Summary of the invention
The present invention provides a kind of method that can stablize the electronic cigarette for providing tobacco tar and offer tobacco tar.
A kind of electronic cigarette, including electronic cigarette ontology, wherein
The electronic cigarette ontology include the smoke absorbing end that smog is sucked for user, the oil storage bottle for storing tobacco tar, for atomization smoke oil to form the atomizer assembly of the smog and the battery bar assembly for powering for the atomizer assembly；Wherein, the oil storage bottle is set to the described one end of electronic cigarette ontology far from the smoke absorbing end；Oil pump is additionally provided on the electronic cigarette ontology, the pressing operation that the oil pump is used to be inputted according to user forms negative pressure inside the oil pump, and oil inlet pipe and flowline are provided with and communicated with the oil pump, and the fuel feed hole of the oil inlet pipe is plugged in inside the oil storage bottle, so that the tobacco tar in the oil storage bottle flows into inside the oil pump under the action of negative pressure via the oil inlet pipe, and the oil outlet of the flowline is plugged in inside the atomizer assembly, so that the tobacco tar inside the oil pump flows into the atomizer assembly via the flowline.
The electronic cigarette, wherein the oil pump includes:
For receiving the oil pump upper cover of the pressing operation, and oil pump upper cover end radially extends to be provided with and supports arm along the oil pump；
Oil pump lower cover is coaxially arranged with the oil pump upper cover；
The oil pump lower cover periphery wall is arranged with spring, and the spring is supported with the arm that supports, and described support is provided with gap between arm and the oil pump lower cover；
Oil pump piston is fixedly installed in the oil pump, and the first end accommodating of the oil pump piston is arranged inside the oil pump upper cover, the second end accommodating of the oil pump piston is arranged inside the oil pump lower cover, and the second end of the oil pump piston and the oil pump lower cover are formed with the first shoe cream room far from one end of Suo Shushi gripping arm；
The oil pump lower cover is provided with first through hole and the second through-hole far from the bottom for supporting arm, and the first through hole is connected to the flowline, and second through-hole is connected to the oil inlet pipe；The oil pump piston is also used to support arm direction far from described according to the pressing operation edge and move, so that the air inside first shoe cream room is discharged via the first through hole to form the negative pressure；
Inside the oil pump lower cover, covers second through-hole and be provided with the first pump valve, and the first connecting pin of first pump valve is fixedly connected with the oil pump lower cover；So that first pump valve edge under the action of negative pressure is moved towards the direction of the oil pump piston, so that the tobacco tar in the oil inlet pipe flows into inside first shoe cream room via second through-hole, and the tobacco tar in first shoe cream room flows into the flowline via the first through hole.
The electronic cigarette, wherein
The oil pump lower cover is provided with the first positioning column far from the bottom for supporting arm, first connecting pin of first pump valve is provided with the first connection through-hole, the first connection through-hole is set on first positioning column, and the first connection through-hole and first positioning column are interference fitted；And it is located on the oil pump piston, the first positioning column corresponding position is provided with receiving recess portion, the receiving recess portion matches setting with first positioning column, when so that the oil pump piston being moved according to the pressing operation along separate 4Shi gripping arm direction, the receiving recess portion is set on first positioning column；Or,
The oil pump lower cover is arranged in far from the bottom for supporting arm in first connecting pin welding of first pump valve；
Or,
The oil pump lower cover is arranged in far from the bottom for supporting arm by screw in first connecting pin of first pump valve.
The electronic cigarette, wherein the oil pump includes oil pump body made of elastic deformation material can occur；
The oil pump body first end is the press section for receiving the pressing operation；
The bottom end of the oil pump body is provided with third through-hole and fourth hole, and the bottom end of the oil pump body is the end far from the oil pump body first end, and the third through-hole is connected to the flowline, and the fourth hole is connected to the oil inlet pipe；
The oil pump body second end is internally provided with the second shoe cream room, and the press section is also used to squeeze second shoe cream room according to the pressing operation, so that the air inside second shoe cream room is discharged via the third through-hole to form the negative pressure；
Inside second shoe cream room and the covering fourth hole is provided with the second pump valve, and the second connection end of second pump valve is fixedly connected with the oil pump body；So that second pump valve moves under the action of the negative pressure along the bottom end direction far from the oil pump body, so that the tobacco tar in the oil inlet pipe flows into inside second shoe cream room via the fourth hole, and the tobacco tar in second shoe cream room flows into the flowline via the third through-hole.
