CN205341105U - Atomizer that can stand upside down and use - Google Patents
Atomizer that can stand upside down and use Download PDFInfo
- Publication number
- CN205341105U CN205341105U CN201521045630.7U CN201521045630U CN205341105U CN 205341105 U CN205341105 U CN 205341105U CN 201521045630 U CN201521045630 U CN 201521045630U CN 205341105 U CN205341105 U CN 205341105U
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- diameter section
- pump
- upside down
- hole
- aerosol apparatus
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Abstract
The utility model provides an atomizer that can stand upside down and use, including a pump with one can be just against spouting the mechanism. Should just include against spouting the mechanism that a check valve, one mistake made in treatment spouted the joint and the pearl body, but the displacement against spouting the joint is put into to this pearl body. Installing when the pump just holds the check valve when the contrary joint that spouts, should connecting a formation passageway between inner wall and the pump outward appearance against spouting, the passageway is blocked to the normality by the check valve, and the permission atomizer is just standing the use. Between the service time of standing upside down, should contrary spout the joint and plugged up by the pearl body, the atomizer can draw liquid ejection via the passageway.
Description
Technical field
This utility model relates to the technology of inverse spray, particularly relates to a kind of aerosol apparatus standing upside down and using.
Background technology
Known aerosol apparatus, except upright spraying, it is also possible to spraying of standing upside down.Can be stood upside down the aerosol apparatus used, and structure is not quite similar, as China the 102161025th waits Patent Case with TaiWan, China the M462149th.
No. 102161025 Patent Case of China discloses pressure-lift aerosol apparatus, is connect a liquid sucking device at the input of pump assembly.This liquid sucking device includes inside and outside two soup sticks, and these soup sticks are mutually nested, and installs check valve additional along coaxial direction, coordinates a hoodle to obtain the upright or all spendable effect of inversion state.
The aerosol apparatus of TaiWan, China M462149 Patent Case, it draws liquid structure, including a Y-pipe and two steel balls.This Y-pipe connects a long tube respectively, a short tube and is located at the liquid sucting port of sprayer body, and the one of long and short two pipes accordingly inserted by every steel ball.When the upright use of aerosol apparatus, the opening of this short tube is closed by steel ball, and this long tube draw liquid stream is sprayed to sprayer body.When aerosol apparatus stands upside down, the opening of this long tube is closed by steel ball, and this short tube draw liquid stream is sprayed to sprayer body.
But, the spray structure of No. 102161025 Patent Case of China is considerably complicated, and not only number of elements is various, and assembles consuming time.
Although, the structure of TaiWan, China M462149 Patent Case aerosol apparatus is simple and easy, with dependence on the weight of steel ball, it does not have any potted component, therefore sealing effect is not good.
Therefore, how to improve the structure of traditional type aerosol apparatus, just become the problem that this utility model is urgently to be resolved hurrily.
Utility model content
In consideration of it, this case utility model designer provides a kind of aerosol apparatus, its main purpose is in that: adopt can the structure of just/inverse spray, allow spray apparatus for the upright or effect used of standing upside down.
Reaching because of above-mentioned purpose, this utility model can stand upside down the aerosol apparatus that uses by a bottle, a shower nozzle, a lid, a pump with one can just/form against spraying mechanism.This bottle has a bottleneck, and this lid covers the bottleneck of bottle and detachable.This shower nozzle has a runner, and this runner has an entrance and an outlet.
Wherein, this pump has one first end and one second end.When pump is installed on lid, this first end exposes the entrance of lid outside and connecting passage, it is allowed to the relative lid of shower nozzle moves back and forth, and this second end is entered in bottle by bottleneck.
Described can just/inverse spraying mechanism, including:
One non-return valve, it has a junction, and this connecting portion is annular, and its inner rim connects pipe in, and forms a ring film around connecting portion, and this interior pipe is installed on the second end of pump and communicates with the first end；
One inverse spray joint, it has a top, a bottom and to make the hole that top, the end two end communicate；And
One bead, it inserts this can displacement between bottom and hole against spray joint.
