CN204017049U - Portable ultrasonic atomizer and protection structure thereof - Google Patents
Portable ultrasonic atomizer and protection structure thereof Download PDFInfo
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- CN204017049U CN204017049U CN201420435912.7U CN201420435912U CN204017049U CN 204017049 U CN204017049 U CN 204017049U CN 201420435912 U CN201420435912 U CN 201420435912U CN 204017049 U CN204017049 U CN 204017049U
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Abstract
A kind of Portable ultrasonic atomizer and protection structure thereof; described protection structure is for the protection of a Portable ultrasonic atomizer; wherein protect structure to comprise multiple protected locations; one of them of multiple protected locations has a protective and and is connected in the elastomer of protective; wherein protective is arranged on a top cover body of Portable ultrasonic atomizer; and an elastomeric part is placed in a steam vent of top cover body, for the steam vent of closed roof body.
Description
Technical field
This utility model relates to a kind of ultrasonic atomizer and protection structure thereof, relates in particular to a kind of Portable ultrasonic atomizer and protection structure thereof.
Background technology
Spray method treatment respiratory tract disease is medical mode comparatively prevailing in recent years, because the atomization grain of nebulizer ejection is the drop of about 3～5 μ m sizes, as medicinal liquid, it can arrive bronchus and pulmonary treats, provide by mouth, snuffing enters atomization grain and enters bronchus, diffuse to again whole alveolar, atomization medicinal liquid can be fully absorbed by the body, effect is than the medicine effective percentage of general oral formula and direct, the atomizing type adopting for the nebulizer product of medical application is at present broadly divided into the motion mechanism that is used as nebulizer with the atomization technique principle of pneumatic type or ultrasound formula (as piezoelectric type spray nozzle sheet).
Utility model content
This utility model embodiment is to provide a kind of Portable ultrasonic atomizer and protection structure thereof, the technical problem easily spilling with the liquid solving in existing nebulizer.
This utility model one that wherein an embodiment provides protection structure; it is for the protection of a Portable ultrasonic atomizer, and wherein said protection structure comprises: one first protected location, one second protected location, one the 3rd protected location and one the 4th protected location.Described the first protected location comprises one first protective, and wherein said the first protective is arranged on the front of a power knob of described Portable ultrasonic atomizer, for hiding described power knob.Described the second protected location comprises two the second protectives that correspond to each other; wherein two described the second protectives extend back from two limits, opposition side of described the first protective respectively; and one of them of two described the second protectives is arranged on the front of at least one switching push button of described Portable ultrasonic atomizer, for hiding at least one described switching push button.Described the 3rd protected location has one and extends back from the top of described the first protective and be connected in the 3rd protective and between two described the second protectives and be connected in the elastomer of described the 3rd protective; wherein said the 3rd protective is arranged on a top cover body of described Portable ultrasonic atomizer; and a described elastomeric part is placed in a steam vent of described top cover body, for sealing the described steam vent of described top cover body.Described the 4th protected location has the 4th protective extending forward from the front end of described the first protective; wherein said the 4th protective covers a nozzle of described Portable ultrasonic atomizer, is arranged at the atomization structure in described Portable ultrasonic atomizer for protection.
According to an embodiment of the present utility model, described the 3rd protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described the 3rd protective is connected in the inner surface of described the 3rd protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
The one protection structure that the other embodiment of this utility model provides; it is for the protection of a Portable ultrasonic atomizer; wherein said protection structure comprises: multiple protected locations; one of them of multiple described protected locations has a protective and and is connected in the elastomer of described protective; wherein said protective is arranged on a top cover body of described Portable ultrasonic atomizer; and a described elastomeric part is placed in a steam vent of described top cover body, for sealing the described steam vent of described top cover body.
