Source: https://patents.google.com/patent/CN105212270A/en
Timestamp: 2020-01-27 23:04:18
Document Index: 614110240

Matched Legal Cases: ['art 1136', 'art 1137', 'art 1137', 'art 1136', 'art 1622', 'art 1622', 'art 1622', 'art 1622', 'art 1622']

CN105212270A - Electronic cigarette and atomising device thereof - Google Patents
Electronic cigarette and atomising device thereof Download PDF
CN105212270A
CN105212270A CN201510209709.7A CN201510209709A CN105212270A CN 105212270 A CN105212270 A CN 105212270A CN 201510209709 A CN201510209709 A CN 201510209709A CN 105212270 A CN105212270 A CN 105212270A
CN201510209709.7A
CN105212270B (en
2015-04-24 Priority to PCT/CN2015/077448 priority Critical patent/WO2016169063A1/en
2015-04-24 Priority to CNPCT/CN2015/077448 priority
2015-04-28 Application filed by 深圳麦克韦尔股份有限公司 filed Critical 深圳麦克韦尔股份有限公司
2015-04-28 Priority to CN201510209709.7A priority patent/CN105212270B/en
2016-01-06 Publication of CN105212270A publication Critical patent/CN105212270A/en
2018-04-10 Publication of CN105212270B publication Critical patent/CN105212270B/en
The present invention relates to a kind of electronic cigarette and atomising device thereof, the control valve that atomising device comprises housing, is arranged on the liquid storage cylinder in housing and matches with housing.Housing is provided with the reservoir channel for noting tobacco juice in liquid storage cylinder.Control valve is provided with first opening corresponding with reservoir channel, and control valve can move along the surface of housing in primary importance and the second place.Control valve is when primary importance, and the first opening is communicated with to open reservoir channel with reservoir channel, and control valve is when the second place, and the first opening and reservoir channel misplace to close reservoir channel.The atomising device of electronic cigarette of the present invention is moved between primary importance and the second place by control valve, realize the first opening of control valve and the conducting of reservoir channel and reservoir channel is closed, facilitate the secondary fluid injection of user, injection process does not need cigarette holder to take off, convenient and swift, also can prevent cigarette holder from making dirty in the process of taking off or losing.
Electronic cigarette and atomising device thereof
The present invention relates to cigarette substitute, more particularly, relate to a kind of electronic cigarette and atomising device thereof.
Secondary electronic cigarette in correlation technique, after tobacco juice uses, can also refill tobacco juice and continue to use in cigarette bomb tube.But cigarette holder, when fluid injection, will be backed out by above-mentioned electronic cigarette usually, and then injects tobacco juice in cigarette bomb tube, and this process is comparatively loaded down with trivial details.Further, the cigarette holder backed out is easy to drop and makes dirty or lose, very inconvenient.
The technical problem to be solved in the present invention is, provides a kind of electronic cigarette and atomising device thereof of improvement.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of atomising device, the control valve comprising housing, be arranged on the liquid storage cylinder in described housing and match with described housing;
Described housing is provided with the reservoir channel for noting tobacco juice in described liquid storage cylinder;
Described control valve is provided with first opening corresponding with described reservoir channel, and described control valve can move along the surface of described housing in primary importance and the second place;
Described control valve is when described primary importance, and described first opening is communicated with to open described reservoir channel with described reservoir channel, and described control valve is when the described second place, and described first opening and described reservoir channel misplace to close described reservoir channel.
Preferably, described housing comprises breather pipe, is set in the cigarette bomb tube outside described breather pipe and is arranged on the sealing unit of described cigarette bomb tube and the corresponding one end of described breather pipe, described liquid storage cylinder is formed between described cigarette bomb tube and described breather pipe, described sealing unit one end to described liquid storage cylinder seals, and described reservoir channel is formed on described sealing unit.
Preferably, described sealing unit comprises the annular sealing cover with described control valve relative engagement, and described seal cover is provided with the second opening forming described reservoir channel;
Described control valve comprises the adjustable cap of annular, and described adjustable cap is fitted with described seal cover rotationally and arranged.
Preferably, the outer ring of described adjustable cap is provided with the swivel becket for rotating described adjustable cap, and the outside wall surface of described swivel becket is provided with anti-slip veins.