When inverse spray joint is installed on pump and holds non-return valve, forming a passage between this inverse spray inner nosepiece wall and pump appearance, this passage leads to hole and interior pipe respectively from the top of inverse spray joint, and it is normality from inverse spray nipple tip to the position in hole that this ring film blocks passage.
During the use that aerosol apparatus is upright, this bead is away from the hole of inverse spray joint without dropping, and this pump draws the liquid inside bottle via the bottom of inverse spray joint.
During the use that aerosol apparatus stands upside down, this bead blocks the hole of inverse spray joint, and this passage is no longer stopped by the ring film of non-return valve and keeps unimpeded state.Because the active force of bead check is more than the resistance of ring film, so this pump draws bottle via the top of inverse spray joint flows to the liquid of lid.
Specifically, this inverse spray joint has large and small two diameter segment.Described enlarged diameter section includes: multiple longitudinal rib and at least one traverse furrow.This longitudinal rib is formed at enlarged diameter section inwall, can go deep into the position of enlarged diameter section by packing pump.This traverse furrow is formed at the bottom of enlarged diameter section, and when the connecting portion of the bottom support non-return valve of enlarged diameter section, this traverse furrow is connected with passage.
Described reduced diameter section leads to bottom enlarged diameter section via hole, and it has at least one salient point, at least one longitudinal furrow and a ball-and-socket.This salient point protrudes from reduced diameter section inwall, and reduction reduced diameter section inner width also stops bead to drop.This longitudinal furrow is formed at reduced diameter section inwall, and it extends to salient point vicinity along inverse spray coupling axis direction from hole.This ball-and-socket is located at reduced diameter section inwall, and it is positioned at around hole and leads to longitudinal furrow.
This non-return valve also has a flange and a profile groove.Wherein, this flange is formed at outside ring film and can touch inverse spray joint or enlarged diameter section inwall.This profile groove is axially formed the wall thickness place in interior pipe, and its one end interface channel, the other end communicates with inside pump.
So, this utility model with can just/inverse spraying mechanism, allow spray apparatus for the upright or effect used of standing upside down.
Then, based on the embodiment that graphic detailed description is relevant, technology, means and effect of adopting are described, it is believed that this utility model above-mentioned purpose, structure and feature, when can by obtain a deep and concrete understanding.
Accompanying drawing explanation
Fig. 1 is the exploded view of this utility model aerosol apparatus first embodiment.
Fig. 2 is can the assembled sectional view of just/inverse spraying mechanism.
Fig. 3 is the plane graph cut open along the line A-A of Fig. 2.
Fig. 4 be aerosol apparatus upright time use state diagram.
Fig. 5 is use state diagram during aerosol apparatus handstand.
Fig. 6 is the partial sectional view of this utility model aerosol apparatus the second embodiment.
Fig. 7 is the sectional view of pipe horizontal direction in Fig. 6.
Fig. 8 is the partial sectional view of this utility model aerosol apparatus the 3rd embodiment.
Description of reference numerals: aerosol apparatus 10；Bottle 12；Bottleneck 14；External screw thread 16；Suction pipe 18；Shower nozzle 20；Runner 22；Entrance 24；Outlet 26；Lid 30；Female thread 32；Leakage-preventing gasket 34；Pump 40；First end 42；Second end 44；Non-return valve 50；Profile groove 51；Connecting portion 52；Interior pipe 54；Ring film 56；Flange 58；Inverse spray joint 60；Enlarged diameter section 61；Top 62；Longitudinal rib 63；Bottom 64；Reduced diameter section 65；Bottom 66；Recreation room 67；Hole 68；Ball-and-socket 69；Bead 70；Longitudinal furrow 71；Can just/inverse spraying mechanism 72；Traverse furrow 73；Salient point 74；Passage 76；Liquid 78.