The electronic cigarette, wherein
The bottom end of the oil pump body is provided with the second positioning column, the second connection end of second pump valve is provided with the second connection through-hole, the second connection through-hole is set on second positioning column, and second connection with second positioning column by being interference fitted；
Or,
The bottom end of the oil pump body is arranged in the second connection end welding of second pump valve；Or,
The bottom end of the oil pump body is arranged in by screw for the second connection end of second pump valve.
The electronic cigarette, wherein the atomizer assembly and battery bar assembly coaxial arrangement；The atomizer assembly is located on the electronic cigarette ontology close to described smoke absorbing end one end, and the battery bar assembly is located at one end on the electronic cigarette ontology far from the smoke absorbing end；
Or,
The battery bar assembly is located at one end on the electronic cigarette ontology close to the smoke absorbing end, and the atomizer assembly is located at one end on the electronic cigarette ontology far from the smoke absorbing end.
The electronic cigarette, wherein the atomizer assembly and the battery bar assembly are set side by side along the radial direction of the electronic cigarette ontology；
Or,
The atomizer assembly and the battery bar assembly are set side by side along the radial direction of the electronic cigarette ontology, and the atomizer assembly and the battery bar assembly are plugged in inside the oil storage bottle far from one end of the smoke absorbing end；
Wherein, the battery bar assembly periphery wall cladding is provided with sealing shroud, so that the battery bar assembly being plugged in the oil storage bottle is isolated with the tobacco tar.
The electronic cigarette, wherein the atomizer assembly includes:
For being atomized the heating wire component of the tobacco tar；
For the tobacco tar to be conducted to the oil storage cotton of the heating wire component；
The oil outlet is plugged in inside the oil storage cotton, so that oil storage cotton storage flows into the tobacco tar in the oil storage cotton via the oil outlet；
The atomizer electrode being electrically connected with the heating wire component.
The electronic cigarette, wherein the battery bar assembly includes:
The battery rod electrode being electrically connected with the atomizer electrode；
It is electrically connected with the battery rod electrode and is provided with battery；
For acting the air flow sensor for generating trigger signal according to the smoking of user；
The microcontroller being provided with for generating control signal according to the trigger signal is electrically connected with the air flow sensor and the battery respectively；So that the microcontroller controls the battery by the control signalIt powers for the heating wire component, so that the heating wire component is atomized the tobacco tar to form the smog.The electronic cigarette, wherein
The ring sealing plug with through-hole is equipped with the bottle sealing of the oil storage bottle；
It is internally provided in the through-hole of the ring sealing plug and breaks film for seal the oil storage bottle.The electronic cigarette, wherein the oil storage bottle is transparent vessel, and tobacco tar observation window is provided on the oil storage bottle.
The electronic cigarette, wherein the oil storage bottle is vial.
A method of the offer tobacco tar based on any of the above-described electronic cigarette, wherein, if including: that the oil pump receives the pressing operation, the air inside the oil pump flows out inside the oil pump via the flowline, to form the negative pressure inside the oil pump；Inside oil pump；
If the oil pump receives the pressing operation again, the tobacco tar inside the oil pump flows into inside the atomizer via the flowline；
The atomizer is atomized the tobacco tar to form the smog.
The method of the offer tobacco tar, wherein if the oil pump receives the pressing operation, the air inside the oil pump flows out inside the oil pump via the flowline includes:
The oil pump upper cover receives the pressing operation, so that oil pump piston edge supports arm direction far from described in and moves and make the spring in compressive state；
First shoe cream room is discharged via the first through hole in air inside first shoe cream room, to form the negative pressure inside first shoe cream room；Include: inside oil pump
The oil pump piston moves under the action of the spring along close to Suo Shushi gripping arm direction, until the spring is in no compressive state；
First pump valve edge under the action of negative pressure is moved towards the direction of the oil pump piston, so that the tobacco tar in the oil inlet pipe flows into inside first shoe cream room via second through-hole；If the oil pump receives the pressing operation again, the tobacco tar inside the oil pump flows into inside the atomizer via the flowline includes:If the oil pump upper cover receives the pressing operation again, then the oil pump piston edge supports arm direction far from described in and moves, so that the tobacco tar in first shoe cream room flows into the flowline via second through-hole, until first pump valve covers second through-hole again, so that the tobacco tar flows into the atomizer assembly.
The method of the offer tobacco tar, wherein if the oil pump receives the pressing operation, the air inside the oil pump flows out inside the oil pump via the flowline includes:
The press section receives the pressing operation and squeezes second shoe cream room according to the pressing operation, so that elastic deformation occurs for the oil pump body；
Second shoe cream room is discharged via the third through-hole in air inside second shoe cream room, to form the negative pressure inside second shoe cream room；Include: inside oil pump
The oil pump body restores original shape；
Second pump valve moves under the action of the negative pressure along the bottom end direction far from the oil pump body, so that the tobacco tar in the oil inlet pipe flows into inside second shoe cream room via the fourth hole；
If the oil pump receives the pressing operation again, the tobacco tar inside the oil pump flows into inside the atomizer via the flowline includes:
If the press section receives the pressing operation again, then the press section squeezes second shoe cream room again according to the pressing operation, so that the tobacco tar in second shoe cream room flows into the flowline via the fourth hole, until second pump valve covers the fourth hole again, so that the tobacco tar flows into the atomizer assembly.
The method of the offer tobacco tar, wherein the atomizer is atomized the tobacco tar to form the smog and includes:
The microcontroller generates the control signal according to the trigger signal；
The microcontroller controls the battery bar assembly for atomizer assembly power supply, so that the atomizer is atomized the tobacco tar by the control signal.
The present invention provides a kind of electronic cigarette and the method for tobacco tar is provided, which includes: electronic cigarette ontology, and the electronic cigarette ontology includes smoke absorbing end, oil storage bottle, atomizer assembly and battery bar assembly；It is describedOil pump is additionally provided on electronic cigarette ontology, the oil pump is provided with and communicated with oil inlet pipe and flowline with the oil pump, so that the tobacco tar inside the oil pump flows into the atomizer assembly via the flowline.The method of provided electronic cigarette and offer tobacco tar through the invention, enable the tobacco tar under oil pump drive is balanced, stable, suitable to flow into the atomizer assembly, effectively prevent the appearance of the cigarette low on fuel for flowing into the atomizer assembly or the excessive situation of tobacco tar amount, the stabilization of the be atomized smog of atomizer assembly is ensured, and make smokescope uniform, ensure the mouthfeel during user sucks smog.Detailed description of the invention
Fig. 1 is the applicant has applied and the structural profile illustration of undocumented electronic cigarette；
Fig. 2 is a kind of preferred embodiment the schematic diagram of the section structure of electronic cigarette provided by the present invention；Fig. 3 is a kind of preferred embodiment explosion section connection schematic diagram of electronic cigarette provided by the present invention；Fig. 4 is a kind of preferred embodiment the schematic diagram of the section structure of oil pump provided by the present invention；Fig. 5 is another preferred embodiment the schematic diagram of the section structure of oil pump provided by the present invention；Fig. 6 is another preferred embodiment explosion connection schematic diagram of electronic cigarette provided by the present invention；Fig. 7 is another preferred embodiment overall structure diagram of electronic cigarette provided by the present invention；Fig. 8 is another preferred embodiment overall structure diagram of electronic cigarette provided by the present invention；Fig. 9 is a kind of preferred embodiment the schematic diagram of the section structure of atomizer assembly of electronic cigarette provided by the present invention；
Figure 10 is a kind of preferred embodiment the schematic diagram of the section structure of the battery bar assembly of electronic cigarette provided by the present invention；
Figure 11 is a kind of preferred embodiment the schematic diagram of the section structure of the oil storage bottle of electronic cigarette provided by the present invention；
Figure 12 is a kind of preferred embodiment flow chart of steps of the method provided by the present invention for providing tobacco tar；Figure 13 is another preferred embodiment flow chart of steps of the method provided by the present invention for providing tobacco tar；
Figure 14 is another preferred embodiment flow chart of steps of the method provided by the present invention for providing tobacco tar.Specific embodiment
The specific structure for the electronic cigarette that can provide stable tobacco tar amount is described in detail in embodiment one, the present embodiment:
The specific structure of electronic cigarette provided by the present embodiment is incorporated by reference to shown in Fig. 2 and Fig. 3, wherein Fig. 2 is a kind of preferred embodiment the schematic diagram of the section structure of electronic cigarette provided by the present invention；Fig. 3 is a kind of preferred embodiment explosion connection schematic diagram of electronic cigarette provided by the present invention；
It is found that the electronic cigarette includes: electronic cigarette ontology as shown in Fig. 2 and Fig. 3, the electronic cigarette ontology includes the smoke absorbing end 201 that smog is sucked for user;
User can be smoked by the smoke absorbing end 201.
Wherein, the shape of the smoke absorbing end 201 can match the nozzle type (as shown in Figure 2) of user, to ensure the comfort during user sucks smog, facilitate user.
Preferably, the smoke absorbing end 201 can be detachably connected with the electronic cigarette ontology, its specific connection type be not construed as limiting such as be threadedly coupled, be connected together or magnetic connection, so that user can replace or clean at any time smoke absorbing end 201, to ensure using the health during the electronic cigarette.
For accommodating the oil storage bottle 202 of tobacco tar, i.e., aerosolizable tobacco tar is stored in the oil storage bottle 202.The atomizer assembly 203 of the smog is formed for atomization smoke oil, i.e., may make the tobacco tar in oil storage bottle 202 to be atomized by the atomizer assembly 203.
The electronic cigarette ontology further includes the battery bar assembly 204 for powering for the atomizer assembly 203;Wherein, the oil storage bottle 202 is set to the one end of the electronic cigarette ontology far from the smoke absorbing end 201.
Known to as shown in Figure 2, the oil storage bottle 202 is set to one end on the electronic cigarette ontology far from the smoke absorbing end 201, advantage using such set-up mode is, because the position of the setting of oil storage bottle 202 is far from smoke absorbing end 201, so that the smog that atomizer assembly 203 is atomized does not flow through oil storage bottle 202, so that user will not suck the tobacco tar without atomization, to effectively avoid the leakage of tobacco tar.
Provided electronic cigarette may make that the tobacco tar in the oil storage bottle 202 is stable and what is hooked is conveyed to the atomizer assembly 203 through this embodiment, and the structure of specific implementation is continuing with shown referring to figs. 2 and 3:
Oil pump 210 is additionally provided on the i.e. described electronic cigarette ontology, the oil pump 210 is located at the pressing operation that the end on the electronic cigarette ontology can receive user's input.
The pressing operation that the oil pump 210 is used to be inputted according to user forms negative inside the oil pump 210Pressure, and oil inlet pipe 211 and flowline 212 are provided with and communicated with the oil pump 210.
Specifically, the fuel feed hole of the oil inlet pipe 211 is plugged in inside the oil storage bottle 202, so that the tobacco tar in the oil storage bottle 202 flows into inside the oil pump 210 under the action of the negative pressure via the oil inlet pipe 211, and the oil outlet of the flowline 212 is plugged in inside the atomizer assembly 203, so that the tobacco tar inside the oil pump 210 flows into the atomizer assembly 203 via the flowline 212.Component 203, enable the tobacco tar under the oil pump 210 drive is balanced, stable, suitable to flow into the atomizer assembly 203, effectively prevent the appearance of the cigarette low on fuel or the excessive situation of tobacco tar amount that flow into the atomizer assembly 203, the stabilization of the be atomized smog of atomizer assembly 203 is ensured, and make smokescope uniform, ensure the mouthfeel during user sucks smog.
If the tobacco tar in oil storage bottle 202 is remaining less, the oil pump 210 can still conduct remaining tobacco tar to atomizer assembly 203, the appearance of waste tobacco tar situation is avoided, so that can effectively avoid the waste of tobacco tar using electronic cigarette shown in the present invention.
And oil pump 210 shown in the present embodiment can directly conduct tobacco tar to atomizer assembly 203, without setting for conducting the Oil Guide mechanism of tobacco tar, to further avoid the waste of tobacco tar, improve the utilization efficiency of tobacco tar.
The specific structure of Fig. 2 and oil pump shown in Fig. 3 210 is described in detail in embodiment two, the present embodiment:
First please as shown in Figure 4, the oil pump 210 includes:
For receiving the oil pump upper cover 301 of the pressing operation.
301 end of oil pump upper cover radially extends to be provided with along the oil pump 210 supports arm 302;Oil pump lower cover 303 is coaxially arranged with the oil pump upper cover 301;
303 periphery wall of oil pump lower cover is arranged with spring 304, and the spring 304 is supported with the arm 302 that supports, and described support is provided with gap between arm 302 and the oil pump lower cover 303；
Oil pump piston 305 is fixedly installed in the oil pump 210, and the first end accommodating of the oil pump piston 305 is arranged inside the oil pump upper cover 301, the second end accommodating of the oil pump piston 305 is arranged inside the oil pump lower cover 303；
The second end of the oil pump piston 305 and the oil pump lower cover 303 far from the 4Shi gripping arm 302 oneEnd is formed with the first shoe cream room 306;
The oil pump lower cover 303 is provided with first through hole 307 and the second through-hole 308 far from the bottom for supporting arm 302;
Wherein, the first through hole 307 is connected to the flowline 212, and second through-hole 308 is connected to the oil inlet pipe 211；
The oil pump piston 305 is also used to support 302 direction of arm far from described according to the pressing operation edge and move, so that the air inside first shoe cream room 306 is discharged via the first through hole 307 to form the negative pressure；
Wherein, air when the first 306 inside of shoe cream room is discharged in air is flowed to see direction shown in the arrow shown in Fig. 4 in the first through hole 307.
Inside the oil pump lower cover 303, covers second through-hole 308 and be provided with the first pump valve 309;First connecting pin of first pump valve 309 is fixedly connected with the oil pump lower cover 303, so that first pump valve 309 edge under the action of the negative pressure is moved towards the direction of the oil pump piston 305, so that the tobacco tar in the oil inlet pipe 211 flows into inside first shoe cream room 306 via second through-hole 308, and the tobacco tar in first shoe cream room 306 flows into the flowline 212 via the first through hole 307.
Wherein, first connecting pin can be any end of first pump valve 309, and specific location is not construed as limiting in the present embodiment.
Wherein, the tobacco tar flow direction when tobacco tar in the oil inlet pipe 211 flows into 306 inside of the first shoe cream room via second through-hole 308 can be found in shown in Fig. 4, direction shown in the arrow in the second through-hole 308.
And tobacco tar flow direction of the tobacco tar in first shoe cream room 306 when flowing into the flowline 212 via the first through hole 307 can be found in shown in Fig. 4, direction shown in the arrow in first through hole 307.
To better understand, then lifts concrete application scene and the detailed process process of oil pump 210 shown in Fig. 4 is described in detail:
If user, when needing to aspirate smog using electronic cigarette provided by the present embodiment, user presses the oil pump upper cover 301, i.e., user is by pressing the oil pump upper cover 301 to input pressing operation；
The oil pump upper cover 301 is because the pressing operation by user is then to the side close to the oil pump lower cover 303To movement, and in 301 motion process of oil pump upper cover, the arm 302 that supports of the oil pump upper cover 301 squeezes the spring 304, so that elastic deformation occurs for the spring 304；
The oil pump piston 305 being fixedly installed in the oil pump 210 is moved in the drive lower edge of the oil pump upper cover 301 towards the direction of the oil pump lower cover 303, so that oil pump piston 305 squeezes the air being located in first shoe cream room 306；
Air in first shoe cream room 306 is because the extruding by the oil pump piston 305 is from the first shoe cream room 306 of discharge of first through hole 307, so that the first shoe cream room 306 is discharged via the flowline 212 being connected to the first through hole 307 in air;
The negative pressure is then formed in first shoe cream room 306, that is, is located at the pressure outside first shoe cream room 306 and is greater than the pressure being located in first shoe cream room 306；
When user unclamps the oil pump upper cover 301, compressed spring gives the oil pump upper cover 301-a separate oil pump lower cover 303 power, so that the oil pump upper cover 301 recoils to initial position；
During the oil pump upper cover 301 rebound, because of the negative pressure in first shoe cream room 306, first pump valve 309 is under the action of the negative pressure, so that first pump valve 309 is moved along towards the direction of the oil pump piston 305, then second through-hole 308 is connected with first shoe cream room 306；
The oil inlet pipe 211 is connected by second through-hole 308 with first shoe cream room 306, and the fuel feed hole of the oil inlet pipe 211 is plugged in inside the oil storage bottle 202, so that the tobacco tar being located inside the oil storage bottle 202 flows into the oil inlet pipe 211 by the fuel feed hole under the action of negative pressure, and the tobacco tar in the oil inlet pipe 211 flows into inside first shoe cream room 306 via second through-hole 308；Wherein, the tobacco tar inside the oil storage bottle 202, which flows into the flow direction of the tobacco tar inside first shoe cream room 306 via the oil inlet pipe 211, can be found in direction shown in the arrow shown in Fig. 2 in oil inlet pipe 211；
User presses the oil pump upper cover 301 again;
The oil pump upper cover 301 by the pressing operation of user to the direction close to the oil pump lower cover 303 because then being moved again, the oil pump piston 305 being fixedly installed in the oil pump 210 is moved in the drive lower edge of the oil pump upper cover 301 towards the direction of the oil pump lower cover 303, so that oil pump piston 305 squeezes first pump valve 309 bounced, so that first pump valve 309 covers second through-hole 308 again;Tobacco tar in first shoe cream room 306 flows into the flowline 212 via the first through hole 307, the oil outlet of the flowline 212 is plugged in inside the atomizer assembly 203, so that the tobacco tar being located in the flowline 212 flows into the atomizer assembly 203, so that the atomizer assembly 203 is atomized the tobacco tar to form smog.