Preferably, the surface that described seal cover is relative with described adjustable cap is provided with protruding sealing ring, and described sealing ring forms closed structure in described second opening outer ring.
Preferably, described sealing unit also comprises sealing fixture and sealing-plug;
Described sealing fixture comprises annular base plate, is arranged on the first socket part of described annular base plate inner ring and is arranged on the second socket part of described annular base plate outer ring, and described first socket part, the second socket part coordinate with the internal face of the described breather pipe of corresponding end and the outside wall surface of described cigarette bomb tube respectively;
Described sealing-plug shutoff is between the outside wall surface and the internal face of described cigarette bomb tube of the described breather pipe of corresponding end, described annular base plate is folded between described seal cover and described sealing-plug, and described annular base plate and described sealing-plug are respectively equipped with the 3rd opening and the 4th opening that form described reservoir channel.
Preferably, described sealing-plug is provided with the lug boss arranged to described annular base plate side, and described annular base plate is provided with the first locating hole embedded for described lug boss;
The outer ring of described second opening is provided with the extension extended towards described annular base plate side, and the outer ring of described 3rd opening is provided with first inner fovea part corresponding with described extension.
Preferably, described atomising device is provided with the air intake assembly be communicated with described breather pipe in one end relative with described sealing unit;
Described air intake assembly comprises air induction mast and is arranged on the second adjustable ring on described air induction mast outer ring rotationally;
Described air induction mast is provided with the air admission hole unit flowed into for supplied gas in described air induction mast along border, described second adjustable ring is provided with corresponding with described air admission hole cell position second and regulates mouth, and described second adjustable ring rotates to make described second to regulate mouth to regulate described air admission hole unit can the openings of sizes that flows into of supplied gas.
Preferably, described air admission hole unit comprises multiple the second air inlets varied in size arranged along border arrangement, described second regulates the profile of mouth to be not less than the size of maximum described second air inlet, and described second adjustable ring rotates to make described second to regulate mouth to be communicated with described second air inlet of correspondence position.
Preferably, described air admission hole unit comprises multiple the 3rd air inlet be circumferentially intervally arranged, described second regulates mouth to comprise the second inner fovea part be formed on described second adjustable ring internal face, described second inner fovea part extends to the end face of described second adjustable ring and is connected with lateral surface, the peripheral boundaries of described second inner fovea part is corresponding with the boundary position at multiple described 3rd air inlet circumference two ends, and described second adjustable ring rotates with the openings of sizes regulating described second inner fovea part to be communicated with described 3rd air inlet.
Preferably, the sidewall of described air induction mast is provided with outwardly directed elastic, the inner peripheral surface of described second adjustable ring is provided with for the multiple snap fasteners with described elastic corresponding matching along border, being circumferentially arranged of described snap fastener is corresponding with described air admission hole unit.
Preferably, described atomising device also comprises cigarette holder assembly, described cigarette holder assembly comprises cigarette holder fixture, the first adjustable ring, and described cigarette holder fixture comprises cylindrical body, described cylindrical body coordinate with the inner ring of the annular base plate of described sealing fixture with described breather pipe conducting;
The sidewall of described cylindrical body is provided with the first air inlet, described first adjustable ring is arranged on described cylindrical body outer ring rotationally, described first adjustable ring is provided with corresponding with described first air inlet first and regulates mouth, and described first adjustable ring rotates the openings of sizes be in communication with the outside to make described first to regulate mouth to regulate described first air inlet.
Preferably, described atomising device also comprises atomization lid, atomization seat and atomizing component;
Described atomization lid is sealed on described liquid storage cylinder one end relative with described sealing unit, and described atomization covers the liquid outlet being provided with and flowing out for the tobacco juice in described liquid storage cylinder;
Described atomization seat and described atomization lid coordinate, described atomizing component is folded between described atomization seat and atomization lid, the middle part of described atomization seat is formed with through hole, and described atomizing component comprises tubular ceramic heater, and the endoporus of described ceramic heater is communicated with through hole with described breather pipe respectively;
Two outer rings, opposite end of described ceramic heater are respectively equipped with silica gel sheath, expose to make the stage casing of described ceramic heater the imbibition portion being formed and draw the tobacco juice flowed out by described liquid outlet.
Preferably, described cigarette bomb tube, breather pipe and atomization lid are made up of pottery.
