CN2812656Y

CN2812656Y - Volatile bottle cover structure

Info

Publication number: CN2812656Y
Application number: CN 200520114500
Authority: CN
Inventors: 蔡承洲
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-07-28
Filing date: 2005-07-28
Publication date: 2006-09-06
Anticipated expiration: 2015-07-28

Abstract

The utility model relates to a volatilizing bottle cover structure which can control the volatilizing quantity of air. The utility model comprises a bottle body, a hollow base, an upper cover, a sucking cover and a fixed lining seat, wherein the fixed lining seat is provided with an air hole; the corresponding rotation of the upper cover and the hollow base can control the size of the air hole so as to regulate the flow rate of the air entering the hollow base, and furthermore, to control the volatilizing speed of reodorant.

Description

The volatilization Bottle cap structure

Technical field

The utility model is about a kind of volatilization Bottle cap structure, is particularly to a kind of volatilization Bottle cap structure of controlling the gaseous volatilization amount.

Background technology

At present the structure of volatilization Bottle cap structure is applied to storaging liquid aromatic often, and mat inhale stamen with aromatic from the bottle sucking-off, again by the convection action of air, and aromatic is diffused in the air naturally, allow the smell that has fragrance in the air of a particular space.

Yet existing volatilization Bottle cap structure is by natural volatility process, have no idea to control the volatile quantity of aromatic, thereby cause often the use initial stage, more and concentration is higher because of its liquid fragrance, so its volatile quantity is more, and smell is also denseer, but in using the later stage, because of liquid fragrance reduces gradually, so its volatile quantity is less relatively, make aromatic odor can't be full of again in the specific space, can't reach the effect of improving smell in the particular space.

Again, as desire in the short time, to want to quicken the volatile quantity of aromatic, so that particular space promptly has the smell of fragrance in the short time, volatilization Bottle cap structure according to the conventional fragrant agent can't be reached, because the volatilization Bottle cap structure structure of conventional fragrant agent can't be adjusted the volatile quantity of aromatic, it only can disperse aromatic by fixing cross-ventilation path, can't increase or reduce the volatile quantity of aromatic again by alternate manner.

The utility model content

Main purpose of the present utility model is to be to provide a kind of volatilization Bottle cap structure of controlling the gaseous volatilization amount, to improve the shortcoming of the uncontrollable gaseous volatilization amount of existing volatilization Bottle cap structure.

For reaching above-mentioned purpose, the utility model utilizes the sidewall of hollow base to offer air-vent, imports air by air-vent, with the convection current path and the convection efficiency of increase air, and the gaseous volatilization amount of volatilization Bottle cap structure can be promoted.

Again, further the utility model utilizes the relative motion of loam cake and hollow base, can control the size of air-vent, and uses the purpose that reaches control gaseous volatilization amount.

Description of drawings

Fig. 1 is a schematic perspective view of the present utility model.

The branch scholar who won the first place in provincial imperial examinations intention that Fig. 2 is a loam cake of the present utility model, inhale the stamen lid, fix lining seat and bottleneck seat.

Fig. 3 is Fig. 2 and add the combination generalized section of inhaling stamen.

Fig. 4 is the embodiment schematic diagram of the utility model unused state.

Fig. 5 is the utility model air-vent adjustment action schematic diagram one.

Fig. 6 is the utility model air-vent adjustment action schematic diagram two.

Symbol description

Bottle 10

External screw thread 101

Hollow base 20

First opening 201

Retaining edge 2011

Lead angle 2012

Second opening 202

Internal thread 2021

Air-vent 203

Oblique screw thread 204

Loam cake 30

Through hole 301

Internal ring wall 302

Bulge loop 3021

Internal thread 303

Inhale stamen lid 40

Fixing lining seat 50

Inhale stamen 60

The specific embodiment

Below with specific embodiment, content of the present utility model is described in detail.

See also Fig. 1, shown in 2, be the schematic perspective view and the part assembly decomposing schematic representation of volatilization Bottle cap structure, this volatilization Bottle cap structure comprises a bottle 10, one hollow base 20, one loam cake 30, one inhales stamen lid 40 and one fixing lining seat 50, wherein this hollow base 20 is to be incorporated on the bottleneck of this bottle 10, and has an external screw thread 101 on this bottleneck, this loam cake 30 then is incorporated on this hollow base 20, in addition, 40 on this suction stamen lid is arranged at 20 of this loam cake 30 and hollow bases, should be arranged at this

hollow base

20 and 10 of bottles by 50 of fixing lining seats, and should fixing lining 50 and be inserted in the bottle 10.

In addition, this hollow base 20 has one first opening 201, second opening 202 with respect to first opening 201, reaches an air-vent 203, wherein this first opening 201 has a retaining edge 2011, and have more a lead angle 2012 on this retaining edge 2011, it is (not shown in the figures that this second opening 202 has an internal thread 2021, please consult Fig. 4) in advance, use with the external screw thread 101 of this bottle 10 and combine, and this air-vent 203 is to be formed on the sidewall of this hollow base 20, and has more an oblique screw thread 204 on this sidewall.