According to another embodiment, described protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described protective is connected in the inner surface of described protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
A kind of Portable ultrasonic atomizer that the other embodiment of this utility model provides, it comprises: a shell structure, a press-button structure, an atomization structure and a protection structure.Described shell structure comprises that a shell body, can be rotatably set in top cover body and on the top of described shell body and be arranged on the outer nozzle around going up of described shell body around, on the top of wherein said shell body, have one by the accommodation space of described top cover body institute capping, and described top cover body has a steam vent that is connected in described accommodation space.Described press-button structure comprises that one is arranged on the described outer around the power knob of going up and at least one the described outer around the switching push button of going up of described shell body that be arranged on of described shell body around around.Described atomization structure is placed in described shell body and is communicated between described accommodation space and described nozzle.Described protection structure is arranged in described shell structure, and wherein said protection structure comprises: one first protected location, one second protected location, one the 3rd protected location and one the 4th protected location.Described the first protected location comprises one first protective, and wherein said the first protective is arranged on the front of described power knob, for hiding described power knob.Described the second protected location comprises two the second protectives that correspond to each other; wherein two described the second protectives extend back from two limits, opposition side of described the first protective respectively; and one of them of two described the second protectives is arranged on the front of at least one described switching push button, for hiding at least one described switching push button.Described the 3rd protected location has one and extends back from the top of described the first protective and be connected in the 3rd protective and between two described the second protectives and be connected in the elastomer of described the 3rd protective; wherein said the 3rd protective is arranged on described top cover body; and a described elastomeric part is placed in the described steam vent of described top cover body, for sealing the described steam vent of described top cover body.Described the 4th protected location has the 4th protective extending forward from the front end of described the first protective, and wherein said the 4th protective covers described nozzle, for protecting described atomization structure.
According to another embodiment, described the 3rd protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described the 3rd protective is connected in the inner surface of described the 3rd protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
According to another embodiment, described atomization structure comprises: a load bearing unit, a vibrations unit, a waterproof encapsulation unit, an atomization unit and a position-limiting unit; Described load bearing unit have one first supporting part, from described the first supporting part around around the first ring that extends around portion, one from described first ring around portion around around the second supporting part and of extending from described the second supporting part around around extend second around portion, wherein said the first supporting part has a through hole, and described first ring sequentially connects jointly to define an annular groove around portion, described the second supporting part and described second around portion's group; Described vibration unit comprises that one is placed in the annular vibrating reed in described annular groove; Described waterproof encapsulation unit is placed in described annular groove, to cover and to seal described annular vibrating reed; Described atomization unit is arranged on described the first supporting part, and wherein said atomization unit has multiple micro-spray holes that are communicated in described through hole; Described position-limiting unit have one be arranged on the first limiting section and on described atomization unit from described the first limiting section around around the second limiting section of extending and extending around portion along described first ring, wherein said atomization unit is positioned between described the first supporting part and described position-limiting unit, and described the first limiting section has an opening for exposed multiple described micro-spray holes.
According to another embodiment, described atomization structure also comprises: a housing unit, wherein said load bearing unit, described vibration unit, described waterproof encapsulation unit, described atomization unit and described position-limiting unit are all placed in described housing unit, described housing unit comprises a procapsid and one and the back casing that cooperatively interacts of described procapsid, described procapsid has the port of export for exposed multiple described micro-spray holes and and is communicated in the horn-like opening of the described port of export, and described back casing has an arrival end corresponding to the described port of export, the described arrival end of multiple vicinities and around the projection of described arrival end and one by multiple described projections around and be communicated in the water-containing space of described arrival end.
According to another embodiment, described Portable ultrasonic atomizer also comprises: one puts medicine structure, described in put medicine structure and comprise: one puts prescription unit and a movable units, the described prescription unit of putting is arranged in described accommodation space, the wherein said prescription unit of putting comprises a main part, the assisted parts of the described main part of at least one vicinity, one by described main part and at least one described assisted parts around and be communicated in described accommodation space put medicine space, the one wherein end at described main part and at least one described assisted parts wherein between an end and be communicated in described accommodation space and described in put between the other end of the first opening between medicine space and an other end at described main part and at least one described assisted parts and be communicated in described accommodation space and described in put the second opening between medicine space, described movable units extends in described accommodation space from the inner surface of described top cover body, and wherein said movable units is by described the first opening, with described accommodation space and described in put between medicine space and move, wherein, described in being placed at, puts in medicine space the medicament capsule that has liquid medicine at least one, in the time putting medicine space described in described movable units moves to from described accommodation space, described movable units can puncture at least one described medicament capsule, so that the described liquid medicine of internal memory at least one described medicament capsule is flowed in described accommodation space.
According to another embodiment, the described prescription unit of putting comprises that one is connected in the strengthening rib of the outer surface of described main part, described movable units comprises that first displaceable member and extending in described accommodation space from the described inner surface of described top cover body extends to the second displaceable member in described accommodation space from the described inner surface of described top cover body, and described the first displaceable member and described the second displaceable member are mutually symmetrical and are arranged on the described inner surface of described top cover body, wherein in the time that described top cover body drives described the first displaceable member to move together with described the second displaceable member, one of them can pass through described the first opening described the first displaceable member and described the second displaceable member, with described accommodation space and described in put between medicine space and move.
The beneficial effects of the utility model can be; the Portable ultrasonic atomizer that this utility model embodiment provides and protection structure thereof; its can by " described the 3rd protective is arranged on described top cover body; and a described elastomeric part is placed in the described steam vent of described top cover body " design; for sealing the described steam vent of described top cover body, the liquid that can prevent from being placed in described accommodation space spills from described steam vent.
For enabling further to understand feature of the present utility model and technology contents, refer to following about detailed description of the present utility model and accompanying drawing, but appended accompanying drawing only provide with reference to and explanation use, be not used in addition limitr of this utility model.
Brief description of the drawings
Fig. 1 is the wherein decomposing schematic representation at a visual angle of this utility model atomization structure.
Fig. 2 is the decomposing schematic representation at an other visual angle of this utility model atomization structure.
Fig. 3 is the combination schematic diagram of this utility model atomization structure.
Fig. 4 is the generalized section of the A-A face line of Fig. 3.
Fig. 5 is the generalized section of another atomization structure of this utility model.
Fig. 6 is the decomposed schematic diagram of this utility model Portable ultrasonic atomizer.
Fig. 7 is the combination schematic diagram of this utility model Portable ultrasonic atomizer.
Fig. 8 is the cut-away section schematic diagram of the B-B face line of Fig. 7.
Fig. 9 be this utility model Portable ultrasonic atomizer temporarily remove after top cover body on look schematic diagram.
Figure 10 be this utility model top cover body under look schematic diagram.
Figure 11 be this utility model movable units puncture before medicament capsule on look schematic diagram.
Figure 12 be this utility model movable units puncture after medicament capsule on look schematic diagram.
Wherein, description of reference numerals is as follows:
Shell structure 1
Shell body 11
Accommodation space 110
Top cover body 12
Steam vent 120
Inner surface 121
Nozzle 13
Atomization structure 2
Load bearing unit 21
Annular groove 2100
The first supporting part 211
Through hole 2110
Front surface 2111
Rear surface 2112
First ring is around portion 212
First ring is around surface 2121
Second around surface 2122
The second supporting part 213
Second around portion 214
Anulospiral ending portion 215
Vibration unit 22
Annular vibrating reed 220
Waterproof encapsulation unit 23
Atomization unit 24
Micro-spray holes 241
Around location division 242
Position-limiting unit 25
The first limiting section 251
Opening 2510
The second limiting section 252
Housing unit 26
Procapsid 261
Inner surface 2610
The port of export 2611
Horn-like opening 2612
Back casing 262
Inner surface 2620
Arrival end 2621
Projection 2622
Water-containing space 2623
Press-button structure 3
Power knob 31
Switching push button 32
Put medicine structure 4
Put prescription unit 41
Main part 411
Outer surface 4110
Assisted parts 412
Put medicine space 413
The first opening 414
The second opening 415
Strengthening rib 416
Movable units 42
The first displaceable member 421
The second displaceable member 422
Protection structure 5
The first protected location 51
The first protective 511
Through hole 5110
The second protected location 52
The second protective 521
The 3rd protected location 53
The 3rd protective 531
Accommodating hole 5310
The first holding part 53101
The second holding part 53102
Width W 1, W2
Outer surface 5311
Inner surface 5312
Elastomer 532
The first elastic 5321
The second elastic 5322
The 3rd elastic 5323
The 4th protected location 54
The 4th protective 541
Medicament capsule P
Liquid medicine M
Detailed description of the invention
The embodiment that below the utility model proposes " Portable ultrasonic atomizer and protection structure thereof " by specific instantiation explanation, those skilled in that art can understand advantage of the present utility model and effect easily by the disclosed content of this description.This utility model also can be implemented or be applied by other different specific embodiments, and the every details in this description also can, based on different viewpoints and application, be carried out various modifications and change under not departing from spirit of the present utility model.In addition, accompanying drawing of the present utility model, only for simple declaration, is not described according to actual size, that is unreacted go out the to be correlated with actual size of formation, first give chat bright.Following embodiment will further describe correlation technique content of the present utility model, but disclosed content is not in order to limit this utility model.
Refer to shown in Fig. 1 to Fig. 4 the generalized section of the A-A face line that wherein Fig. 4 is Fig. 3.This utility model provides a kind of atomization structure 2, and it comprises: a load bearing unit 21, a vibration unit 22, a waterproof encapsulation unit 23, an atomization unit 24 and a position-limiting unit 25.
First, coordinate shown in Fig. 1, Fig. 2 and Fig. 4, load bearing unit 21 have one first supporting part 211, from the first supporting part 211 around around the first ring that extends around portion 212, one from first ring around portion 212 around around the second supporting part 213 and of extending from the second supporting part 213 around around extend second around portion 214, wherein the first supporting part 211 has a through hole 2110, and first ring sequentially connects jointly to define an annular groove 2100 around portion 212, the second supporting part 213 and second around portion 214.Further, as shown in Figure 4, first ring around portion 212 can be from the first supporting part 211 around around recede and extend.The second supporting part 213 can from first ring around portion 212 around around outwards vertically extending and being parallel to the first supporting part 211.Second around portion 214 can be from the second supporting part 213 around horizontal-extending and go out and perpendicular to the second supporting part 213 forward around.In addition, load bearing unit 21 also have one from second around portion 214 around outside horizontal-extending and go out and be parallel to the anulospiral ending portion 215 of the first supporting part 211 around.
Moreover, coordinate shown in Fig. 1 and Fig. 4, vibration unit 22 comprises that one is arranged on load bearing unit 21 and is placed in the annular vibrating reed 220 in annular groove 2100, and waterproof encapsulation unit 23 (as shown in Figure 4) is placed in annular groove 2100, to cover and to seal annular vibrating reed 220.For instance, annular vibrating reed 220 can be one by the made piezoelectric drive element of any piezoelectric, and waterproof encapsulation unit 23 can be any for preventing that aqueous vapor from touching the encapsulating material of annular vibrating reed 220.
In addition, coordinate shown in Fig. 1, Fig. 2 and Fig. 4, atomization unit 24 (can be described as atomizing piece) is arranged on the first supporting part 211, and atomization unit 24 has multiple micro-spray holes 241 that are communicated in through hole 2110.In addition, position-limiting unit 25 have one be arranged on the first limiting section 251 and on atomization unit 24 from the first limiting section 251 around around the second limiting section 252 of extending and extending around portion 212 along first ring, wherein as shown in Figure 4, atomization unit 24 is positioned between the first supporting part 211 and position-limiting unit 25, and the first limiting section 251 has an opening 2510 for exposed multiple micro-spray holes 241.
Further, coordinate shown in Fig. 1, Fig. 2 and Fig. 4, the first supporting part 211 has a front surface 2111 and a rear surface 2112 in contrast to front surface 2111, and first ring around portion 212 there is a first ring that is connected in front surface 2111 around surface 2121 and one in contrast to first ring around surface 2121 and be connected in rear surface 2112 second around surface 2122.In addition, atomization unit 24 have one be arranged between the front surface 2111 of the first supporting part 211 and the first limiting section 251 and around multiple micro-spray holes 241 around location division 242, wherein coordinate shown in Fig. 1 and Fig. 4, the front surface 2111 of the first supporting part 211 can be covered around location division 242 completely, and first ring can be covered by the second limiting section 252 around the part on surface 2121 around the first ring of portion 212.
Further, coordinate shown in Fig. 1 to Fig. 4, atomization structure 2 also comprises: a housing unit 26, wherein load bearing unit 21, vibration unit 22, waterproof encapsulation unit 23, atomization unit 24 and position-limiting unit 25 are all placed in housing unit 26.In addition, housing unit 26 comprises a procapsid 261 and one and the back casing 262 that cooperatively interacts of procapsid 261, wherein procapsid 261 has one and is communicated in the horn-like opening 2612 of the port of export 2611 for the port of export 2611 and of exposed multiple micro-spray holes 241, and back casing 262 have an arrival end 2621 corresponding to the port of export 2611, multiple neighboring entry end 2621 and around the projection 2622 of arrival end 2621 and one by 2622 of multiple projections around and be communicated in the water-containing space 2623 of arrival end 2621, to be effectively added to the water content of port area.In addition, as shown in Figure 4, the first limiting section 251 of position-limiting unit 25 and anulospiral ending portion 215 inner surface 2610 of contact procapsid 261 simultaneously, and the inner surface 2620 of the second supporting part 213 meeting contact back casings 262.
It is worth mentioning that, as shown in Figure 5, atomization unit 24 have one be arranged between the rear surface 2112 of the first supporting part 211 and the first limiting section 251 and around multiple micro-spray holes 241 around location division 242, wherein the rear surface 2112 of the first supporting part 211 can be covered around location division 242 completely, and first ring can be covered by the second limiting section 252 around the part on surface 2122 around second of portion 212.In addition, the first supporting part 211 and anulospiral ending portion 215 inner surface 2610 of contact procapsid 261 simultaneously, and the inner surface 2620 of the second supporting part 213 meeting contact back casings 262.Therefore, atomization unit 24 and position-limiting unit 25, except can being placed on the front end place of load bearing unit 21 (as shown in Figure 4), also can be placed on the rear end (as shown in Figure 5) of load bearing unit 21.
Moreover, coordinating shown in Fig. 6 to Fig. 8, this utility model provides a kind of Portable ultrasonic atomizer Z, and it comprises: a shell structure 1, an atomization structure 2 and a press-button structure 3.Wherein, shell structure 1 comprises that a shell body 11, can be rotatably set in top cover body 12 and on the top of shell body 11 and be arranged on the outer nozzle 13 around going up of shell body 11 around, wherein on the top of shell body 11, have one by the accommodation space 110 of 12 cappings of top cover body, and top cover body 12 has a steam vent 120 that is communicated in accommodation space 110.In addition, atomization structure 2 is placed in shell body 11 and is communicated between accommodation space 110 and nozzle 13.Press-button structure 3 comprises that one is arranged on outer power knob 31 and at least one outer switching push button 32 around going up that is arranged on shell body 11 around going up of shell body 11 around around.
Further, coordinate shown in Fig. 6 and Fig. 8 to Figure 10, Portable ultrasonic atomizer Z also comprises: one puts medicine structure 4, puts medicine structure 4 and comprises: one puts prescription unit 41 and a movable units 42.
First, coordinate shown in Fig. 6 and Fig. 9 the generalized section of the B-B face line that wherein Fig. 8 is Fig. 7.Putting prescription unit 41 is arranged in accommodation space 110.For instance, put prescription unit 41 and comprise a main part 411, the assisted parts 412 of at least one contiguous main part 411, one by 412 of main part 411 and assisted parts around and be communicated in accommodation space 110 put medicine space 413, wherein between an end and be communicated in accommodation space 110 and put the first opening 414 between medicine space 413 of the one wherein end at main part 411 and assisted parts 412, one between an other end of main part 411 and an other end of assisted parts 412 and be communicated in accommodation space 110 and put the second opening 415 and between medicine space 413 the strengthening rib 416 that is connected in the outer surface 4110 of main part 411.
Moreover, coordinating shown in Fig. 6, Fig. 8 and Figure 10, movable units 42 extends in accommodation space 110 from the inner surface 121 of top cover body 12.For instance, movable units 42 comprises that first displaceable member 421 and extending in accommodation space 110 from the inner surface 121 of top cover body 12 extends to the second displaceable member 422 in accommodation space 110 from the inner surface 121 of top cover body 12, and the first displaceable member 421 and the second displaceable member 422 can be mutually symmetrical and be arranged on the inner surface 121 of top cover body 12.
Further, coordinate shown in Figure 11 and Figure 12, movable units 42 can pass through the first opening 414, with at accommodation space 110 and put between medicine space 413 and move.In other words, when user rotates counterclockwise top cover body 12, while driving the first displaceable member 421 to move together with the second displaceable member 422 to take advantage of a situation, the first displaceable member 421 and the second displaceable member 422 both one of them can pass through the first opening, with at accommodation space 110 and put between medicine space 413 and move.For instance, the medicament capsule P that has liquid medicine M at least one can be seated in medicine space 413 in advance, when movable units 42 moves to while putting medicine space 413 from accommodation space 110, the first displaceable member 421 of movable units 42 can puncture medicament capsule P, so that the liquid medicine M of internal memory in medicament capsule P can be flowed in accommodation space 110, and can flow in water-containing space 2623, use for atomization structure 2.
In addition; coordinate shown in Fig. 6 to Fig. 8; Portable ultrasonic atomizer Z also comprises: a protection structure 5; protection structure 5 is arranged in shell structure 1; for protection Portable ultrasonic atomizer Z, wherein protect structure 5 to comprise: one first protected location 51, one second protected location 52, one the 3rd protected location 53 and one the 4th protected location 54.
First, coordinate shown in Fig. 6 and Fig. 7, the first protected location 51 comprises that one has the first protective 511 of a through hole 5110, and wherein the first protective 511 is arranged on the front of power knob 31, for hiding power knob 31.The second protected location 52 comprises two the second protectives 521 that correspond to each other; wherein two the second protectives 521 extend back from two limits, opposition side of the first protective 511 respectively; and one of them of two the second protectives 521 is arranged on the front of switching push button 32, for hiding switching push button 32.The 3rd protected location 53 has one and extends back from the top of the first protective 511 and be connected in the 3rd protective 531 and between two the second protectives 521 and be connected in the elastomer 532 of the 3rd protective 531; wherein the 3rd protective 531 is arranged on top cover body 12; and a part for elastomer 532 is placed in the steam vent 120 of top cover body 12, for the steam vent 120 of closed roof body 12.The 4th protected location 54 has a front end from the first protective 511 and extends forward and seal the 4th protective 541 of through hole 5110, and wherein the 4th protective 541 can cover nozzle 13, for protection atomization structure 2.In other words; protection structure 5 comprises multiple protected locations; one of them (that is the 4th protected location 54) of multiple protected locations has a protective (that is the 4th protective 541) and and is connected in the elastomer 532 of protective; wherein protective is arranged on top cover body 12; and a part for elastomer 532 is placed in the steam vent 120 of top cover body 12, for the steam vent 120 of closed roof body 12.Whereby, Portable ultrasonic atomizer Z, in the time of receiving state, by the use of protection structure 5, not only can prevent that false touch from arriving power knob 31 and switching push button 32, and the liquid that also can prevent from being placed in accommodation space 110 spills from steam vent 120.
Further; coordinate shown in Fig. 7 and Fig. 8; the 3rd protective 531 has an accommodating hole 5310; wherein accommodating hole 5310 has the second holding part 53102 that first holding part 53101 and that is connected in the outer surface 5311 of the 3rd protective 531 is connected in the inner surface 5312 of the 3rd protective 531 and is communicated in the first holding part 53101, and the width W 2 of the second holding part 53102 is greater than the width W 1 of the first holding part 53101.In addition, elastomer 532 has one and is placed in the first elastic 5321, in the first holding part 53101 and is connected in the first elastic 5321 and is placed in the second elastic 5322 in the second holding part 53102 and one extends downwards and be placed in the 3rd elastic 5323 in the steam vent 120 of top cover body 12 from the second elastic 5322.
In sum; the beneficial effects of the utility model can be; the Portable ultrasonic atomizer Z that this utility model embodiment provides and protection structure thereof; its can by " the 3rd protective 531 is arranged on top cover body 12; and a part for elastomer 532 is placed in the steam vent 120 of top cover body 12 " design; for the steam vent 120 of closed roof body 12, the liquid that can prevent from being placed in accommodation space 110 spills from steam vent 120.
The foregoing is only better possible embodiments of the present utility model, non-ly therefore limit to this utility model, therefore the equivalence techniques that all utilization this utility model description and accompanying drawing content are done changes, be all contained in the scope of claims of the present utility model.
Claims (10)
1. a protection structure, it,, for the protection of a Portable ultrasonic atomizer, is characterized in that, described protection structure comprises:
One first protected location, described the first protected location comprises one first protective, wherein said the first protective is arranged on the front of a power knob of described Portable ultrasonic atomizer, for hiding described power knob;
One second protected location, described the second protected location comprises two the second protectives that correspond to each other, wherein two described the second protectives extend back from two limits, opposition side of described the first protective respectively, and one of them of two described the second protectives is arranged on the front of at least one switching push button of described Portable ultrasonic atomizer, for hiding at least one described switching push button;
One the 3rd protected location, described the 3rd protected location has one and extends back from the top of described the first protective and be connected in the 3rd protective and between two described the second protectives and be connected in the elastomer of described the 3rd protective, wherein said the 3rd protective is arranged on a top cover body of described Portable ultrasonic atomizer, and a described elastomeric part is placed in a steam vent of described top cover body, for sealing the described steam vent of described top cover body; And
One the 4th protected location; described the 4th protected location has the 4th protective extending forward from the front end of described the first protective; wherein said the 4th protective covers a nozzle of described Portable ultrasonic atomizer, is arranged at the atomization structure in described Portable ultrasonic atomizer for protection.
2. protection structure as claimed in claim 1, it is characterized in that, described the 3rd protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described the 3rd protective is connected in the inner surface of described the 3rd protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
3. a protection structure; it is for the protection of a Portable ultrasonic atomizer; it is characterized in that; described protection structure comprises: multiple protected locations; one of them of multiple described protected locations has a protective and and is connected in the elastomer of described protective; wherein said protective is arranged on a top cover body of described Portable ultrasonic atomizer, and a described elastomeric part is placed in a steam vent of described top cover body, for sealing the described steam vent of described top cover body.
4. protection structure as claimed in claim 3, it is characterized in that, described protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described protective is connected in the inner surface of described protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
5. a Portable ultrasonic atomizer, is characterized in that, comprising:
One shell structure, described shell structure comprises that a shell body, can be rotatably set in top cover body and on the top of described shell body and be arranged on the outer nozzle around going up of described shell body around, on the top of wherein said shell body, have one by the accommodation space of described top cover body institute capping, and described top cover body has a steam vent that is connected in described accommodation space;
One press-button structure, described press-button structure comprises that one is arranged on the described outer around the power knob of going up and at least one the described outer around the switching push button of going up of described shell body that be arranged on of described shell body around around;
One atomization structure, described atomization structure is placed in described shell body and is communicated between described accommodation space and described nozzle; And
One protection structure, described protection structure is arranged in described shell structure, and wherein said protection structure comprises:
One first protected location, described the first protected location comprises one first protective, wherein said the first protective is arranged on the front of described power knob, for hiding described power knob;
One second protected location, described the second protected location comprises two the second protectives that correspond to each other, wherein two described the second protectives extend back from two limits, opposition side of described the first protective respectively, and one of them of two described the second protectives is arranged on the front of at least one described switching push button, for hiding at least one described switching push button;
One the 3rd protected location, described the 3rd protected location has one and extends back from the top of described the first protective and be connected in the 3rd protective and between two described the second protectives and be connected in the elastomer of described the 3rd protective, wherein said the 3rd protective is arranged on described top cover body, and a described elastomeric part is placed in the described steam vent of described top cover body, for sealing the described steam vent of described top cover body; And
One the 4th protected location, described the 4th protected location has the 4th protective extending forward from the front end of described the first protective, and wherein said the 4th protective covers described nozzle, for protecting described atomization structure.
6. Portable ultrasonic atomizer as claimed in claim 5, it is characterized in that, described the 3rd protective has a through hole, described through hole has the second holding part that first holding part and that is connected in the outer surface of described the 3rd protective is connected in the inner surface of described the 3rd protective and is communicated in described the first holding part, and the width of described the second holding part is greater than the width of described the first holding part, wherein said elastomer has first elastic being placed in described the first holding part, one is connected in described the first elastic and is placed in the second elastic in described the second holding part and one extends downwards and be placed in the 3rd elastic in the described steam vent of described top cover body from described the second elastic.
7. Portable ultrasonic atomizer as claimed in claim 5, is characterized in that, described atomization structure comprises:
One load bearing unit, described load bearing unit have one first supporting part, from described the first supporting part around around the first ring that extends around portion, one from described first ring around portion around around the second supporting part and of extending from described the second supporting part around around extend second around portion, wherein said the first supporting part has a through hole, and described first ring sequentially connects jointly to define an annular groove around portion, described the second supporting part and described second around portion's group;
One vibration unit, described vibration unit comprises that one is placed in the annular vibrating reed in described annular groove;
One waterproof encapsulation unit, described waterproof encapsulation unit is placed in described annular groove, to cover and to seal described annular vibrating reed;
One atomization unit, described atomization unit is arranged on described the first supporting part, and wherein said atomization unit has multiple micro-spray holes that are communicated in described through hole; And
One position-limiting unit, described position-limiting unit have one be arranged on the first limiting section and on described atomization unit from described the first limiting section around around the second limiting section of extending and extending around portion along described first ring, wherein said atomization unit is positioned between described the first supporting part and described position-limiting unit, and described the first limiting section has an opening for exposed multiple described micro-spray holes.