Preferably, described atomising device comprises cigarette holder, described cigarette holder and described control valve circumference location fit, described control valve comprises adjustable cap and the seal cover being arranged on described adjustable cap side relative to described sealing unit, described seal cover and described adjustable cap circumference location fit, described first opening runs through described adjustable cap and seal cover;
Described cigarette holder rotates and drives described control valve at described primary importance and second place synchronous axial system, to open or close described reservoir channel.
Preferably, between described cigarette holder and described adjustable cap, engaging is with circumference location mutually, and described cigarette holder can move around vertically, to engage with described adjustable cap or to be separated;
Elastic component is provided with, to provide an elastic force keeping described cigarette holder to be separated with adjustable cap between described cigarette holder and described adjustable cap.
The present invention also constructs a kind of electronic cigarette, comprises above-described atomising device.
Implement electronic cigarette of the present invention and atomising device thereof, there is following beneficial effect: the atomising device of electronic cigarette of the present invention is moved between primary importance and the second place by control valve, realize the first opening of control valve and the conducting of reservoir channel and reservoir channel is closed, facilitate the secondary fluid injection of user, injection process does not need cigarette holder to take off, convenient and swift, also can prevent cigarette holder from making dirty in the process of taking off or losing.
Fig. 1 is the structural representation of control valve when primary importance of the atomising device in the embodiment of the present invention;
The structural representation of control valve in Fig. 2 Fig. 1 when the second place;
The generalized section of the atomising device in Fig. 3 Fig. 1;
Fig. 4 is cigarette holder assembly, control valve and liquid storage assembly decomposing state generalized section in Fig. 3;
Fig. 5 is the decomposing state generalized section of liquid storage assembly, atomizing component, atomization seat and air intake assembly in Fig. 3;
Fig. 6 is the generalized section partial view of another rotation direction of atomizing component in Fig. 1;
Fig. 7 is the decomposing state schematic diagram of the atomizing component in Fig. 1;
Fig. 8 is the decomposing state schematic diagram of cigarette holder assembly, control valve and sealing unit in Fig. 7;
Fig. 9 is the decomposing state schematic diagram of atomization lid, atomizing component and atomization seat in Fig. 7;
Figure 10 is the decomposing state schematic diagram of the air intake assembly in Fig. 7;
Figure 11 is the decomposing state schematic diagram of the air intake assembly in other embodiments;
Figure 12 is the assembled state generalized section of the cigarette holder of atomizing component in other embodiments, control valve and liquid storage assembly;
Figure 13 is the decomposing state schematic diagram of cigarette holder, control valve and sealing unit in Figure 12.
As shown in Figure 1 to Figure 3, the electronic cigarette in a preferred embodiment of the invention comprises atomising device 10 and supply unit, and the work that supply unit is atomising device 10 provides electric energy heating atomization tobacco juice.Atomising device 10 comprises liquid storage assembly 11, cigarette holder assembly 12, control valve 13, atomization seat 14, atomizing component 15 and air intake assembly 16.
As shown in Figures 3 to 6, in certain embodiments, liquid storage assembly 11 comprises cigarette bomb tube 111, breather pipe 112, sealing unit 113 and atomization lid 114, cigarette bomb tube 111 is set in outside breather pipe 112, liquid storage cylinder 115 is formed between cigarette bomb tube 111 and breather pipe 112, sealing unit 113, atomization lid 114 is sealed in two opposite ends of liquid storage cylinder 115, and keep breather pipe 112 to be in communication with the outside, be atomized lid 114 and between cigarette bomb tube 111 and breather pipe 112, rubber ring seal is set, cigarette bomb tube 111, breather pipe 112, sealing unit 113 and atomization lid 114 combine the housing of composition with liquid storage cylinder 115, housing also can be other cavity body structures.Sealing unit 113 is provided with the reservoir channel 1131 for noting tobacco juice in liquid storage cylinder 115, and atomization lid 114 is provided with the liquid outlet 1141 flowed out for the tobacco juice in liquid storage cylinder 115, and certainly, reservoir channel 1131 also can be formed on miscellaneous part such as cigarette bomb tube 111 grade.In other embodiments, sealing unit 113 also can be structure as a whole with cigarette bomb tube 111, breather pipe 112, makes sealing unit 113 for being formed at the end wall of liquid storage cylinder 115 one end.
