CN205962835U - Go up totally closed electron smog spinning disk atomiser of knockout and electron cigarette device - Google Patents

Abstract

The utility model discloses a fully-enclosed electronic cigarette atomizer with an upper outlet core, which is arranged on an electronic cigarette device and comprises a liquid storage bottle, a bottle cap assembly and an atomization device assembly. Wherein, the liquid storage bottle is arranged on the electronic cigarette device, a bottle cap assembly is connected to the bottle mouth, an atomization device assembly is arranged in the liquid storage bottle, the atomization device assembly is connected to the bottle cap assembly, and the bottle cap assembly is set Outside the electronic cigarette device, the bottle cap assembly is provided with an air intake channel, a suction air channel and a liquid injection channel. The organic combination of the liquid storage bottle and the bottle cap assembly in the utility model can realize the installation of the atomizing device from the upper end of the liquid storage bottle, and can realize the functions of air intake at the upper end and liquid injection at the upper end, so the atomizer can be fixedly installed Inside the electronic cigarette case, the body of the atomizer is no longer exposed, which makes the electronic cigarette device more beautiful and easy to use.

Description

Fully enclosed electronic cigarette vaporizer and electronic cigarette device with upper core

technical field

The utility model relates to a daily necessities, in particular to an electronic cigarette atomizer, which is a fully enclosed electronic cigarette atomizer with an upper outlet core. The utility model also relates to an electronic cigarette using the aforementioned atomizer.

Background technique

The current electronic cigarette products are generally composed of a battery and a control circuit board to form a control box, and then connected to an atomizer and a mouthpiece and other components. The general structure of the electronic cigarette atomizer is to install a circular atomizing core and a connecting pipe in the center of a circular closed space, and the remaining annular space is used to accommodate the electronic cigarette liquid. The atomizing core and the connecting pipe are also closed, and only two symmetrical liquid inlet holes are opened on the outer wall of the atomizing core to supply smoke liquid to the atomizing core. The bottom of the atomizing core is set outside, and an air intake mouth. By connecting the control box to supply power, the atomizing core is heated, and the smoke liquid entering the atomizing core is atomized and sucked out from the connecting pipe.

The electronic cigarette with this structure is generally divided into two parts, the atomizer and the battery box. In order to realize the smooth connection between the atomizing core and the battery box, both the atomizer and the battery box need to be equipped with dedicated connection interfaces. For example, an externally threaded conductive post is provided at the bottom of the atomizer, and an internally threaded connection hole is provided at the battery box. When the conductive column and the battery box are threadedly connected, the electrical connection state is completed, and the function of the electronic cigarette can be realized. Therefore, the general atomizer is connected to the bottom of the atomizer. The traditional bottom connection requires the atomization heating part of the atomizer such as the atomizing core to be located at the bottom of the atomizer and fixed on the bottom of the atomizer. When the atomizing core is set at the bottom, the air inlet for introducing fresh air is also set at the bottom, and the air inlet is the same as the atmosphere, so it is easy for the smoke liquid inside the atomizer to leak from the air inlet, causing pollution and waste . At the same time, due to the structure of the lower air intake and lower power connection, it is more difficult to replace the atomizing core. When filling e-liquid, you must pay attention to the problem of liquid leakage from the lower air inlet.

However, as long as the atomizer is powered from the bottom and air enters from the bottom, the problem of assembling the atomizing core from the bottom cannot be avoided, and as long as the air intake is from the bottom, the problem of liquid leakage at the air inlet cannot be avoided. Moreover, the structure of the lower air intake and lower power connection is complicated, and the assembly is difficult.

Due to the need for a lower air intake and lower power connection structure, the air inlet must be installed from the lower part, and the atomizing core must be installed and removed from the lower part. Therefore, the atomizer must be an independent structure, occupying a certain independent space, and cannot be directly installed on the electronic device. Inside the casing of the smoke device. Otherwise, the atomizing core cannot be replaced, and there is no air intake space. This external atomizer not only wastes the space of the electronic cigarette, but also looks complicated and lacks aesthetics from the outside.

In order to overcome the above-mentioned defects, the inventor of the present invention has designed a new type of electronic cigarette vaporizer, which can be conveniently installed on the electronic cigarette device, and can realize the effects of upper connection, upper air intake and full sealing.

Utility model content

The purpose of this utility model is to provide a fully enclosed electronic cigarette atomizer with an upper output core. By changing the structure of the atomizer, the upper connection of the atomizer core, upper air intake, and liquid injection from the top of the atomizer can be fully realized. Closed to prevent liquid leakage, it can be installed inside the electronic cigarette case.