In addition, please consult shown in Figure 3 simultaneously, this loam cake 30 is tool one through hole 301, an internal ring wall 302 and the internal thread 303 corresponding with this oblique screw thread 204 also, this loam cake 30 is promptly by this internal thread 303 and oblique screw thread 204, and can with hollow base 20 relative turns, and this internal ring wall 302 also is inserted in the hollow base 20 from this first opening 201, again by these internal ring wall 302 opening outer rims set a bulge loop 3021 and this mutual restriction that keeps off edge 2011, this loam cake 30 can not broken away from hollow base 20.

Again, in Fig. 3, more disclosed one and inhaled stamen 60, this suction stamen 60 is by the aromatic in the capillarity absorption stored vial 10, with slowly air transmitted, diverge in the air, this suction stamen 60 is to be arranged in this fixing lining seat 50, and an end stretches to bottle 10 bottoms, and the other end then is inserted in the hollow base 20.

See also shown in Figure 4, it is the utility model unused state embodiment schematic diagram, as shown in the figure, the utility model this suction stamen lid 40 when not using is then to be arranged at 20 of this loam cake 30 and hollow bases, and be placed on this suction stamen 60, contact with air to intercept suction stamen 60, and avoid aromatic to be dissipated in the air.

See also Fig. 5, shown in Figure 6, be that the utility model uses schematic diagram, when using the utility model, to inhale earlier stamen lid 40 from

loam cake

30 and 20 of hollow bases get from, inhale stamen 60 and promptly contact with air this moment, aromatic promptly can be dissipated in the hollow base 20 by self-priming stamen 60, lets out via the through hole 301 of loam cake 30 to be dissipated in the outside air again.

And the utility model can be directed in the air in the external world in the hollow base 20 by air-vent 203, to promote the cross-ventilation in the hollow base 20, so can quicken the divergence speed of aromatic.On the other hand, the utility model is also by this loam cake 30 and hollow base 20 relative turns, and can control the size of air-vent 203, when loam cake 30 and hollow base 20 relative when the most close, this air-vent 203 will be covered by loam cake 30, when loam cake 30 and hollow base 20 relative away from the time, this air-vent is not covered by loam cake 30, so by the relative position of loam cake 30 with hollow base 20, and the size of control air-vent 203.When air-vent 203 cresteds more for a long time, the flow that its air flows in the hollow base 20 is relatively low, the divergence speed of its aromatic is slower, so its volatile quantity is also less, anti-, when air-vent 203 cresteds more after a little while, the flow that its air flows in hollow base 20 is higher relatively, the divergence speed of its aromatic is very fast, so its volatile quantity is also higher.

Therefore the utility model is able to reach via said modules the purpose of the gaseous volatilization amount of control volatilization Bottle cap structure.

Though the utility model discloses as above with several preferred embodiments; right its is not in order to limit the utility model; anyly have the knack of this skill person; in not breaking away from spirit and scope of the present utility model; still can do a little change and retouching, therefore protection domain of the present utility model is as the criterion when looking accompanying the claim person of defining.

Claims

One kind the volatilization Bottle cap structure, comprising:

One bottle is for the ccontaining person of aromatic;

One hollow base is disposed on the bottleneck of this bottle, and has an air-vent on the sidewall of this hollow base; And

One loam cake is incorporated on the hollow base, to control the perforate size of this air-vent.
2. volatilization Bottle cap structure as claimed in claim 1 more comprises:

One fixing lining seat is arranged between this hollow base and bottle, and stretches in this bottleneck, and

One inhales the stamen lid, is arranged between this fixing lining seat and loam cake.
3. as claim 1 or 2 described volatilization Bottle cap structures, wherein this loam cake has an internal thread, and this pedestal has an oblique screw thread, and mat makes this loam cake and the pedestal can relative turn.
4. volatilization Bottle cap structure as claimed in claim 3, wherein this hollow base has one first opening, and this first opening has a retaining edge, and this loam cake has more one and is inserted into internal ring wall in the hollow base from first opening, and the opening outer rim of this internal ring wall is provided with a bulge loop.
5. volatilization Bottle cap structure as claimed in claim 4, wherein this hollow base has more second opening with respect to first opening, uses with this bottle combining, and respectively has an internal thread and external screw thread on this second opening and this bottle.
6. volatilization Bottle cap structure as claimed in claim 4 wherein has a chamfered corners on this retaining edge.
7. volatilization Bottle cap structure as claimed in claim 1, wherein this loam cake has through hole.
8. volatilization Bottle cap structure as claimed in claim 2 more comprises:

One inhales stamen, is arranged in the centre of this fixing lining seat, and an end is inserted into the bottom of bottle, and the other end is inserted in the hollow base.