As shown in Fig. 4 and Fig. 7, Fig. 8, cigarette holder assembly 12 comprises cigarette holder 121, cigarette holder fixture 122 and the first adjustable ring 123, cigarette holder fixture 122 is arranged between cigarette holder 121 and sealing unit 113, and cigarette holder 121, cigarette holder fixture 122 and breather pipe 112 are communicated with successively.Cigarette holder fixture 122 comprises cylindrical body 1221 and is arranged on the annular pressure section 1222 in cylindrical body 1221 outside wall surface, to be pressed on sealing unit 113 by control valve 13.
In certain embodiments, control valve 13 comprises the adjustable cap 131 of annular, and adjustable cap 131 is set on cylindrical body 1221 rotationally, and is folded between sealing unit 113 and pressure section 1222, with sealing unit 113 relative engagement.Adjustable cap 131 is provided with first opening 1311 corresponding with reservoir channel 1131, and adjustable cap 131 and sealing unit 113 are fitted and arranged, and can rotate between primary importance and the second place along the surface of sealing unit 113.Preferably, the outer ring of adjustable cap 131 is provided with the swivel becket 1312 for rotating adjustable cap 131, and the outside wall surface of swivel becket 1312 is provided with anti-slip veins, and convenient rotation is exerted oneself.In other embodiments, adjustable cap 131 also can be positioned at inside liquid storage cylinder 115 and coordinate with the medial surface of sealing unit 113, drives adjustable cap 131 to rotate by other mechanisms.
Adjustable cap 131 is when primary importance, and the first opening 1311 is communicated with to open reservoir channel 1131 with reservoir channel 1131, and adjustable cap 131 is when the second place, and the first opening 1311 misplaces to close reservoir channel 1131 with reservoir channel 1131.In other embodiments, adjustable cap 131 also can coordinate with the surface sliding of sealing unit 113, and adjustable cap 131 slidably reciprocates to open or close reservoir channel 1131.
In certain embodiments, the sidewall of cylindrical body 1221 is provided with the first air inlet 1223, first adjustable ring 123 overlaps and is arranged on cylindrical body 1221 outer ring rotationally, and be positioned at pressure section 1222 side opposing with adjustable cap 131, first adjustable ring 123 is provided with corresponding with the first air inlet 1,223 first and regulates mouth 1231, the openings of sizes that first adjustable ring 123 rotates to make the first adjustment mouth 1231 regulate the first air inlet 1223 and is in communication with the outside, and then by regulating the size of cigarette holder 121 place air inflow, the temperature of cigarette holder 121 place smog can be adjusted.The sidewall of cylindrical body 1221 is provided with protruding limiting section 1224, first adjustable ring 123 arranged and is provided with the stopper slot 1232 corresponding with limiting section 1224, to limit between the rotational area to cylindrical body 1221.
In certain embodiments, sealing unit 113 comprises seal cover 1131, sealing fixture 1132 and sealing-plug 1133.Seal cover 1131 ringwise, is formed by flexible glue materials such as silica gel, is positioned at the side opposing with liquid storage cylinder 115.Seal cover 1131 is provided with the second opening forming reservoir channel 1131, and the surface that seal cover 1131 is relative with adjustable cap 131 is provided with protruding sealing ring 1134, and sealing ring 1134 forms closed structure in the second opening outer ring.Sealing ring 1134 can prevent the tobacco juice in liquid storage cylinder 115 to be leaked to the external world from the gap between seal cover 1131 and adjustable cap 131.In addition, sealing ring 1134 decreases the contact area of adjustable cap 131 and seal cover 1131, thus adjustable cap 131 is rotated lighter.
In certain embodiments, sealing fixture 1132 comprises annular base plate 1135, is arranged on the first socket part 1136 of annular base plate 1135 inner ring and is arranged on the second socket part 1137 of annular base plate 1135 outer ring, first socket part 1137, socket part 1136, second coordinates with the internal face of the breather pipe 112 of corresponding end and the outside wall surface of cigarette bomb tube 111 respectively, plays the effect with cigarette bomb tube 111 and breather pipe 112 stationary positioned.Cylindrical body 1221 coordinate with the inner ring of annular base plate 1135 with breather pipe 112 conducting, pass through for flue gas.
Preferably, sealing-plug 1133 is also that the flexible glue materials such as silica gel are formed, shutoff is between the outside wall surface and the internal face of cigarette bomb tube 111 of the breather pipe 112 of corresponding end, annular base plate 1135 is folded between seal cover 1131 and sealing-plug 1133, and annular base plate 1135 and sealing-plug 1133 are respectively equipped with the 3rd opening and the 4th opening that form reservoir channel 1131.
Preferably, sealing-plug 1133 is provided with the lug boss arranged to annular base plate 1135 side, and annular base plate 1135 is provided with the first locating hole embedded for lug boss, ensures the circumference location of sealing-plug 1133 and sealing fixture 1132.The outer ring of the second opening is provided with the extension extended towards annular base plate 1135 side, and the outer ring of the 3rd opening is provided with first inner fovea part corresponding with extension, to ensure the circumference location of seal cover 1131 and sealing fixture 1132.
As shown in Fig. 5 to Fig. 7 and Fig. 9, atomization seat 14 and atomization lid 114 coordinate, and atomizing component 15 is folded between atomization seat 14 and atomization lid 114.Atomizing component 15 comprises tubular ceramic heater 151, and the endoporus of ceramic heater 151 is communicated with breather pipe 112 respectively, and the middle part of atomization seat 14 is formed with the through hole 141 be communicated with the endoporus of ceramic heater 151, for air flow direction ceramic heater 151 endoporus.
In certain embodiments, two outer rings, opposite end of ceramic heater 151 are respectively equipped with silica gel sheath 152, the imbibition portion 1511 being formed and draw the tobacco juice flowed out by liquid outlet 1141 is exposed to make the stage casing of ceramic heater 151, generate heat after ceramic heater 151 and supply unit conducting and to be atomized tobacco juice, the smog after atomization flows to cigarette holder 121 through breather pipe 112 again.
First the sealing function played respectively sealing between the two ends of ceramic heater 151 and atomization lid 114, atomization seat 14 of silica gel sheath 152, reveals to prevent tobacco juice inward hole passage; Secondly, the position that silica gel sheath 152 is socketed also controlled tobacco curing liquid enters the area of ceramic heater 151, thus prevents feed flow too many and cause being atomized the not exclusively phenomenon of leakage produced.
Preferably, cigarette bomb tube 111, breather pipe 112 and atomization lid 114 are made up of pottery, to by the process of ceramic heater 151 heating atomization after tobacco juice injects, the material of the part contacted with tobacco juice only has pottery and silica gel, there is no metal or plastic or other material, thus avoid the harmful components in metal or plastics to impact health.
As shown in Fig. 5 to Fig. 7 and Figure 10, air intake assembly 16 is arranged on atomising device 10 one end relative with sealing unit 113, and be communicated with breather pipe 112.Air intake assembly 16 comprises air induction mast 161 and is arranged on the second adjustable ring 162 on air induction mast 161 outer ring rotationally, air induction mast 161 matches with atomization seat 14, to make, air induction mast 161 is inner to be communicated with the through hole 141 of atomization seat 14, in other embodiments, also can directly be communicated with the endoporus of ceramic heater 151.
In certain embodiments, air induction mast 161 is provided with for the air admission hole unit 163 in supplied gas inflow air induction mast 161 along border, and air induction mast 161 matches with atomization seat 14, to make the endoporus of the gas flow ceramic heater 151 of inflow.
Second adjustable ring 162 is provided with corresponding with air admission hole unit 163 position second and regulates mouth 1621, second adjustable ring 162 rotates to make the second adjustment mouth 1621 to regulate air admission hole unit 163 can the openings of sizes that flows into of supplied gas, thus adjusting air inflow quantity and the size of amount of smoke that sucked by user.
As shown in Figure 10, in certain embodiments, multiple the second air inlets 1631, second varied in size that air admission hole unit 163 comprises along border arrangement setting regulate the profile of mouths 1621 to be not less than the size of the second maximum air inlet 1631.Second adjustable ring 162 rotates the second adjustment mouth 1621 is communicated with the second air inlet 1631 of correspondence position, and the second adjustable ring 162 turns to different positions, by the second air inlet 1631 air inlet of corresponding size, can reach the object of adjusting air inflow quantity.
As shown in figure 11, in other embodiments, air admission hole unit 163 also can comprise multiple the 3rd air inlet 1632 be circumferentially intervally arranged, second regulates mouth 1621 to comprise the second inner fovea part 1622 be formed on the second adjustable ring 162 internal face, second inner fovea part 1622 extends to the end face of the second adjustable ring 162 and is connected with lateral surface, the peripheral boundaries of the second inner fovea part 1622 is corresponding with the boundary position at multiple 3rd circumferential two ends of air inlet 1632, second adjustable ring 162 rotates the openings of sizes regulating the second inner fovea part 1622 to be communicated with the 3rd air inlet 1632, by the second adjustable ring 162 is turned to different positions, make the 3rd air inlet 1632 air inlet with the second inner fovea part 1622 laminated portions, reach the object of adjusting air inflow quantity.
As shown in Figure 10, Figure 11, in order to ensure the accurate of the second adjustable ring 162 turned position, and after rotation, ensure that position is located, the sidewall of air induction mast 161 is provided with outwardly directed elastic 164, the inner peripheral surface of the second adjustable ring 162 is provided with for the multiple snap fasteners 1623 with elastic 164 corresponding matching along border, being circumferentially arranged of snap fastener 1623 is corresponding with air admission hole unit 163.Elastic 164 coordinates with the snap fastener 1623 of correspondence position, plays the effect of locating the second adjustable ring 162.
As shown in Figure 12 and Figure 13, in other embodiments, cigarette holder 121, also by snap fit and the circumferential location fit of control valve 13, drives control valve 13 to rotate between the first position and the second position by rotating cigarette holder 121.Control valve 13 comprises adjustable cap 131 and the seal cover 1131 arranged in adjustable cap 131 side relative to sealing unit 113, seal cover 1131 is provided with positioning convex, adjustable cap 131 is provided with the second locating hole coordinated with positioning convex, and positioning convex coordinates the circumference realizing seal cover 1131 and adjustable cap 131 to locate with the second locating hole.
Further, cigarette holder 121 rotates and drives adjustable cap 131 and seal cover 1131 at primary importance and second place synchronous axial system, first opening 1311 of control valve 13 runs through adjustable cap 131 and seal cover 1131 is arranged, and corresponding with the reservoir channel 1131 of sealing unit 113.Control valve 13 in primary importance time, the first opening 1311 is communicated with to open reservoir channel 1131 with reservoir channel 1131, and control valve 13 is when the second place, and the first opening 1311 and reservoir channel 1131 misplace to close reservoir channel 1131.
In certain embodiments, mutually engaged by the projection on cigarette holder and the draw-in groove on adjustable cap with circumference location between cigarette holder 121 and adjustable cap 131, cigarette holder 121 can move around vertically, to engage with adjustable cap 131 or to be separated.When carrying out fluid injection when needs rotate control valve 13, inwardly promote cigarette holder 121 and adjustable cap 131 engages, and turn to primary importance and open reservoir channel 1131; After fluid injection completes, rotate cigarette holder 121 and drive control valve 13 to turn to the second place, then cigarette holder 121 is outwards pulled out be separated with adjustable cap 131.Between cigarette holder 121 and adjustable cap 131, be provided with elastic component 124, to provide elastic force to keep cigarette holder 121 and the released state of adjustable cap 131, prevent from misrouting dynamic and opening reservoir channel 1131.
Understandably, above-mentioned each technical characteristic can be combined use and unrestricted.
1. an atomising device, is characterized in that, the control valve (13) comprising housing, be arranged on the liquid storage cylinder (115) in described housing and match with described housing;
Described housing is provided with the reservoir channel (1131) for note tobacco juice in described liquid storage cylinder (115);
Described control valve (13) is provided with first opening (1311) corresponding with described reservoir channel (1131), and described control valve (13) can move along the surface of described housing in primary importance and the second place;
Described control valve (13) is when described primary importance, described first opening (1311) is communicated with to open described reservoir channel (1131) with described reservoir channel (1131), described control valve (13) is when the described second place, and described first opening (1311) and described reservoir channel (1131) misplace to close described reservoir channel (1131).
2. atomising device according to claim 1, it is characterized in that, described housing comprises breather pipe (112), be set in the outer cigarette bomb tube (111) of described breather pipe (112) and be arranged on the sealing unit (113) of described cigarette bomb tube (111) and described breather pipe (112) corresponding one end, described liquid storage cylinder (115) is formed between described cigarette bomb tube (111) and described breather pipe (112), described sealing unit (113) one end to described liquid storage cylinder (115) seals, described reservoir channel (1131) is formed on described sealing unit (113).
3. atomising device according to claim 2, it is characterized in that, described sealing unit (113) comprises the annular sealing cover (1131) with described control valve (13) relative engagement, and described seal cover (1131) is provided with the second opening forming described reservoir channel (1131);
Described control valve (13) comprises the adjustable cap (131) of annular, and described adjustable cap (131) is fitted with described seal cover (1131) rotationally and arranged.
4. atomising device according to claim 3, is characterized in that, the outer ring of described adjustable cap (131) is provided with the swivel becket (1312) for rotating described adjustable cap (131), and the outside wall surface of described swivel becket (1312) is provided with anti-slip veins.
5. atomising device according to claim 3, it is characterized in that, the surface that described seal cover (1131) is relative with described adjustable cap (131) is provided with protruding sealing ring (1134), and described sealing ring (1134) forms closed structure in described second opening outer ring.
6. atomising device according to claim 3, is characterized in that, described sealing unit (113) also comprises sealing fixture (1132) and sealing-plug (1133);
Described sealing fixture (1132) comprises annular base plate (1135), is arranged on first socket part (1136) of described annular base plate (1135) inner ring and is arranged on second socket part (1137) of described annular base plate (1135) outer ring, and described first socket part (1136), the second socket part (1137) coordinate with the internal face of the described breather pipe (112) of corresponding end and the outside wall surface of described cigarette bomb tube (111) respectively;
Described sealing-plug (1133) shutoff is between the outside wall surface and the internal face of described cigarette bomb tube (111) of the described breather pipe (112) of corresponding end, described annular base plate (1135) is folded between described seal cover (1131) and described sealing-plug (1133), and described annular base plate (1135) and described sealing-plug (1133) are respectively equipped with the 3rd opening and the 4th opening that form described reservoir channel (1131).
7. atomising device according to claim 6, it is characterized in that, described sealing-plug (1133) is provided with the lug boss arranged to described annular base plate (1135) side, and described annular base plate (1135) is provided with the first locating hole embedded for described lug boss;
The outer ring of described second opening is provided with the extension extended towards described annular base plate (1135) side, and the outer ring of described 3rd opening is provided with first inner fovea part corresponding with described extension.
8. the atomising device according to any one of claim 2 to 7, is characterized in that, described atomising device (10) is provided with the air intake assembly (16) be communicated with described breather pipe (112) in one end relative with described sealing unit (113);
Described air intake assembly (16) comprises air induction mast (161) and is arranged on the second adjustable ring (162) on described air induction mast (161) outer ring rotationally;
Described air induction mast (161) is provided with the air admission hole unit (163) flowed into for supplied gas in described air induction mast (161) along border, described second adjustable ring (162) is provided with corresponding with described air admission hole unit (163) position second and regulates mouth (1621), and described second adjustable ring (162) rotates to make described second to regulate mouth (1621) to regulate described air admission hole unit (163) can the openings of sizes that flows into of supplied gas.
9. atomising device according to claim 8, it is characterized in that, described air admission hole unit (163) comprises multiple the second air inlets (1631) varied in size arranged along border arrangement, described second regulates the profile of mouth (1621) to be not less than the size of maximum described second air inlet (1631), and described second adjustable ring (162) rotates to make described second to regulate mouth (1621) to be communicated with described second air inlet (1631) of correspondence position.
10. atomising device according to claim 8, it is characterized in that, described air admission hole unit (163) comprises multiple the 3rd air inlet (1632) be circumferentially intervally arranged, described second regulates mouth (1621) to comprise the second inner fovea part (1622) be formed on described second adjustable ring (162) internal face, described second inner fovea part (1622) extends to the end face of described second adjustable ring (162) and is connected with lateral surface, the peripheral boundaries of described second inner fovea part (1622) is corresponding with the boundary position at multiple described 3rd air inlet (1632) circumferential two ends, described second adjustable ring (162) is rotated with the openings of sizes regulating described second inner fovea part (1622) to be communicated with described 3rd air inlet (1632).