The electronic cigarette atomizer with the upper output core of the utility model is arranged on the electronic cigarette device, and includes a liquid storage bottle, a bottle cap assembly, and an atomization device assembly. Wherein, the liquid storage bottle is set on the electronic cigarette device, and the rest of the liquid storage bottle is completely closed except for the mouth of the bottle. The cap assembly is connected, and the bottle cap assembly is provided with an air intake channel, a suction air channel and a liquid injection channel.

The above-mentioned atomization device assembly is arranged in the liquid storage bottle and connected with the bottle cap assembly, including an outer cylinder, an inner cylinder and an electric heating device; the inner cylinder is tightly fitted inside the outer cylinder; In the atomization chamber, the outer wall of the inner cylinder has a non-circular contour, and a ventilation groove concave to the axis is set, and a radial air inlet is set on the wall of the inner cylinder corresponding to the ventilation groove, and a radial air inlet is set on the outer cylinder. Inlet hole.

The inner cylinder of the above-mentioned atomization device assembly has a two-stage plug-in structure. An axial opening is arranged on the lower side of the upper section of the inner cylinder, and the axial openings and ventilation grooves are arranged alternately. The upper section of the inner cylinder is plugged and connected, and the outer wall of the lower section of the inner cylinder is a non-circular outer wall, and a groove corresponding to the axial opening position of the upper section of the inner cylinder is provided.

The above-mentioned bottle cap assembly includes the liquid storage bottle annular sealing cover and the air inlet liquid injection seat in sequence from bottom to top; An annular liquid inlet channel is formed between the outer cylinders; the intake liquid injection seat is an annular chamber structure, and the annular chamber is a part of the air intake passage; the center of the annular chamber is penetrated by a smoking pipe, and the liquid injection pipe is axially arranged The surrounding of the central smoking pipe in the chamber of the gas injection liquid seat, and runs through the chamber of the air intake liquid injection seat; the air inlet is arranged radially on the wall of the air intake liquid injection seat, between the inner ring of the bottom cover of the air intake liquid injection seat and the central smoking pipe An annular air intake air channel is formed; the outer cylinder of the atomization device assembly is airtightly and fixedly connected with the inner ring of the bottom cover of the air intake liquid injection seat; the sealing cap of the liquid storage bottle is arranged between the liquid injection air intake seat and the liquid storage bottle.

The outer cylinder of the above-mentioned atomization device assembly is connected to the inner ring of the bottom cover of the air intake liquid injection seat, and a radial fixed ring is arranged between the inner ring of the bottom cover of the air intake liquid injection seat and the central smoking pipe, and the radiation of the radial fixed ring Between the strips is an annular air intake channel.

The above-mentioned atomizer adopts the bottom connection mode, and the double-electrode electrode seat is fixedly installed at the bottom of the liquid storage bottle, and the double-electrode conductive connection column is installed at the bottom of the atomization device assembly, and the double-electrode conductive connection column is connected to the double-electrode electrode seat. Tighten the setting.

The atomizer mentioned above adopts the upper and lower single-pole connection mode. The single-electrode electrode seat is fixed at the bottom of the liquid storage bottle, and the single-electrode conductive connection post is set at the bottom of the atomization device assembly. The electrode seat is tightly set as the lower wiring electrode; an insulating pad is set between the inner ring of the bottom cover of the air intake liquid injection seat and the outer cylinder of the atomization device assembly, and the air intake liquid injection seat is electrically connected to the central smoking pipe as the upper wiring electrode.

The above-mentioned atomizer adopts the dual-electrode upper-connection mode, and an annular insulating pad and an annular electrode piece are arranged between the air inlet liquid injection seat and the annular cover of the liquid storage bottle, and the inner ring of the annular insulating pad and the annular electrode piece An annular ventilation airway is formed between the central smoking pipes, a radial fixing ring is set between the inner ring of the annular insulating pad and the ring electrode sheet and the outer wall of the central smoking pipe, and a liquid injection pipe is arranged on the periphery of the annular air passage of the annular insulating pad and the ring electrode sheet The outer cylinder of the atomization device assembly is fixed and sealed to the annular electrode piece; the air inlet liquid injection seat is electrically connected to the central smoking pipe as the first electrode, and the ring electrode piece is connected to the outer cylinder of the atomization device assembly as the second electrode.