Detailed description of the invention
Refer to Fig. 1～Fig. 3, illustrate aerosol apparatus 10 first embodiment, can be made up of by just/inverse spraying mechanism 72 bottle 12, shower nozzle 20, lid 30, pump 40 and.Wherein, this bottle 12 has bottleneck 14 and an external screw thread 16, and this external screw thread 16 is formed at contiguous bottleneck 14 place of bottle 12.
This lid 30 inwall forms a female thread 32, makes lid 30 cover the bottleneck 14 of bottle 12, detachable with internal and external screw thread 16,32 locking.
This pump 40 has one first end 42 and one second end 44, and two ends 42,44 communicate with each other.When pump 40 is installed on lid 30, a leakage-preventing gasket 34 overlaps pump 40 and contacts inside lid 30, possesses the function preventing revealing.This moment, it is outside that the first end 42 of this pump 40 exposes lid 30, and the second end 44 enters bottle 12 by bottleneck 14, in order to connect a suction pipe 18.
Having a runner 22 in described shower nozzle 20, defining runner 22 by the one end around shower nozzle 20 is outlet 26, and towards the one end below drawing, shower nozzle 20 is considered as entrance 24.When entrance 24 connects the first end 42 of pump 40, this relative lid 30 of shower nozzle 20 moves back and forth, and orders about the active force that the pump 40 inner space to bottle 12 produces to inhale or arrange.
Described can include by just/inverse spraying mechanism 72: the inverse spray joint 60 of non-return valve 50, one and a bead 70.
Wherein, this non-return valve 50 has the connecting portion 52 of an annular, forms pipe 54 in connecting portion 52 inner edge.When interior pipe 54 inserts the second end 44 of pump 40, the runner 22 that this interior pipe 54 leads to shower nozzle 20 via the first end 42 of pump 40 exports 26.This connecting portion 52 surrounding forms a ring film 56, protuberance one circle flange 58 outside ring film 56.
This inverse spray joint 60 forms enlarged diameter section 61 and a reduced diameter section 65 from top 62 towards bottom 66, has a hole 68 between large and small two diameter segment 61,65, makes the inverse spray top of joint 60, the end two end 62,66 communicate with each other by hole 68.
This enlarged diameter section 61 inwall forms multiple longitudinal rib 63, and these longitudinal rib 63 are in a certain distance apart from one another, and the position that pump 40 gos deep into enlarged diameter section 61 produces packing effect, makes inverse spray joint 60 be installed on pump 40, holds non-return valve 50 with enlarged diameter section 61.It addition, one or more traverse furrow 73 is formed on the bottom 64 of this enlarged diameter section 61, when the bottom 64 of enlarged diameter section 61 supports the connecting portion 52 of non-return valve 50, this traverse furrow 73 extends hole 68 around along radial direction.
So, between enlarged diameter section 61 inwall and pump 40 appearance, a passage 76 is formed.Except longitudinal rib 63, this traverse furrow 73 becomes a part for passage 76, makes passage 76 lead to hole 68 and interior pipe 54 respectively from the top 62 of inverse spray joint 60.
At the present embodiment, this ring film 56 is oblique, and itself and connecting portion 52 are designed to one and possess certain elasticity, and related flange 58 can touch the internal face of enlarged diameter section 61, is normality in order to block passage 76 from inverse spray joint 60 top 62 to the position in hole 68.It should be noted that: this flange 58 is little with the contact surface of enlarged diameter section 61, possesses the Penetration Signature of easy closure or openness.
This reduced diameter section 65 leads to the bottom of enlarged diameter section 61 via hole 68, and it has multiple salient point 74, multiple tracks longitudinal furrow 71 and a ball-and-socket 69.These salient points 74 protrude from reduced diameter section 65 inwall, can reduce the width within reduced diameter section 65.This longitudinal furrow 71 is formed at reduced diameter section 65 inwall, and it extends to salient point 74 vicinity along inverse spray joint 60 axis direction from hole 68.This ball-and-socket 69 is located at reduced diameter section 65 inwall, and it is positioned at around hole 68 and leads to longitudinal furrow 71.