8. Portable ultrasonic atomizer as claimed in claim 7, it is characterized in that, described atomization structure also comprises: a housing unit, wherein said load bearing unit, described vibration unit, described waterproof encapsulation unit, described atomization unit and described position-limiting unit are all placed in described housing unit, described housing unit comprises a procapsid and one and the back casing that cooperatively interacts of described procapsid, described procapsid has the port of export for exposed multiple described micro-spray holes and and is communicated in the horn-like opening of the described port of export, and described back casing has an arrival end corresponding to the described port of export, the described arrival end of multiple vicinities and around the projection of described arrival end and one by multiple described projections around and be communicated in the water-containing space of described arrival end.
9. Portable ultrasonic atomizer as claimed in claim 5, is characterized in that, also comprises: one puts medicine structure, described in put medicine structure and comprise:
One puts prescription unit, the described prescription unit of putting is arranged in described accommodation space, the wherein said prescription unit of putting comprises a main part, the assisted parts of the described main part of at least one vicinity, one by described main part and at least one described assisted parts around and be communicated in described accommodation space put medicine space, the one wherein end at described main part and at least one described assisted parts wherein between an end and be communicated in described accommodation space and described in put between the other end of the first opening between medicine space and an other end at described main part and at least one described assisted parts and be communicated in described accommodation space and described in put the second opening between medicine space, and
One movable units, described movable units extends in described accommodation space from the inner surface of described top cover body, wherein said movable units is by described the first opening, with described accommodation space and described in put between medicine space and move;
Wherein, described in being placed at, puts in medicine space the medicament capsule that has liquid medicine at least one, in the time putting medicine space described in described movable units moves to from described accommodation space, described movable units can puncture at least one described medicament capsule, so that the described liquid medicine of internal memory at least one described medicament capsule is flowed in described accommodation space.
10. Portable ultrasonic atomizer as claimed in claim 9, it is characterized in that, the described prescription unit of putting comprises that one is connected in the strengthening rib of the outer surface of described main part, described movable units comprises that first displaceable member and extending in described accommodation space from the described inner surface of described top cover body extends to the second displaceable member in described accommodation space from the described inner surface of described top cover body, and described the first displaceable member and described the second displaceable member are mutually symmetrical and are arranged on the described inner surface of described top cover body, wherein in the time that described top cover body drives described the first displaceable member to move together with described the second displaceable member, one of them can pass through described the first opening described the first displaceable member and described the second displaceable member, with described accommodation space and described in put between medicine space and move.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420435912.7U CN204017049U (en) | 2014-08-04 | 2014-08-04 | Portable ultrasonic atomizer and protection structure thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420435912.7U CN204017049U (en) | 2014-08-04 | 2014-08-04 | Portable ultrasonic atomizer and protection structure thereof |
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| Publication Number | Publication Date |
|---|---|
| CN204017049U true CN204017049U (en) | 2014-12-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420435912.7U Expired - Fee Related CN204017049U (en) | 2014-08-04 | 2014-08-04 | Portable ultrasonic atomizer and protection structure thereof |
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| Country | Link |
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| CN (1) | CN204017049U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105311719A (en) * | 2014-08-04 | 2016-02-10 | 心诚镁行动医电股份有限公司 | Portable ultrasonic wave atomizer and protective structure thereof |
| CN108057150A (en) * | 2016-11-06 | 2018-05-22 | 微邦科技股份有限公司 | The assemble method of highly pressurised liquid transmitting device |
-
2014
- 2014-08-04 CN CN201420435912.7U patent/CN204017049U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105311719A (en) * | 2014-08-04 | 2016-02-10 | 心诚镁行动医电股份有限公司 | Portable ultrasonic wave atomizer and protective structure thereof |
| CN108057150A (en) * | 2016-11-06 | 2018-05-22 | 微邦科技股份有限公司 | The assemble method of highly pressurised liquid transmitting device |
| CN108057150B (en) * | 2016-11-06 | 2021-04-27 | 微邦科技股份有限公司 | Assembling method of high-pressure liquid transmission device |
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Granted publication date: 20141217 |