The electronic cigarette device using the atomizer with the above-mentioned structure of the present invention comprises an electronic cigarette device casing, and a battery, a control circuit, and a control button are arranged in the casing. Wherein the housing is also provided with a liquid storage bottle space, the liquid storage bottle space is fixed to place the liquid storage bottle, the opening of the liquid storage bottle is provided with a connection interface, and the liquid storage bottle cap assembly is detachably arranged at the connection interface, and the storage bottle The liquid bottle cap assembly is connected with the connection interface to form an atomizer with the liquid storage bottle.

The atomizer mentioned above is a bottom-connected electric atomizer, and a double-electrode electrode seat is set at the bottom of the bottle, and the double-electrode electrode seat is connected to the power supply of the electronic cigarette device, and a double-electrode conductive connection column is set at the bottom of the atomizer. The conductive connecting column is tightly connected with the double-electrode electrode seat.

The atomizer mentioned above is an electric atomizer connected to two poles, the central smoking pipe is electrically connected to the air intake liquid injection seat, and the upper cover of the air intake liquid injection ring is connected to one of the power supply electrodes of the electronic cigarette device; the ring electrode piece is connected to the Another power supply electrode in the electronic cigarette device is connected.

The atomization device described above is a single-pole upper connection and a single-pole lower connection electric atomization device. The central smoking air channel is electrically connected to the upper cover of the air intake liquid injection seat, and the upper cover of the air intake liquid injection ring is connected to the electronic cigarette device. One electrode is connected; the bottom of the liquid storage bottle is provided with a fixed connecting electrode seat, and the bottom of the outer cylinder of the atomization device is provided with a conductive connecting post, which is closely connected to the connecting electrode seat, and the electrode seat is connected to another power supply electrode of the electronic cigarette .

Due to the organic combination of the liquid storage bottle and the bottle cap assembly in the utility model, the atomization device can be installed from the upper end of the liquid storage bottle, and the functions of air intake from the upper end and liquid injection from the upper end can be realized, so the atomizer can be fixed Installed inside the shell of the electronic cigarette, of course, it can also be installed on other parts of the electronic cigarette, so that the body of the atomizer can no longer be exposed, making the electronic cigarette device more beautiful and easy to use. The fully enclosed liquid storage bottle electronic vaporizer will no longer leak liquid.

Description of drawings

Fig. 1 is a schematic diagram of a three-dimensional exploded structure of an electronic cigarette device according to an embodiment of the present invention;

Fig. 2 is a schematic diagram of an exploded structure of an atomizing device assembly of an electronic cigarette device according to an embodiment of the present invention;

Fig. 3 is a schematic diagram of the longitudinal section structure of the built-in electronic cigarette atomizer of the present embodiment;

Fig. 4 is a schematic diagram of the cross-sectional structure of the intake liquid injection seat in this embodiment;

Fig. 5 is a cross-sectional schematic diagram of the annular insulating pad and the annular electrode piece in this embodiment.

As shown in the figure: 1 is the housing of the electronic cigarette device; 2 is the observation hole of the liquid storage bottle; 3 is the atomization device assembly; 4 is the bottle cap assembly; 5 is the mouthpiece.

Among them, 301 is the ventilation groove of the upper section of the inner cylinder; 302 is the axial opening of the upper section of the inner cylinder; 303 is the air inlet of the inner cylinder; 304 is the fluid guiding cotton groove of the lower section of the inner cylinder; 305 is the outer cylinder; 306 is the liquid inlet hole of the outer cylinder ; 307 is the connecting portion of the outer cylinder; 308 is the sealing ring; 309 is the heating wire; 310 is the upper section of the inner cylinder; 311 is the lower section of the inner cylinder.

401 is the air intake adjustment ring; 402 is the air intake adjustment hole; 403 is the liquid injection pipe; 404 is the lower cover of the air intake liquid injection seat; 405 is the annular insulating pad; 406 is the ring electrode piece; Air intake liquid injection seat chamber; 409 is an air intake hole; 410 is an air intake liquid injection seat; 411 is an annular air intake channel; 412 is a liquid storage bottle sealing cover; 413 is a central smoking pipe; 414 is a radiation strip; 415 It is a radial fixed ring; 416 is an annular insulating pad annular air intake channel; 417 is an insulating pad liquid hole.

detailed description

The utility model will be further described in detail below in conjunction with the drawings and specific embodiments, but the drawings and embodiments are only limited to the explanation of the utility model and cannot be used to limit the scope of protection.

Example 1:

As shown in Figure 1, the electronic cigarette device of this embodiment includes an electronic cigarette case 1, an atomizing device assembly 3, a liquid storage bottle cap assembly 4 and a mouthpiece 5, wherein a liquid storage bottle is arranged inside the electronic cigarette case 1, and the liquid storage bottle The liquid bottle is fixedly arranged inside the housing 1 of the electronic cigarette. The liquid storage bottle cap assembly 4 is airtightly connected with the liquid storage bottle through the interface provided on the housing. In order to observe the working state of the liquid storage bottle, an observation hole 2 is provided on the shell 1 at the wall position of the liquid storage bottle.

In the electronic cigarette device of the present utility model, the liquid storage bottle is fixedly placed inside the electronic cigarette housing 1, and only the liquid storage bottle cap assembly 4 is connected to the mouth of the liquid storage bottle, and the atomizer is placed inside the liquid storage bottle. The device assembly 3, the atomization device assembly 3 is integrally connected with the liquid storage bottle cap assembly 4. The liquid storage bottle cap assembly 4 is provided with an intake air passage and a smoking air passage, and at the same time, a wiring electrode can be provided, so that the atomizing device assembly 3 and the liquid storage bottle cap assembly 4 can be installed or removed together. Since there is no need to provide an air inlet and a power-connected electrode at the bottom of the liquid storage bottle, the structure of building the atomizer inside the housing 1 of the electronic cigarette can be realized conveniently.

As shown in FIG. 2 , it is a three-dimensional exploded schematic diagram of the atomizing device assembly 3 of the present invention. The main body of the atomization device assembly has an outer cylinder 305, and an inner cylinder is tightly fitted inside the outer cylinder 305. The inner cylinder is divided into upper and lower sections, that is, the upper section 310 of the inner cylinder and the lower section 311 of the inner cylinder, which are plugged and connected to each other. . The upper section 310 is arranged on the top of the atomizing device, and its interior constitutes a smoking air passage and an atomizing chamber. The upper end communicates with the central smoking pipe 413 of the electronic cigarette through the sealing ring 308 (refer to FIG. 3 ). The outer wall of the upper section 310 has a non-circular profile, that is, a ventilation groove 301 is provided on the outer wall, and an air intake channel can be formed between the ventilation groove 301 and the inner wall of the outer cylinder 306 .

An axial opening 302 is opened at the lower end of the upper section 310 of the inner cylinder, and heating wires 309 can be engaged and installed in the opening 302 , as shown in the figure are two sets of heating wires 309 placed horizontally. The upper end of the lower section 311 of the inner cylinder is inserted into the lower end of the upper section 310 of the inner cylinder, and the extension of the ventilation groove 301 is set on the outer wall of the lower section 311 of the inner cylinder, and a radial air inlet is opened at the position of the extension of the ventilation groove 301 303, the air in the ventilation groove 301 can be introduced into the atomization chamber inside the inner barrel of the atomization device.

The outer wall of the lower section 311 of the inner cylinder is also provided with a groove, which axially corresponds to the position of the axial opening 302 of the upper section 301 of the inner cylinder, so that the liquid-conducting cotton in the heating wire 309 enters the reservoir at the lower end through the groove. in the liquid area.

As shown in FIG. 3 and FIG. 4 , the liquid storage bottle cap assembly 4 with a built-in atomizer is arranged and sealed at the mouth of the liquid storage bottle 101 . From the opening of the liquid storage bottle, there are liquid storage bottle sealing cap 412, annular electrode piece 406, annular insulating pad 405, air intake liquid injection seat 410, air intake adjustment ring 401, top sealing cover 407 and cigarette holder 5.

As shown in Figure 4, the intake liquid injection seat 410 is an annular chamber structure, and the annular chamber 408 is provided with a smoking pipe 413 penetrating through the center and an axial liquid inlet pipe 403 penetrating through the annular chamber. The liquid inlet pipe 403 is distributed on the periphery of the central smoking pipe 413 , the upper end extends to the end surface of the upper cover of the chamber 408 , leaks out of the liquid injection port, and the lower end extends to the end surface of the lower cover 404 of the chamber 408 . The wall surface of the chamber 408 is provided with an air inlet hole 409 along the circumferential direction, and an air inlet regulating ring 401 is arranged on the periphery of the air inlet liquid injection seat 410. The air inlet regulating ring 401 is provided with an air inlet regulating hole 402 in the circumferential direction, and the air inlet regulating ring 401 can rotate on the periphery of the intake liquid injection seat 410 , and the position and shape of the intake adjustment hole 402 correspond to the intake hole 409 . The inner ring of the chamber lower cover 404 is fixedly connected with the outer wall of the central smoking duct 413 , and an axial ventilation hole 411 is opened at the connection part, and the axial ventilation hole 411 communicates with the air intake chamber 408 . The specific structure is shown in Fig. 4, a radial fixing ring 415 is arranged at the central position of the lower cover 404, the radial fixing ring 415 is connected with the lower cover 404 through the radial strip 414, the central smoking duct 413 is arranged in the fixing ring 415, In this way, an annular intake air channel is formed in the gap of the radial strip 414 .

As shown in Fig. 3 and Fig. 5, an annular insulating pad 405 is closely attached to the lower side of the air inlet liquid injection seat 410, and the end face structure of the annular insulating pad 405 is shown in Fig. The position and size of the central air intake channel 416 are corresponding to the annular air intake channel 411 of the lower cover of the intake liquid injection seat 410, and the size and position of the liquid communication hole 417 are the same as those of the intake liquid injection seat 410. The liquid injection pipes 403 correspond to and communicate with each other. A positioning block is arranged between the lower cover of the intake liquid injection seat 410 and the annular insulating pad 405, and the lower end of the liquid injection pipe 403 can also be extended into the liquid hole of the annular insulating pad to realize the positioning function to ensure the installation and positioning of the two. To ensure that there is no rotation between the annular insulating pad 405 and the lower cover of the inlet liquid injection seat 410 to keep the liquid injection hole unblocked.

As shown in Figure 3, an annular electrode sheet 406 is provided on the lower side of the annular insulating pad 405. The cross-sectional structure of the annular electrode sheet 406 is the same as that of the annular gasket 405, and is also an annular structure composed of a central air intake channel and peripheral liquid holes. , the inner ring of the annular electrode piece 406 is connected with the outer cylinder 306 of the atomization device assembly, and the central air intake channel of the annular electrode piece 406 is sealed inside the outer cylinder 306 of the atomization device. The specific connection method can be realized through the outer cylinder connection part 307 .

The lower side of the annular electrode sheet 406 is a liquid storage bottle sealing cover 412, the center of which is airtightly connected with the outer cylinder 306 of the atomization device, and a liquid hole is arranged on the periphery, and the liquid hole of the liquid storage bottle sealing cover is connected to the The ring electrode sheet is connected through the liquid hole. The sealing cap 412 of the liquid storage bottle is airtightly connected with the mouth of the liquid storage bottle 8 .

In the above structure, the so-called inlet liquid injection seat liquid injection pipe 403, the annular insulating pad liquid passage hole 417, the annular electrode plate liquid passage hole and the liquid storage bottle sealing cover liquid passage hole should be positioned correspondingly to ensure that the liquid injection pipe The road is smooth. Therefore, it should be ensured that the inlet liquid injection seat 410, the annular insulating pad 405, the annular electrode piece 406 and the liquid storage bottle sealing cover 412 will not rotate relative to each other after installation, so a positioning block needs to be provided on the connecting end surface.

At the same time, since each component is composed of an air channel and a liquid channel, the connection of the components needs to be tight and sealed, and a sealing ring can be provided at the air channel and the liquid channel at the connection part of each component.

The components in the above structure need to be tightly connected, so the connection method can be press fit, magnetic attraction, or adhesive bonding, but the adhesive bonding method can only be one-time installation Structure.

As shown in Figure 3, in order to realize the upper liquid injection structure, the upper end of the liquid injection pipeline 403 provided in the chamber 408 stretches out to the end surface of the upper cover of the chamber. In order to close the pipeline after completing the liquid injection, the top seal can be A sealing ring is set between 407 and the upper end of the liquid injection pipeline 403. After the top sealing cover 407 is covered, the liquid injection port is closed, and a smoking cigarette holder 5 is arranged in the center of the top sealing cover 407, and the smoking cigarette holder 5 is connected with the central smoking pipeline 413 .

As shown in Figure 3, in this structure, the liquid inlet pipe 403 of the air inlet liquid injection seat 410 communicates with the liquid passage hole 417 of the annular insulating pad 405, the liquid passage hole of the annular electrode piece 406 and the liquid passage hole of the sealing cover of the liquid storage bottle to form a Liquid inlet channel; the air inlet channel is formed between the inner ring of the lower cover 404 of the air inlet liquid injection seat chamber, the inner ring of the annular insulating pad 405, the inner ring of the annular electrode sheet 406 and the outer cylinder of the atomization device. , thus the smoking pipe 413 isolates the intake air passage and the smoking air passage to form an annular air intake passage. Since the central smoking pipe 413 needs a fixed position, it needs to be placed in the center of the lower cover 404 and the annular insulating pad 405 of the air intake liquid injection seat. Radial fixing rings are set on the site.

Regarding the power connection method of this embodiment, since the upper cover of the air intake liquid injection seat 410 can be fixedly connected to the central smoking pipe 413, the air intake liquid injection seat 410 can be connected to one of the electrodes of the electronic cigarette device, and then the The central smoking pipe is electrified and can be introduced into the atomizing device as one of the poles of power supply. Furthermore, the ring electrode piece 406 is connected to another electrode of the electronic cigarette device, and the ring electrode piece 406 is connected to the outer cylinder 305 of the atomizing device, so that the outer cylinder 306 can be charged, and the atomizing device can be introduced as another power supply. Electrode, real electrical connection.

The atomizer of this embodiment is assembled and installed on the liquid storage bottle 101 by assembling the atomization device assembly 3 and the liquid storage bottle cap assembly 4. The liquid storage bottle 101 itself is a fully enclosed structure. The suspension function of the liquid bottle cap assembly 4 is arranged inside the liquid storage bottle 101 . Thereby upper assembly, upper air intake, upper electrical connection and upper liquid injection can be fully realized. Therefore, the liquid storage bottle 101 can be fixed inside the housing 1 of the electronic cigarette device, and an appropriate interface is provided on the housing 1, through which the atomizer assembly 3 and the liquid storage bottle cap assembly 4 are installed in the electronic cigarette device. On, realize the built-in function of the atomizer. Of course, it can also be arranged in other parts outside the housing of the electronic cigarette.

When the electronic cigarette device of this embodiment is in use, the combination of the atomizing device assembly 3 and the liquid storage bottle cap assembly 4 is installed at the interface of the electronic cigarette device. At this time, the atomizing device assembly 3 extends into the liquid storage bottle 101 , And the liquid storage bottle cap assembly 4 seals the liquid storage bottle mouth. At this time, if the power is turned on, when the atomizing device starts to atomize, fresh air enters the chamber 408 from the air inlet 409, and then passes through the central annular air intake passage 411 of the lower cover 404 of the chamber, the annular insulating pad 405 and the annular air inlet. The annular air intake channel of the electrode piece 406 enters between the outer cylinder 305 of the atomization device assembly 3 and the outer wall of the upper section 310 of the inner cylinder, flows down along the ventilation groove 301 to the air inlet 303 and enters the inner cylinder. In the atomization chamber, it turns upwards to enter the smoking air passage of the inner tube, and then enters the smoking pipe 403 and the cigarette holder 5 to suck out.

When smoking, the liquid supply path is like this. The e-cigarette liquid is injected into the liquid storage bottle. The e-cigarette liquid enters the lower liquid storage area of the inner cylinder after passing through the liquid inlet hole 306 on the outer cylinder 305. Since the lower end liquid storage area The liquid-conducting cotton connected to the heating wire 309 through the liquid-conducting cotton can absorb the smoke liquid to the heating wire 309, and the smoke liquid will be continuously absorbed by continuous smoking to realize the smoking function.

When the e-cigarette liquid is used up, the top sealing cap 407 can be removed, and the liquid storage bottle can be injected with e-liquid through the liquid injection pipe 403, and the e-liquid can be used after installation.

Example 2:

The difference between this embodiment and Embodiment 1 lies in that Embodiment 1 is a double-electrode upper-connection structure. In view of the fact that the utility model realizes the built-in function of the nebulizer, the structure of the double-electrode lower-connection can be used.

An electrode seat is provided at the bottom of the liquid storage bottle 101, and the electrode seat is connected to an external electrode through the bottom of the bottle. A conductive post is provided at the bottom of the atomizing device assembly 3, and when the conductive post is in tight contact with the electrode seat, the power supply can be turned on. When the power is turned on, the liquid storage bottle cap assembly 4 can no longer be provided with the annular insulating pad 405 and the annular electrode sheet 406, and can directly connect the liquid storage bottle sealing cover 412 with the air inlet liquid injection seat 410, and the atomization device The component outer cylinder 305 is fixedly arranged on the inner ring of the lower cover 404 of the air inlet liquid injection seat 410 .

Example 3:

In this embodiment, the bottom electrode of embodiment 2 is changed to a single electrode bottom connection and the other electrode top connection. The air inlet liquid injection seat 410 is still used as one electrode, and the bottle bottom electrode seat is used as the other electrode.

Claims (15)

1. a kind of upper knockout full-closed electronic tobacco atomizer, is arranged on electronic cigarette device, including liquid containing bottle, bottle cap component, mist Gasifying device assembly it is characterised in that：Described liquid containing bottle is arranged on electronic cigarette device, and liquid containing bottle remaining position in addition to bottleneck is sealed entirely Close, bottle mouth position connect setting bottle cap component, setting atomising device assembly in liquid containing bottle, atomising device assembly is connected with bottle cap component Setting, bottle cap component is provided with air inlet air flue, suctions out air flue and liquid injecting pipeline.

2. upper knockout full-closed electronic tobacco atomizer according to claim 1 it is characterised in that：Described atomising device assembly It is arranged in liquid containing bottle, is connected with bottle cap component, including outer tube, inner core and electrothermal device；Described inner core tight fit is arranged outside Cylinder is internal, and for suctioning out air flue and aerochamber inside inner core, inner tank theca is anon-normal circle contour, arranges recessed to the ventilation of axle center depression Groove, and radial air inlet hole is arranged on the inner core barrel at the position corresponding to vent grooves, outer tube arranges radial direction inlet opening.

3. upper knockout full-closed electronic tobacco atomizer according to claim 2 it is characterised in that：Described atomising device assembly Inner core is two sections of connect-disconnect structures, arranges axially open, axially open is crisscross arranged with vent grooves, axially opens on the downside of inner core epimere Electrothermal device is fixedly installed in mouthful；Inner core hypomere is connected with the plug of inner core epimere, and inner core hypomere outer wall is outside anon-normal circle contour Wall, is provided with the groove corresponding to inner core epimere axially open position.

4. the upper knockout full-closed electronic tobacco atomizer according to Claims 2 or 3 it is characterised in that：Described bottle cap component Include liquid containing bottle annular sealing cover and air inlet liquid injection seat from lower to upper successively；Liquid containing bottle annular sealing cover is arranged on liquid storage bottleneck Place, forms annular feed pathway between annular sealing cover internal ring and atomising device assembly outer tube；Air inlet liquid injection seat is annular compartment Structure, annular compartment is one of air inlet air flue portion；Annular compartment central authorities runs through for smoking pipeline, liquid injecting pipeline be axially disposed within into Gas liquid injection seat within the chamber central authorities smoking pipeline periphery, and run through air inlet liquid injection seat chamber；Air inlet is radially arranged in air inlet fluid injection On seat wall, between air inlet liquid injection seat bottom internal ring and central smoking pipeline, form annular air inlet air flue；Outside atomising device assembly Cylinder is airtight with air inlet liquid injection seat bottom internal ring to be fixedly connected；Liquid containing bottle closure is arranged between fluid injection air inlet seat and liquid containing bottle.

5. upper knockout full-closed electronic tobacco atomizer according to claim 4 it is characterised in that：Described atomising device assembly Outer tube is connected on air inlet liquid injection seat bottom internal ring, arranges radial between air inlet liquid injection seat bottom internal ring and central smoking pipeline Retainer ring, is annular air inlet air flue between the radiation item of radial retainer ring.

6. upper knockout full-closed electronic tobacco atomizer according to claim 4 it is characterised in that：Under this nebulizer described is Connect electrically, bipolar electrode electrode tip holder is fixedly installed in liquid containing bottle bottom, setting bipolar electrode is conductive even in atomising device assembly bottom Connect post, bipolar electrode is conductively connected post and pushes against setting with bipolar electrode electrode tip holder.

7. upper knockout full-closed electronic tobacco atomizer according to claim 4 it is characterised in that：This nebulizer described is upper Lower monopole connects electrically, single electrode electrode tip holder is fixedly installed in liquid containing bottle bottom, arranges single electrode in atomising device assembly bottom It is conductively connected post, single electrode is conductively connected post and pushes against setting with single electrode electrode tip holder, as lower link electrode；In described air inlet note Felt pad, air inlet liquid injection seat electrical connection central smoking pipeline are set between liquid seat bottom internal ring and atomising device assembly outer tube, make For upper link electrode.

8. upper knockout full-closed electronic tobacco atomizer according to claim 4 it is characterised in that：This nebulizer described is double Connect electrically on electrode, be provided with annular insulating mat and annular electro pole piece, ring between air inlet liquid injection seat and liquid containing bottle ring cover Form ring-shaped ventilation air flue, annular insulating mat and annular electro between shape felt pad and annular electro pole piece internal ring and central smoking pipeline Between pole piece internal ring and central smoking pipeline outer wall, radial retainer ring, annular insulating mat and annular electrode piece annular air channel are set The liquid injecting pipeline that periphery setting runs through；Described atomising device assembly outer tube is fixed with annular electro pole piece and is tightly connected；Air inlet is noted As first electrode, annular electro pole piece connects atomising device assembly outer tube as the second electricity to the central smoking pipeline of liquid seat electrical connection Pole.

9. upper knockout full-closed electronic tobacco atomizer according to claim 5 it is characterised in that：Under this nebulizer described is Connect electrically, bipolar electrode electrode tip holder is fixedly installed in liquid containing bottle bottom, setting bipolar electrode is conductive even in atomising device assembly bottom Connect post, bipolar electrode is conductively connected post and pushes against setting with bipolar electrode electrode tip holder.

10. upper knockout full-closed electronic tobacco atomizer according to claim 5 it is characterised in that：This nebulizer described is Upper lower monopole connects electrically, single electrode electrode tip holder is fixedly installed in liquid containing bottle bottom, in the single electricity of atomising device assembly bottom setting Pole is conductively connected post, and single electrode is conductively connected post and pushes against setting with single electrode electrode tip holder, as lower link electrode；In described air inlet Felt pad is set between liquid injection seat bottom internal ring and atomising device assembly outer tube, and air inlet liquid injection seat electrically connects central smoking pipeline, As upper link electrode.

11. upper knockout full-closed electronic tobacco atomizers according to claim 5 it is characterised in that：This nebulizer described is Connect electrically on bipolar electrode, be provided with annular insulating mat and annular electro pole piece between air inlet liquid injection seat and liquid containing bottle ring cover, Form ring-shaped ventilation air flue, annular insulating mat and ring between annular insulating mat and annular electro pole piece internal ring and central smoking pipeline Radial retainer ring, annular insulating mat and annular electrode piece annular are set between shape electrode slice internal ring and central smoking pipeline outer wall The liquid injecting pipeline that air flue periphery setting runs through；Described atomising device assembly outer tube is fixed with annular electro pole piece and is tightly connected；Enter As first electrode, annular electro pole piece connects atomising device assembly outer tube as second to the central smoking pipeline of gas liquid injection seat electrical connection Electrode.

A kind of 12. electronic cigarette dresses using the upper knockout full-closed electronic tobacco atomizer as described in claim 1-11 any one Put, including electronic cigarette device shell, this inside the shell setting battery, control circuit, control knob it is characterised in that：Described shell Inside it is additionally provided with liquid containing bottle space, this liquid containing bottle space fixed placement liquid containing bottle, connecting interface is set at liquid containing bottle opening, described Liquid storage bottle cap component is detachably arranged at this connecting interface, and liquid storage bottle cap component is formed with liquid containing bottle after being connected with connecting interface Nebulizer.

13. electronic cigarette devices according to claim 12 it is characterised in that：Described nebulizer connects atomizers under being, At bottom of bottle, bipolar electrode electrode tip holder is set, bipolar electrode electrode tip holder is connected with electronic cigarette device power supply, sets in atomising device bottom Put bipolar electrode and be conductively connected post, be conductively connected abutting between post and bipolar electrode electrode tip holder and be connected.

14. electronic cigarette devices according to claim 12 it is characterised in that：Described nebulizer is to connect electrospray on the two poles of the earth Device, central smoking pipeline is electrically connected with air inlet liquid injection seat, lid and an electronic cigarette device wherein current electrode on this air inlet fluid injection ring Connect；Annular electro pole piece is connected with current electrode another in electronic cigarette device.

15. electronic cigarette devices according to claim 12 it is characterised in that：Described atomising device is to connect and one pole on one pole Under connect electrospray device, central smoking air flue electrically connects with covering on air inlet liquid injection seat, on this air inlet fluid injection ring lid with electronic cigarette dress Put wherein one electrode to connect；The fixing connection electrode seat of liquid containing bottle bottom setting, the setting of described atomising device outer tube bottom is conductive Connecting post, is conductively connected post and is connected with the close contact of connection electrode seat, electrode tip holder current electrode another with electronic cigarette is connected.