This reduced diameter section 65 is considered as a recreation room 67 from salient point 74 to the inner space in hole 68, it is allowed to bead 70 is inserted reduced diameter section 65 and gets in recreation room 67.Because bead 70 diameter is more than the reduction width within reduced diameter section 65, so this salient point 74 can stop bead 70 to drop, but do not affect bead 70 and move back and forth between the bottom 66 and hole 68 of inverse spray joint 60.
During the use that aerosol apparatus 10 is upright, this relative lid 30 of shower nozzle 20 stress moves down, and orders about pump 40 and produces active force.This moment, this flange 58 contacts enlarged diameter section 61 inwall, forms closure state and impermeable.
According to the direction of arrow of Fig. 4, the liquid 78 bottom this bottle 12, flow into the hole 68 of inverse spray joint 60 via the longitudinal furrow of suction pipe 18 and reduced diameter section 65, by the interior pipe 54 of non-return valve 50 runner 22 turning to shower nozzle 20, from outlet 26 some fogs of ejection.This moment, this bead 70 is away from the hole 68 of inverse spray joint 60, without dropping out reduced diameter section 65.
As it is shown in figure 5, during the use that aerosol apparatus 10 stands upside down, the bottleneck 14 of this leakage-preventing gasket 34 sealing bottle 12, it is to avoid the liquid 78 being rushed to bottleneck 14 flows out outside bottle 12.This moment, this bead 70 blocks the hole 68 of inverse spray joint 60 because of weight.This shower nozzle 20 stress relative lid 30 displacement, orders about pump 40 equally and produces active force (or inner suction of weighing bottle 12).Except making bead 70 block the hole 68 of inverse spray joint 60 more closely, more allow the inwall place that ring film 56 contacts enlarged diameter section 61 be formed a little just like gap as opening, allow passage 76 keep unimpeded state with osmosis.
This bottle 12 is rushed to the liquid 78 of bottleneck 14, is entered the gap of ring film 56 and enlarged diameter section 61 inwall according to Fig. 5 direction of arrow by passage 76, turns to the interior pipe 54 of non-return valve 50 along traverse furrow 73, export 26 ejection fogs by the runner 22 of shower nozzle 20.
Briefly, the resistance of the force ratio ring film 56 of this bead 70 check is big, make pump 40 draw bottle 12 via inverse spray joint 60 (namely top) and flow to the liquid 78 of lid 30, make this can possess the upright or effect used of standing upside down by aerosol apparatus 10 by just/inverse spraying mechanism.
Fig. 6, Fig. 7 draw the second embodiment of aerosol apparatus 10, and its structure is roughly the same with first embodiment, and difference place is in that: this structure of just/inverse spraying mechanism 72 can be made some and change.
First, this enlarged diameter section 61 extends certain length, relatively increases the total length of inverse spray joint 60, makes the top 62 of inverse spray joint 60 closer to leakage-preventing gasket 34, can draw the liquid more than first embodiment during the use that aerosol apparatus 10 stands upside down.
Secondly, one profile groove 51 of this non-return valve more than 50, this profile groove 51 is axially formed in the wall thickness place of interior pipe 54, makes interior pipe 54 cross section C-shaped.The traverse furrow 73 of described profile groove 51 one end interface channel 76, the other end is internal with pump 40 to communicate.
Fig. 8 draws the 3rd embodiment of aerosol apparatus 10, and its structure is roughly the same with the second embodiment, the difference place of the two: be also to making some change by just/inverse spraying mechanism 72.
Wherein, the length of this enlarged diameter section 61 and the enlarged diameter section of first embodiment are roughly the same.Ring film 56 vertical section of this non-return valve 50 takes the shape of the letter U, and still can touch the inwall of enlarged diameter section 61.
