CN206994424U - Atomizer - Google Patents

Abstract

The utility model discloses a kind of atomizer, including the component suction nozzle for being provided with the nebulizer body of the first accommodating chamber, shoe cream room, atomization chamber and heating component and being detachably connected with nebulizer body, have in atomization chamber with the heating component for atomization smoke oil, set in first accommodating chamber and for toasting tobacco, the smog of the atomization formation of atomization chamber is used to heat tobacco, and mixing smog is generated, allows user to experience the taste of electronic cigarette liquid while the taste of real smoke can be experienced.

Description

Atomizer

Technical field

It the utility model is related to electronic cigarette technical field, more particularly to atomizer.

Background technology

Traditional smoking is by using open firing point burning smoke grass, and result of combustion of tobacco produces smog so that smoker sucks.Result of combustion of tobacco Caused smog would generally contain thousands of kinds of harmful substances, thus, traditional tobacco not only causes serious breathing system to smoker System disease, is also easy to bring second-hand-cigarette to endanger.

To solve the technical problem that traditional tobacco burning produces more harmful substance, technical staff develops Atmized electronic cigarrette And electronic cured tobacco, it mainly produces smog by high-temperature atomizing tobacco tar and sucked by human body, although Atmized electronic cigarrette overcomes tradition More than cigarette deficiency, but the tobacco juice of electronic cigarette is formed by essence and flavoring agent allotment, is not real cigarette product, its smoke It is light, lack the fragrance of tobacco, taste can not be consistent with real smoke taste after tobacco tar atomization, user using when can not experience real smoke Taste, thus can not widely be received by consumer.Therefore, how to allow user to experience the taste of real smoke, experience simultaneously The taste of electronic cigarette liquid, and injury of the reduction tar to human body turns into the problem of tobacco business assistant officer is to be solved.

Utility model content

The purpose of this utility model is the defects of solution in the prior art, there is provided a kind of atomizer.

The technical scheme that the utility model proposes with regard to above-mentioned technical problem is as follows：

The utility model provides a kind of atomizer, and it includes being used for atomization smoke oil to form the nebulizer body of smog and use In the component suction nozzle that the smog is sucked for user；The component suction nozzle is provided with the aerosol outlet port for discharging the smog； The first accommodating chamber A, atomization chamber B and shoe cream room C are provided with the nebulizer body, and the nebulizer body is used to be atomized Tobacco tar in the shoe cream room C is to form the first smog；First accommodating chamber A, atomization chamber B and the aerosol outlet port are interconnected, Be formed as the first smoke path S1 that the smog provides smog circulation path；It is characterized in that：

Tubulose calandria is provided with the smog circulation path of the first smoke path S1；The tubulose calandria bag Include：It is adapted with the first smoke path S1 and along the main part of the first smoke path S1 Longitudinal extendings；With the master Dividing plate that body portion bottom is connected, being available for first smog to pass through, the main part and dividing plate are formed for housing tobacco Receiving space；And formed on the main part internal perisporium, for the second cigarette to be heated and produced to the tobacco The heating wire of mist；

The nebulizer body is atomized the first smog that the tobacco tar is formed and is used for after by the dividing plate, to the cigarette Grass is heated again, and generation mixing smog is mixed with second smog, so that in smoking, the mixing smog passes through The first smoke path S1 flows to the aerosol outlet port.

Preferably, the main part is integrally formed with dividing plate, and at least one be used for for described the is offered on the dividing plate The through hole that one smog passes through, the heating wire around be fitted on the inner circumferential wall of the main part and the heating wire two End is respectively used to electrically connect with the electrode assemblie being arranged in nebulizer body.

Preferably, the first electrical connector, first electrical connector and the heating wire are provided with the main part One end connects, and extends to the main part/dividing plate periphery along the first accepting hole set inside the main part, for institute State the external electrode electrical connection of electrode assemblie；

The second electrical connector is provided with the dividing plate, the other end of second electrical connector and the heating wire connects Connect, and the second accepting hole set along the diaphragm internal extends, and is electrically connected for the interior electrode with the electrode assemblie.

Preferably, the component suction nozzle and the nebulizer body are detachably connected；The nebulizer body includes interior Portion has the breather pipe of the first accommodating chamber A, and the ventilation inside pipe wall sets the first limited step and the second limited step； Plug in the breather pipe and supporting spacing in first limited step or second end portion of the component suction nozzle On limited step, the tubulose calandria is housed in the breather pipe or the component suction nozzle；

After the component suction nozzle separates with the breather pipe, A or component suction nozzle in first accommodating chamber will be arranged on The interior tubulose calandria takes out, and realizes the separation of the tubulose calandria, and can be taken off the cigarette in the tubulose calandria Grass.

Preferably, it is plugged in the breather pipe end portion of the component suction nozzle and is supported spacing described first On limited step, and main part interference fit be set in the first accommodating chamber A, the dividing plate is supported described the On two limited steps.

Preferably, it is plugged in the breather pipe end portion of the component suction nozzle and is supported spacing described second On limited step；And the tubulose calandria is set in the second accommodating chamber A ' that the component suction nozzle is formed with being interference fitted.

Preferably, the component suction nozzle includes extension, and the extension has been internally formed and the tubulose calandria mistake It is full of the second accommodating chamber A ' of cooperation, and the bottom of the extension and the upper surface of the dividing plate support, the extension Periphery wall is clamped between the breather pipe and main part.

Preferably, the nebulizer body is included with atomization chamber B and for the atomizing component of atomization smoke oil, the mist Changing component includes：Be internally formed the atomization base of the atomization chamber B, be set in it is described atomization base outside atomization casing, with The atomization core cap (113) that connects the atomization casing top side detachable and for atomization smoke oil with formed the first smog plus Hot component；

The bottom of the breather pipe abuts with the atomization core cap；

The heating component includes：For adsorbing the tobacco tar adsorption sleeve of tobacco tar, the tobacco tar adsorption sleeve is set in the mist Change in base, and abutted with the atomization base inner wall face；Be arranged with the tobacco tar adsorption sleeve it is coiling in the shape of a spiral, be used for The heating wire of heating, with the tobacco tar being atomized in the tobacco tar adsorption sleeve.

Preferably, the nebulizer body also includes with shoe cream room C and is used for the oil storage component for storing the tobacco tar, The oil storage component includes：It is internally formed the oil storing tube of the shoe cream room C, is respectively sleeved at the upper close of the oil storing tube both ends Seal ring and lower sealing ring, the respectively upper connector detachably connected with the oil storing tube both ends and lower connector, and be arranged In the oil storing tube, upper sealing ring, lower sealing ring, upper connector and the steel pipe of lower connector periphery, and the steel pipe with it is described The annular step of lower connector abuts.

Preferably, the electrode assemblie includes interior electrode and external electrode；

The second electrode that the interior electrode includes first electrode, abutted with the first electrode；Covered in the first electrode Provided with being arranged with the second dead ring in the first dead ring, the second electrode；

The external electrode includes breather pipe, atomization core cap, atomization base and the lower connector being sequentially connected；

First electrical connector electrically connects with the breather pipe；Formed with for for the described first electricity in the middle part of the dividing plate The patchhole of the end insertion of pole, the end that second electrical connector is inserted into the patchhole with the first electrode is fixed Connection.

Preferably, the first electrode includes the first electrode body of cylindricality, the end face of described first electrode body one end Peripheral region stretches out outside away from the end face of one end of first flange formed with the first flange, the first electrode body Formed with first electrode extension, the end of the first electrode extension extends through the heating wire, and is inserted into for extension In the patchhole；First dead ring is set on the first electrode body and supported with the first flange；

The second electrode includes the second electrode body of cylindricality, the end face peripheral region of described second electrode body one end to Outer extension is formed with the second flange, and second dead ring is set on second electrode body and supported with the second flange, and institute Second electrode flange is stated to abut with the first electrode flange；

One end of the heating wire electrically connects with the first electrode body；The other end electrically connects with the lower connector.

Preferably, the nebulizer body includes regulating the qi flowing in the channels component, and the regulating the qi flowing in the channels component includes：

Regulating the qi flowing in the channels seat, the regulating the qi flowing in the channels seat include being internally formed the round platform portion of the first hollow bulb；The lower surface in the round platform portion Prominent stage portion is outward extended with, the upper surface in the round platform portion is provided with outlet portion, and is provided with around the outlet portion Engaging tooth；At least one first passage is additionally provided with the side face in the round platform portion；

Bottom connecting seat, it is internally formed the second hollow bulb, and is connected with the lower surface in the round platform portion, in described first Empty portion connects with second hollow bulb, and formed with breather pipe receiving portion, the breather pipe is sheathed on the breather pipe receiving portion It is interior；

And removable cover, its upper surface offer the through hole for being available for the bottom of the component suction nozzle to pass through；Around the work The dynamic through hole for covering end face is provided with the engaging groove being engaged with the engaging tooth；It is additionally provided with the side face of the removable cover and institute State the air channel that first passage in round platform portion is engaged；

The removable cover is sheathed on the breather pipe periphery, and the air channel and institute are adjusted by rotating the removable cover The overlapping region of the first passage is stated, realizes regulation of the regulation to air inflow size；

And the position that the removable cover is engaged to the engaging tooth and engaging groove is rotated, to away from the suction nozzle group The direction on part top presses the removable cover so that the lower surface of the removable cover abuts with the stage portion in the round platform portion；Again The separation of the regulating the qi flowing in the channels component is realized by rotating the suction nozzle cover.

Preferably, spring washer is provided between the removable cover and the regulating the qi flowing in the channels seat, to be provided to the removable cover towards described The elastic force in aerosol outlet port direction.

Preferably, the main part is porous ceramics product, is provided with and isolates between the main part and the shoe cream room C Mechanism, the interrupter are used to prevent the tobacco tar in the shoe cream room C to flow into the main part.

The utility model in nebulizer body by setting the first accommodating chamber, shoe cream room, atomization chamber and heating component, mist Change the dividing plate for being provided between chamber and the first accommodating chamber and being moved for stopping the tobacco in the first accommodating chamber towards atomization chamber.Work as suction During cigarette, heating component is arranged in atomization chamber and for being atomized the tobacco tar in shoe cream room to form the first smog, atomization chamber intrinsic fog Change the first smog formed to can also be used to heat tobacco again simultaneously, heating wire heating is plugged in institute in the first accommodating chamber State tobacco and produce the second smog, the first smog and the second smog mixing generation mixing smog, allow user to experience electronic cigarette The taste of liquid can experience the taste of real smoke simultaneously, and the tobacco in the first accommodating chamber is plugged in by heating wire heating, thus The tobacco is not allowed to be also easy to produce the problem of blocking because moist in first accommodating chamber；Because the main part is porous ceramics system Part, thus not only can absorb smog and condense the tobacco tar to be formed, reduce the probability that user is absorbed to the condensation tobacco tar, and tobacco It is not easy to be adhered to the main part, is convenient to clean residue；In addition, during electrothermal wire heating, positioned at main part made of porous ceramics Interior condensation tobacco tar be easier to it is evaporated, preferably avoid condense tobacco tar for a long time residual caused by peculiar smell.

Brief description of the drawings

, below will be to institute in embodiment or description of the prior art in order to illustrate more clearly of the technical solution of the utility model The accompanying drawing needed to use is briefly described, it should be apparent that, drawings in the following description are only implementation of the present utility model Example, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to the accompanying drawing of offer Obtain other accompanying drawings.

Fig. 1 is the atomizer stereogram that the utility model embodiment one is related to；

Fig. 2 is the component suction nozzle detonation configuration figure that the utility model embodiment one is related to；

Fig. 3 is the atomizer sectional view that the utility model embodiment one is related to；

Fig. 4 is the tubular heating element sectional view that the utility model embodiment one is related to；

Fig. 5 is the atomizer detonation configuration figure that the utility model embodiment one is related to；

Fig. 6 is the oil storage assemble cross-section that the utility model embodiment one is related to；

Fig. 7 is the heating component sectional view that the utility model embodiment one is related to；

Fig. 8 is the regulating the qi flowing in the channels assemble cross-section that the utility model embodiment one is related to；

Fig. 9 is the breather pipe sectional view that the utility model embodiment one is related to；

Figure 10 is the first electrode sectional view that the utility model embodiment one is related to；

Figure 11 is the second electrode sectional view that the utility model embodiment one is related to；

Figure 12 is that the atomizer that the utility model embodiment one is related to dismantles schematic diagram；

Figure 13 is the atomizer smoke flow schematic diagram that the utility model embodiment one is related to；

Figure 14 is the atomizer sectional view that the utility model embodiment two is related to；

Figure 15 is the atomizer assembling figure that the utility model embodiment two is related to；

Figure 16 is that the atomizer that the utility model embodiment two is related to dismantles schematic diagram.

Embodiment

In order to which the technical characteristics of the utility model, purpose and effect are more clearly understood, it is detailed now to compare accompanying drawing Illustrate specific embodiment of the present utility model.

Embodiment one：

As shown in figure 1, the atomizer shown in the present embodiment includes being used for atomization smoke oil to form the nebulizer body 1 of smog With for sucking the component suction nozzle 2 of the smog for user, nebulizer body 1 and component suction nozzle 2, which can be connected through a screw thread, to be waited just Formula is detachably connected, while aerosol outlet port 201 is set on component suction nozzle 2, and aerosol outlet port 201 is used for vapour discharge.

As shown in Fig. 2 component suction nozzle 2 includes suction nozzle 202 and suction nozzle sealing ring 206, aerosol outlet port 201 is arranged on suction nozzle On 202, the outer peripheral face of suction nozzle 202 is provided with roughness 203, and the design of roughness 203 can increase between user's finger and suction nozzle 202 Frictional force, facilitate user dismantle component suction nozzle 2, the present embodiment is not construed as limiting to the concrete structure of roughness 203, as long as user Force can be easy to by roughness 203.The lower section that suction nozzle 202 is located at roughness 203 is provided with suction nozzle projection 204 and inhaled Mouth groove 205, suction nozzle sealing ring 206 can be closely set in suction nozzle groove 205, for sealed sucktion nozzle component 2 and atomizer Gap between main body 1, avoids smog from escaping.It is understood that the structure of the component suction nozzle 2 is not especially limited, its As long as smog can be sucked for user, tobacco 207 can be contained in (described below) in the component suction nozzle 2.Certainly, make During, user only can insert one end of tobacco 207 in the component suction nozzle 2, and the other end of the tobacco 207 is from institute State component suction nozzle 2 to stretch out, user can directly suck tobacco 207.

As shown in figure 3, the first accommodating chamber A, atomization chamber B and shoe cream room C are provided with the nebulizer body 1, and institute Nebulizer body 1 is stated to be used to be atomized the tobacco tar in the shoe cream room C to form the first smog；The first accommodating chamber A, atomization chamber B and aerosol outlet port 201 are interconnected, and are formed as the first smoke path S1 (solid line arrows in Fig. 3 that smog provides smog circulation path Shown in head)；Tubulose calandria 300 is provided with the smog circulation path of the first smoke path S1.

As shown in figure 4, the tubulose calandria 300 includes：It is adapted with the first smoke path S1 and along described The main part 3011 of one smoke path S1 Longitudinal extendings；The dividing plate 104 being connected with the bottom of main part 3011, the main part Junction between 3011 and dividing plate 104, which can also be surround, to be provided with by elastomeric material, such as the first sealing ring made of rubber etc. 103, to strengthen sealing effectiveness, prevent smog from escaping；The dividing plate 104 is available for first smog to pass through provided with least one Through hole 1041；The main part 3011 and dividing plate 104 form the receiving space for housing tobacco 207, and both can be integral Shaping, and can be made of ceramic materials；And formed on the internal perisporium of main part 3011, for the tobacco 207 are heated and produce the heating wire 3012 of the second smog；The curl of heating wire 3012, it is even spaced around being bonded On the inner circumferential wall of the main part 3011 so that the heating wire 3012 can uniformly be heated to tobacco 207, together When, the both ends of the heating wire 3012 are respectively used to electrically connect with the electrode assemblie (not shown) being arranged in nebulizer body 1. In the present embodiment, the main part 3011 is porous ceramics product, i.e., described main part 3011 is provided with and some can adsorbed The micropore of tobacco tar, wherein, the size of the micropore is not specifically limited herein, as long as it can adsorb tobacco tar.The master Interrupter is provided between body portion 3011 and the shoe cream room C, the interrupter is used to prevent the cigarette in the shoe cream room C Oil stream enters in the ceramic objectses.More specifically, in the present embodiment, the interrupter is all around main part 3011 Part, i.e., the part that tobacco tar is flowed into the main part 3011 in shoe cream room C can be prevented to belong to a part for interrupter, It is all that the part that tobacco tar is flowed into the main part 3011 in shoe cream room C can be prevented to collectively constitute the interrupter.Due to The main part 3011 is porous ceramics product, thus not only can absorb smog and condense the tobacco tar to be formed, and reduces user and is absorbed to The probability of the condensation tobacco tar, and tobacco is not easy to be adhered to the main part 3011, is convenient to clean residue；In addition, heating wire 3012 adstante febres, the condensation tobacco tar in main part made of porous ceramics 3011 are easier to evaporated, preferably avoid cold Peculiar smell caused by solidifying tobacco tar long-time residual.

Meanwhile the first electrical connector 1110 is provided with the main part 3011, first electrical connector 1110 and institute One end connection of heating wire 3012 is stated, and the first accepting hole (not shown) set along the inside of main part 3011 extends, only Will its can be connected power supply with electrode assemblie, in the present embodiment, first accepting hole extends to the main part 3011/ The periphery of dividing plate 104, for being electrically connected with the external electrode of the electrode assemblie；

The second electrical connector 1111, second electrical connector 1111 and the heating wire are provided with the dividing plate 104 3012 other end connection, and the second accepting hole (not shown) set along the inside of the dividing plate 104 extends, for the electricity The interior electrode electrical connection of pole component.

In the present embodiment, the electrical connector 1111 of the first electrical connector 1110 and second can pass through the modes such as welding point Both ends not with the heating wire 3012 are connected, and are the conventional conductive component in this area, such as wire, as long as can travel just Normal conducting function.As shown in figure 3, the nebulizer body 1 be atomized the first smog that the tobacco tar is formed pass through it is described After dividing plate 104, the tobacco 207 is heated again, and generation mixing smog is mixed with second smog, so as to inhale During cigarette, the mixing smog flows to the aerosol outlet port 201 by the first smoke path S1.

Further, such as Fig. 3, shown in 5, the nebulizer body 1 includes being used for the oil storage component for storing the tobacco tar；With In the atomizing component of atomization smoke oil；It is arranged in the atomization chamber and forms the heating group of the first smog for atomization smoke oil Part 117, breather pipe 106 and regulating the qi flowing in the channels component, the regulating the qi flowing in the channels component, oil storage component removably connect with the atomizing component Connect.

Specifically, such as Fig. 3, shown in 5-6, the oil storage component includes：It is internally formed the oil storing tube of the shoe cream room C 121st, be respectively sleeved at the both ends of oil storing tube 121 upper sealing ring 110 and lower sealing ring 111, respectively with the oil storing tube 121 The detachably connected upper connector 109 in both ends and lower connector 122, and it is set in the oil storing tube 121, upper sealing ring 110th, the steel pipe 112 of lower sealing ring 111, upper connector 109 and the lower periphery of connector 122, and the steel pipe 112 and the lower company The annular step 1221 of fitting 122 abuts；And for the ease of disassembly and installation, the upper connector 109 and lower connector 122 Can be respectively upper threaded connector and lower threaded connector, the upper sealing ring 110 and lower sealing ring 111 are cyclic spring Part, such as rubber are made.It is understood that the structure of the oil storage component is not especially limited, as long as tobacco tar can be stored .

Such as Fig. 3, shown in 5,7, the atomizing component includes：It is internally formed atomization base 118, the set of the atomization chamber B The atomization casing 116 being located at outside the atomization base 118, the atomization core being connected with the top side detachable of atomization casing 116 Lid 113 and for atomization smoke oil to form the heating component 117 of first smog；The bottom of the breather pipe 106 and institute Atomization core cap 113 is stated to abut；

In addition, the atomization base 118 has two relative curved walls 1183 and two relative flat sidewalls 1184, The atomization base fuel feed hole 1181 for oil-feed, at least one flat sidewall are provided with least one curved wall 1183 Atomization base air admission hole 1182 is provided with 1184.Particularly, between the atomization core cap 113 and the atomization casing 116 also With sealing gasket 114, to strengthen sealing effectiveness, prevent tobacco tar from spilling.

Such as Fig. 3, shown in 5,7, the heating component 117 includes：For by being atomized base fuel feed hole 1181 from shoe cream room C The tobacco tar adsorption sleeve 1171 of middle absorption tobacco tar, the tobacco tar adsorption sleeve 1171 in a ring, and are set in the atomization base 118 It is interior, and abutted with the atomization internal face of base 118；Be arranged with the tobacco tar adsorption sleeve it is coiling in the shape of a spiral, for adding The heating wire 1172 of heat, the heating wire 1172 are used to be atomized the tobacco tar adsorbed in the tobacco tar adsorption sleeve 1171.

Such as Fig. 3, shown in 5, the regulating the qi flowing in the channels component includes：Regulating the qi flowing in the channels seat 107, with reference to Fig. 8 as can be seen that the regulating the qi flowing in the channels seat 107 Round platform portion 1073 including being internally formed the first hollow bulb；The lower surface in the round platform portion 1073 is outward extended with prominent platform Rank portion 1074, the upper surface in the round platform portion 1073 is provided with outlet portion 1075, and is provided with and nibbles around the outlet portion 1075 Close tooth 1072；At least one first passage 1071 is additionally provided with the side face in the round platform portion 1073；First passage 1071 can be the regular shapes such as circle, strip；Preferably, the is provided between the regulating the qi flowing in the channels seat 107 and the upper connector 109 Two sealing rings 108；

Bottom connecting seat 1076, it is internally formed the second hollow bulb (not shown), with reference to Fig. 8-9 as can be seen that the bottom Portion's connecting seat 1076 is connected with the lower surface in the round platform portion 1073, and first hollow bulb connects with second hollow bulb, Formed with breather pipe receiving portion 1077, the breather pipe 106 is sheathed in the breather pipe receiving portion 1077, and the removable cover 101 are sheathed on the periphery of breather pipe 106；Preferably, it is provided between the atomization casing 116 and the bottom connecting seat 1076 3rd sealing ring 115；

And removable cover 101, the outer peripheral face of removable cover 101 are provided with removable cover roughness 1011, removable cover roughness 1011 design can increasing friction force, facilitate user's rotary moveable lid 101, the present embodiment is specific to removable cover form friction pattern 1011 Structure is not construed as limiting, as long as user can cross is easy to force by removable cover form friction pattern 1011.Meanwhile the upper end of removable cover 101 Face offers the through hole 1010 for being available for the bottom of the component suction nozzle 2 to pass through；Through hole 1010 around the removable cover upper surface It is provided with the engaging groove 1013 being engaged with the engaging tooth 1072；It is additionally provided with the side face of the removable cover 101 and the circle The air channel 1012 that first passage 1071 in platform portion is engaged；

Meanwhile with reference to Fig. 9 as can be seen that be provided with spring washer 102 between the removable cover 101 and the regulating the qi flowing in the channels seat 107, with The elastic force towards the direction of aerosol outlet port 201 is provided to the removable cover 101.

In the present embodiment, the air channel 1012 and the described first ventilation can be adjusted by rotating the removable cover 101 The overlapping region in hole 1071, the regulation to air inflow size is realized, e.g., the overlay region of the passage 1071 of air channel 1012 and first Domain area is bigger, then air inflow is bigger.By the setting of the structure, user can adjust air inflow to aspect, can meet user couple The individual demand of air inflow.

Further, since the setting of spring washer 102, in the case where not pressing removable cover 101, engaging tooth 1072 will not be engaged on In engaging groove 1013, user will not carry out dismounting action, so as to avoid because of user in rotary moveable lid 101 to atomizer Maloperation and the appearance of situation of being dismantled atomizer, and avoid children when accident screws to atomizer The atomizer is dismantled, so as to effectively avoid the possibility that children suck tobacco tar, it is seen then that using shown in the present embodiment Atomizer can lift the safety in utilization of atomizer structure, avoid situation about surprisingly being dismantled to atomizer.

And when needing to pull down regulating the qi flowing in the channels seat 107, the rotatable removable cover 101 to the engaging tooth 1072 and engaging groove 1013 positions being engaged, the removable cover 101 is pressed to the direction of the aerosol outlet port 201 away from the top of component suction nozzle 2, So that the lower surface of the removable cover 101 abuts with the stage portion 1074 in the round platform portion；Again by rotating the suction nozzle cover 101 To realize the separation of the atomizing component 1 and the regulating the qi flowing in the channels component.

In addition, on breather pipe 106, such as Fig. 3, shown in 9, the inside of breather pipe 106 has the first accommodating chamber A, And the inwall of breather pipe 106 sets the first limited step 1061 and the second limited step 1062；Under the component suction nozzle 2 End is partly plugged in the breather pipe 106 and supporting spacing in first limited step 1061 and main part 3011 On upper surface, and the tubulose calandria 300 is housed in the breather pipe 106 simultaneously；Preferably, the tubulose The main part 3011 of calandria 300 is set in the first accommodating chamber A in an interference fit, and the dividing plate 104 is same When support on second limited step 1062.

The electrode assemblie includes：Inner and outer electrodes, such as Fig. 3, shown in 5, the interior electrode includes first electrode 119th, the second electrode 124 abutted with the first electrode 119；Be arranged with the first electrode 119 first dead ring 120, The second dead ring 123 is arranged with the second electrode 124；The external electrode includes breather pipe 106, the atomization core being sequentially connected Lid 113, atomization base 118 and lower connector 122.

First electrical connector 1110 electrically connects with the breather pipe 106, and the middle part of dividing plate 104 is formed with for supplying The patchhole 1112 of the end insertion of the first electrode 119, second electrical connector 1111 are inserted with the first electrode 119 Enter to the end of the patchhole 1112 and be fixedly connected.

Preferably, as shown in Figure 10, first electrode 119 includes the first electrode body 1191 of cylindricality, first electrode body The end face peripheral region of 1191 one end stretches out deviates from the first flange formed with the first flange 1192, first electrode body 1191 The end face of 1192 one end stretches out wears formed with first electrode extension 1193, the end of the first electrode extension 1193 Cross the heating wire 1172 to extend, and be inserted into the patchhole 1112；

As shown in figure 11, second electrode 124 includes the second electrode body 1241 of cylindricality, the one end of second electrode body 1241 End face peripheral region stretch out formed with the second flange 1242.

More specifically, one end of the heating wire 1172 electrically connects with first electrode body 1191, the other end with it is described Lower connector 122 electrically connects.First electrode extension 1193 is the consistent rod-like element of diameter, and it axially penetrates through the disk of heating wire 1172 Around the center in the region surrounded, and there is predetermined gap between heating wire 1172, in order to avoid during transport and use Shake and the touching of first electrode extension 1193 and heating wire 1172 occurs, first electrode extension 1193 is with surrounding its periphery The distance of heating wire 1172 and the ratio of the diameter of first electrode extension 1193 be 5:1.First electrode extension 1193 can be square Just powered to heating wire 126 without setting other structures, and the design of rod-like element can avoid first electrode 119 and other portions Part short circuit, it should be noted that the diameter of first electrode extension 1193 should be less than 1 with 113 minimum internal diameter ratio of atomization core cap: 2, so it is possible to prevente effectively from atomization core cap 113 at a distance of too near short circuit occurs for first electrode extension 1193.

Further, the first electrode flange 1192 and second electrode flange 1242 abut, second electrode body 1241 For being electrically connected with external power source, the first dead ring 120 is set on first electrode body 1191 and supported with the first flange 1192 Hold, the second dead ring 123 is set on second electrode body 1241 and supported with the second flange 1242.Due to the first flange 1192 With the setting of the second flange 1242, the first dead ring 120 and the second dead ring 123 easily can be set in the first electricity On pole 119 and second electrode part 124.

First dead ring 120 can effectively prevent first electrode 119 and the short circuit of atomization base 118, the second dead ring 123 Second electrode 124 and the short circuit of lower connector 122 can effectively be prevented.

In the present embodiment, after the component suction nozzle 2 separates with the breather pipe 106, as shown in figure 12, it will can be arranged on The tubulose calandria 300 in first accommodating chamber in A takes out, then by pushing piece (such as rod-like elements such as rod, bars) by institute State tubulose calandria 300 to release from the breather pipe 106, realize the separation of the tubulose calandria 300, and can further take The tobacco of the tobacco 207 gone out in the tubulose calandria 300 is changed.

As shown in figure 13, when electronic cigarette works, heating wire 1172 and heating wire 3012 generate heat simultaneously.Outside air (figure Shown in middle dotted arrow) entered from the first passage 1071 and air channel 1012 in atomizer, then by being atomized base Air admission hole 1182 is entered in atomization chamber B, and the first smog formed in the atomization tobacco tar of atomization chamber B, while the hair Heated filament 3012 carries out heated baking to produce the second smog to tobacco 207.The through hole 1041 of the first passage of smoke dividing plate 104 Enter in tubulose calandria 300, the tobacco 207 is heated again, and generation mixing is mixed with second smog Smog, the mixing smog flow to the aerosol outlet port 201 by the first smoke path S1.Thus Consumer's Experience can be allowed To the taste of electronic cigarette liquid, while the taste of real smoke can also be experienced, and so smoking tobaccos do not have tar generation, keep away Injury of the tar to human body when exempting to smoke.

Embodiment two：

The present embodiment and the difference of embodiment one be, as shown in figure 14, the end portion of the component suction nozzle 2 Plug to the breather pipe 106, and the tubulose calandria 300 is housed in the breather pipe 106 simultaneously；It is preferred that Ground, the main part 3011 of the tubulose calandria 300 are set in the component suction nozzle 2 is formed second in an interference fit In accommodating chamber A ', and the dividing plate 104 is supported on second limited step 1062 simultaneously.

Preferably, the component suction nozzle 2 includes extension 210, and the extension 210 has been internally formed to be added with the tubulose The second accommodating chamber A ' that hot body 300 is interference fitted, and the periphery wall of the extension 210 is clamped in the breather pipe 106 Between main part 3011.Meanwhile to strengthen sealing effectiveness, prevent smog from escaping, the extension 210 and the dividing plate 104 Between be additionally provided with the 4th sealing ring 2101, the component suction nozzle 2 is plugged to the part in the breather pipe 106 and supported described On four sealing rings 2101.

In the present embodiment, the tubulose calandria 300 forms separable integrative-structure with the component suction nozzle 2.Work as institute After stating tubulose calandria 300 and integratedly being separated with the component suction nozzle 2 with the atomizing component, as shown in figures 15-16, The tubulose calandria 300 can be separated with the component suction nozzle 2 as overall with the nebulizer body 1, Jin Erzai Tubulose calandria 300 is separated with the component suction nozzle 2, the tobacco 207 taken out in the tubulose calandria 300 is carried out more Change.

It should be noted that the technical characteristic of embodiment one, two can be combined, the technical scheme combined is equal Belong to the scope of protection of the utility model.

In summary, the utility model provides a kind of atomizer, and it includes that the first smog can be formed by atomization smoke oil Nebulizer body, and by tobacco carry out heating produce the second smog tubulose calandria, first smog can be right Tobacco is heated again, and generation mixing smog is mixed with the second smog, so that in smoking, the mixing smog passes through institute State the first smoke path and flow to the aerosol outlet port.User can be allowed to experience the taste of electronic cigarette liquid while can be experienced The taste of real smoke, injury of the tar to human body when avoiding smoking.Meanwhile the tubulose calandria may be provided at nebulizer body In first accommodating chamber, it can also be arranged in component suction nozzle, it can be conveniently replaceable tobacco, enrich product type, client The product of different assembly methods can be selected according to the custom of itself, adds the flexibility ratio of selection.

Preferred embodiment of the present utility model is the foregoing is only, it is all in this practicality not to limit the utility model Within new spirit and principle, any modification, equivalent substitution and improvements made etc., guarantor of the present utility model should be included in Within the scope of shield.

Claims (10)

1. a kind of atomizer, it includes being used for atomization smoke oil to form the nebulizer body of smog (1) and suck for confession user The component suction nozzle (2) of the smog；The component suction nozzle (2) is provided with the aerosol outlet port (201) for discharging the smog；Institute State in nebulizer body (1) and be provided with the first accommodating chamber A, atomization chamber B and shoe cream room C, and the nebulizer body (1) is used for The tobacco tar in the shoe cream room C is atomized to form the first smog；The first accommodating chamber A, atomization chamber B and aerosol outlet port (201) It is interconnected, is formed as the first smoke path S1 that the smog provides smog circulation path；It is characterized in that：

Tubulose calandria (300) is provided with the smog circulation path of the first smoke path S1；The tubulose calandria (300) include：It is adapted with the first smoke path S1 and along the main part of the first smoke path S1 Longitudinal extendings (3011)；Dividing plate (104) being connected with the main part (3011) bottom, being available for first smog to pass through, the main body Portion (3011) and dividing plate (104) form the receiving space for housing tobacco；And formed in the main part (3011) Heating wire (3012) on perisporium, for the second smog to be heated and produced to the tobacco；The nebulizer body (1) It is atomized the first smog that the tobacco tar is formed to be used for after by the dividing plate (104), the tobacco is heated again, and Generation mixing smog is mixed with second smog, so that in smoking, the mixing smog passes through first smoke path S1 flows to the aerosol outlet port (201).

2. atomizer according to claim 1, it is characterised in that the main part (3011) and dividing plate (104) one into Type, at least one through hole (1041) for being used to pass through for first smog, the heating wire are offered on the dividing plate (104) (3012) around being fitted on the inner circumferential wall of the main part (3011) and the both ends of the heating wire (3012) are respectively used to Electrically connected with the electrode assemblie being arranged in nebulizer body (1).

3. atomizer according to claim 2, it is characterised in that be provided with the first electrical connection in the main part (3011) Part (1110), first electrical connector (1110) are connected with one end of the heating wire (3012), and along the main part (3011) internal the first accepting hole set extends to the main part (3011)/dividing plate (104) periphery, for the electrode The external electrode electrical connection of component；

The second electrical connector (1111), second electrical connector (1111) and the heating are provided with the dividing plate (104) The other end connection of silk (3012), and extending along the second accepting hole set inside the dividing plate (104), for the electrode The interior electrode electrical connection of component.

4. atomizer according to claim 1, it is characterised in that the component suction nozzle (2) and the nebulizer body (1) It is detachably connected；The nebulizer body includes the internal breather pipe (106) with the first accommodating chamber A, the ventilation Manage (106) inwall and the first limited step (1061) and the second limited step (1062) are set；Under the component suction nozzle (2) End partly plugs interior to the breather pipe (106) and supported spacing in first limited step (1061) or the second limiting stand On rank (1062), the tubulose calandria (300) is housed in the breather pipe (106) or the component suction nozzle (2)；

After the component suction nozzle (2) separates with the breather pipe (106), A or suction nozzle in first accommodating chamber will be arranged on The tubulose calandria (300) in component (2) is taken out, and realizes the separation of the tubulose calandria (300), and can be taken off described Tobacco (207) in tubulose calandria (300).

5. atomizer according to claim 4, it is characterised in that be plugged in the end portion of the component suction nozzle (2) In the breather pipe (106) and support spacing on first limited step (1061), and the main part (3011) interference Ordinatedly it is set in the first accommodating chamber A, the dividing plate (104) is supported on second limited step (1062).

6. atomizer according to claim 4, it is characterised in that be plugged in the end portion of the component suction nozzle (2) In the breather pipe (106) and support spacing on second limited step (1062)；And tubulose calandria (300) mistake It is full of and is ordinatedly set in the second accommodating chamber A ' of the component suction nozzle (2) formation.

7. atomizer according to claim 6, it is characterised in that the component suction nozzle (2) includes extension (210), institute State extension (210) and be internally formed the second accommodating chamber A ' being interference fitted with the tubulose calandria (300), and the extension The bottom in portion (210) and the upper surface of the dividing plate (104) support, and the periphery wall of the extension (210) is clamped in described Between breather pipe (106) and main part (3011).

8. atomizer according to claim 4, it is characterised in that the nebulizer body includes with atomization chamber B and used In the atomizing component of atomization smoke oil, the atomizing component includes：It is internally formed atomization base (118), the set of the atomization chamber B It is located at the outer atomization casing (116) of atomization base (118), is connected with the atomization casing (116) top side detachable Atomization core cap (113) and for atomization smoke oil to form the heating component of the first smog (117)；The breather pipe (106) Bottom abuts with the atomization core cap (113)；The heating component (117) includes：For adsorbing the tobacco tar adsorption sleeve of tobacco tar (1171), the tobacco tar adsorption sleeve (1171) is set in the atomization base (118), and interior with the atomization base (118) Wall abuts；Heating wire (1172) coiling in the shape of a spiral, for heating is arranged with the tobacco tar adsorption sleeve (1171), with The tobacco tar being atomized in the tobacco tar adsorption sleeve (1171).

9. atomizer according to claim 8, it is characterised in that the nebulizer body also include with shoe cream room C and For storing the oil storage component of the tobacco tar, the oil storage component includes：It is internally formed the oil storing tube of the shoe cream room C (121), be respectively sleeved at the oil storing tube (121) both ends upper sealing ring (110) and lower sealing ring (111), respectively with it is described Oil storing tube (121) both ends detachably connected upper connector (109) and lower connector (122), and it is set in the oil storage Manage the steel pipe of (121), upper sealing ring (110), lower sealing ring (111), upper connector (109) and lower connector (122) periphery (112), and the steel pipe (112) abuts with the annular step (1221) of the lower connector (122).

10. according to the atomizer described in any one of claim 1 to 9, it is characterised in that：The main part (3011) is porous pottery Porcelain product, is provided with interrupter between the main part (3011) and the shoe cream room C, the interrupter is used to prevent institute The tobacco tar stated in shoe cream room C is flowed into the main part (3011).