11. atomising devices according to claim 8, it is characterized in that, the sidewall of described air induction mast (161) is provided with outwardly directed elastic (164), the inner peripheral surface of described second adjustable ring (162) is provided with for the multiple snap fasteners (1623) with described elastic (164) corresponding matching along border, being circumferentially arranged of described snap fastener (1623) is corresponding with described air admission hole unit (163).
12. atomising devices according to any one of claim 2 to 7, it is characterized in that, described atomising device (10) also comprises cigarette holder assembly (12), described cigarette holder assembly (12) comprises cigarette holder fixture (122), the first adjustable ring (123), described cigarette holder fixture (122) comprises cylindrical body (1221), described cylindrical body (1221) coordinate with the inner ring of the annular base plate (1135) of described sealing fixture (1132) with described breather pipe (112) conducting;
The sidewall of described cylindrical body (1221) is provided with the first air inlet (1223), described first adjustable ring (123) is arranged on described cylindrical body (1221) outer ring rotationally, described first adjustable ring (123) is provided with corresponding with described first air inlet (1223) first and regulates mouth (1231), and described first adjustable ring (123) rotates to make the described first openings of sizes regulating mouth (1231) to regulate described first air inlet (1223) to be in communication with the outside.
13. atomising devices according to any one of claim 2 to 7, is characterized in that, described atomising device (10) also comprises atomization lid (114), atomization seat (14) and atomizing component (15);
Described atomization lid (114) is sealed on described liquid storage cylinder (115) one end relative with described sealing unit (113), and described atomization lid (114) is provided with the liquid outlet (1141) flowed out for the tobacco juice in described liquid storage cylinder (115);
Described atomization seat (14) and described atomization lid (114) coordinate, described atomizing component (15) is folded between described atomization seat (14) and atomization lid (114), the middle part of described atomization seat (14) is formed with through hole (141), described atomizing component (15) comprises tubular ceramic heater (151), and the endoporus of described ceramic heater (151) is communicated with through hole (141) with described breather pipe (112) respectively;
Two outer rings, opposite end of described ceramic heater (151) are respectively equipped with silica gel sheath (152), expose to make the stage casing of described ceramic heater (151) the imbibition portion (1511) being formed and draw the tobacco juice flowed out by described liquid outlet (1141).
14. atomising devices according to claim 13, is characterized in that, described cigarette bomb tube (111), breather pipe (112) and atomization lid (114) are made up of pottery.
15. atomising devices according to claim 2, it is characterized in that, described atomising device (10) comprises cigarette holder (121), described cigarette holder (121) and described control valve (13) circumferential location fit, described control valve (13) comprises adjustable cap (131) and is arranged on the seal cover (1131) of described adjustable cap (131) with described sealing unit (113) relative side, described seal cover (1131) and described adjustable cap (131) circumferential location fit, described first opening (1311) runs through described adjustable cap (131) and seal cover (1131);
Described cigarette holder (121) rotates and drives described control valve (13) at described primary importance and second place synchronous axial system, to open or close described reservoir channel (1131).
16. atomising devices according to claim 15, it is characterized in that, between described cigarette holder (121) and described adjustable cap (131), engaging is with circumference location mutually, and described cigarette holder (121) can move around vertically, to engage with described adjustable cap (131) or to be separated;
Elastic component (124) is provided with, to provide an elastic force keeping described cigarette holder (121) to be separated with adjustable cap (131) between described cigarette holder (121) and described adjustable cap (131).
17. 1 kinds of electronic cigarettes, is characterized in that, comprise the atomising device (10) described in any one of claim 1 to 16.
CN201510209709.7A 2015-04-24 2015-04-28 Electronic cigarette and its atomising device CN105212270B (en)
PCT/CN2015/077448 WO2016169063A1 (en) 2015-04-24 2015-04-24 Electronic cigarette and atomization device thereof
CNPCT/CN2015/077448 2015-04-24
CN201510209709.7A CN105212270B (en) 2015-04-24 2015-04-28 Electronic cigarette and its atomising device
CN201810185528.9A CN108294365A (en) 2015-04-24 2015-04-28 Electronic cigarette and its atomising device
CN201810185528.9A Division CN108294365A (en) 2015-04-24 2015-04-28 Electronic cigarette and its atomising device
CN105212270A true CN105212270A (en) 2016-01-06
CN105212270B CN105212270B (en) 2018-04-10
ID=54981878
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2019-09-06 CP01 Change in the name or title of a patent holder