Claims (7)
1. the aerosol apparatus used that can stand upside down, it is characterised in that including:
One bottle, it has a bottleneck；
One shower nozzle, it has a runner, and this runner has an entrance and an outlet；
One lid, it removably covers the bottleneck of bottle；
One pump, it has one first end and one second end, and when pump is installed on lid, this first end exposes the entrance of lid outside and connecting passage, it is allowed to the relative lid of shower nozzle moves back and forth, and this second end is entered in bottle by bottleneck；
One non-return valve, it has a junction, and this connecting portion is annular, and its inner rim connects pipe in, and forms a ring film around connecting portion, and this interior pipe is installed on the second end of pump and communicates with the first end；
One inverse spray joint, it has the hole that a top, a bottom and make top communicate with bottom；
One bead, it inserts this can displacement between bottom and hole against spray joint；
When inverse spray joint is installed on pump and holds non-return valve, forming a passage between this inverse spray inner nosepiece wall and pump appearance, this passage leads to hole and interior pipe respectively from the top of inverse spray joint, and it is normality from inverse spray nipple tip to the position in hole that this ring film blocks passage；
During the use that aerosol apparatus is upright, this bead is away from the hole of inverse spray joint without dropping, and this pump draws the liquid inside bottle via the bottom of inverse spray joint；
During the use that aerosol apparatus stands upside down, this bead blocks the hole of inverse spray joint, and this passage is no longer stopped by the ring film of non-return valve and keeps unimpeded state, it is allowed to this pump draws bottle via the top of inverse spray joint and flows to the liquid of lid.
2. the aerosol apparatus used that stands upside down according to claim 1, it is characterised in that this inverse spray joint includes:
One enlarged diameter section, comprising: multiple longitudinal rib, this longitudinal rib is formed at enlarged diameter section inwall, it is possible to packing pump gos deep into the position of enlarged diameter section；At least one traverse furrow, it is formed at the bottom of enlarged diameter section, and when the connecting portion of the bottom support non-return valve of enlarged diameter section, described traverse furrow is connected with passage；
One reduced diameter section, it leads to bottom enlarged diameter section via described hole, and this reduced diameter section has at least one salient point, and this salient point protrudes from reduced diameter section inwall, and reduction reduced diameter section inner width also stops bead to drop.
3. the aerosol apparatus used that stands upside down according to claim 2, it is characterised in that this reduced diameter section also has at least one longitudinal furrow, and this longitudinal furrow is formed at reduced diameter section inwall, and it extends to salient point vicinity along inverse spray coupling axis direction from hole.
4. the aerosol apparatus used that stands upside down according to claim 3, it is characterised in that this reduced diameter section also has a ball-and-socket, and this ball-and-socket is located at reduced diameter section inwall, and it is positioned at around hole and leads to longitudinal furrow.
5. the aerosol apparatus used that stands upside down according to claim 1, it is characterised in that this non-return valve also has a flange, this flange is formed at outside ring film and can touch inverse spray inner nosepiece wall.
6. the aerosol apparatus used that stands upside down according to claim 2, it is characterised in that this non-return valve also has a flange, and this flange is formed at and can touch enlarged diameter section inwall outside ring film.
7. the aerosol apparatus used that stands upside down according to claim 1, it is characterised in that this non-return valve also has a profile groove, and this profile groove is axially formed the wall thickness place in interior pipe, and its one end interface channel, the other end communicates with inside pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521045630.7U CN205341105U (en) | 2015-12-15 | 2015-12-15 | Atomizer that can stand upside down and use |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521045630.7U CN205341105U (en) | 2015-12-15 | 2015-12-15 | Atomizer that can stand upside down and use |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205341105U true CN205341105U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521045630.7U Expired - Fee Related CN205341105U (en) | 2015-12-15 | 2015-12-15 | Atomizer that can stand upside down and use |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205341105U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109476413A (en) * | 2016-07-15 | 2019-03-15 | 三谷阀门有限公司 | Atomizing is upright/handstand valve system and the spray product with the upright/handstand valve system |
-
2015
- 2015-12-15 CN CN201521045630.7U patent/CN205341105U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109476413A (en) * | 2016-07-15 | 2019-03-15 | 三谷阀门有限公司 | Atomizing is upright/handstand valve system and the spray product with the upright/handstand valve system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20191215 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |