internal diameter of the upper cup body；Bracket is equipped in the guide shell, the bottom of the bracket is equipped with collision column；Institute
The periphery for stating upper cup body is additionally provided with snap ring, and the inner wall of the lower cup body is equipped with annular groove, and the snap ring is set to the annular groove
It is interior；The upper cup body is protruding to be equipped with fog outlet, the gap between the fog outlet and the upper cup body inner wall and guide shell
It communicates.
5. the atomizing cup of adjustable condensation rate size according to claim 4, it is characterised in that the top of the lower cup body
It is opening-like, be connected with top opening it is protruding have a fog outlet support portion, the fog outlet of the upper cup body be supported on it is described go out
On mist mouth support portion.
6. the atomizing cup of adjustable condensation rate size according to claim 4, it is characterised in that the core is equipped with core
Pedestal, is connected with taper core pipe on the core pedestal, air inlet pipe of the tapered core pipe sleeve in the lower cup body it is outer
Side, sets that there are two opposite grooves on the inner wall of the taper core pipe；The core is additionally provided with core footstock, the core footstock
It is connected between the core pedestal by connecting rod.
7. the atomizing cup of adjustable condensation rate size according to claim 6, it is characterised in that the bottom of the guide shell
Equipped with guide shell lower inclined plane, the top of the core footstock is equipped with core footstock ramp, the core footstock ramp and institute
Guide shell lower inclined plane is stated to match.
8. the atomizing cup of adjustable condensation rate size according to claim 4, it is characterised in that the bottom of the upper cover ontology
Portion along its neighboring to having a limit plate, the limit plate be set to sedimentation plateau in upper cup body and settle low table shape at it is heavy
It is in contact in drop space and with the inner wall of upper cup body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821921678.3U CN209204356U (en) | 2018-11-21 | 2018-11-21 | A kind of atomizing cup of adjustable condensation rate size |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821921678.3U CN209204356U (en) | 2018-11-21 | 2018-11-21 | A kind of atomizing cup of adjustable condensation rate size |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209204356U true CN209204356U (en) | 2019-08-06 |
Family
ID=67460601
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821921678.3U Active CN209204356U (en) | 2018-11-21 | 2018-11-21 | A kind of atomizing cup of adjustable condensation rate size |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209204356U (en) |
-
2018
- 2018-11-21 CN CN201821921678.3U patent/CN209204356U/en active Active
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| GR01 | Patent grant |