Wherein, the flow direction that the tobacco tar in first shoe cream room 306 flows into the atomizer assembly 203 can be found in direction shown in the arrow shown in Fig. 2 in the flowline 212.
With further reference to shown in Fig. 4, how being specifically described inside the oil pump 210 is arranged in the first pump valve 309 of the oil pump 210:
As shown in figure 4, the oil pump lower cover 303 is provided with the first positioning column 401 far from the bottom for supporting arm 302;
First connecting pin of first pump valve 309 is provided with the first connection through-hole, and the first connection through-hole is set on first positioning column 401.
And the first connection through-hole and first positioning column 401 are interference fitted, so that first connecting pin of first pump valve 309 is fixed with 401 phase of the first positioning column；
For make the oil pump piston 305 along far from it is described support 302 direction of arm and move when, it not will receive the influence of first positioning column 401 and can not be moved along separate 302 direction of Suo Shushi gripping arm, to exclude to be located at air when 306 inside of the first shoe cream room or the indentation of the tobacco tar in first shoe cream room 306 flowline 212 will be located at, then in the present embodiment, on being located at the oil pump piston 305, it is provided with 401 corresponding position of the first positioning column and accommodates recess portion 402.
The receiving recess portion 402 matches setting with first positioning column 401, so that the oil pump piston
305 according to the pressing operation along far from it is described support 302 direction of arm and move when, the receiving recess portion 402 is set on first positioning column 401, so that the oil pump piston 305 smoothly can support 302 direction of arm and move along far from described, and the influence of first positioning column 401 is not will receive in motion process.
The present embodiment is fixed at the mode of oil pump lower cover 303 to first connecting pin of first pump valve 309 and is illustrated for citing, and it is not construed as limiting, as long as first connecting pin of first pump valve 309 is fixed at oil pump lower cover 303, such as the oil pump lower cover 303 is arranged in far from the bottom for supporting arm 302 in first connecting pin welding of first pump valve 309, the oil pump lower cover 303 is arranged in far from the bottom for supporting arm 302 by screw in first connecting pin of also for example described first pump valve 309.Another structure of oil pump 210 provided by the present embodiment is described in detail below in conjunction with shown in Fig. 5:
As shown in figure 5, the oil pump 210 specifically includes:
Oil pump body 501, oil pump body 501 shown in the present embodiment is made by elastic deformation material can occur, such as rubber etc., specific material are not construed as limiting in the present embodiment, as long as oil pump body 501 shown in the present embodiment can reset after elastic deformation can occur.
501 first end of oil pump body is the press section 502 for receiving the pressing operation;
User is by pressing the press section 502 to carry out pressing operation；
The bottom end of the oil pump body 501 is provided with third through-hole 503 and fourth hole 504;
Specifically, the bottom end of the i.e. described oil pump body 501 is the end far from the oil pump body first end.More specifically, the third through-hole 503 is connected to the flowline 212, and the fourth hole 504 is connected to the oil inlet pipe 211.
The oil pump body second end is internally provided with the second shoe cream room 505.
The press section 502 is also used to squeeze second shoe cream room 505 according to the pressing operation, because of a part that second shoe cream room 505 is the oil pump body 501, so second shoe cream room 505 can compress after the pressing operation by user elastic deformation occurs.
The air inside second shoe cream room 505 after elastic deformation occurs is discharged via the third through-hole 503 to form the negative pressure.
Wherein, air when the second 505 inside of shoe cream room is discharged in air is flowed to see direction shown in the arrow shown in fig. 5 in the third through-hole 503.
Positioned at 505 inside of the second shoe cream room and the covering fourth hole 504 is provided with the second pump valve 506.
The second connection end of second pump valve 506 is fixedly connected with the oil pump body 501, so that second pump valve 506 moves under the action of the negative pressure along the bottom end direction far from the oil pump body 501.
The tobacco tar in the oil inlet pipe 211 flows into inside second shoe cream room 505 via the fourth hole 504, and the tobacco tar in second shoe cream room 505 flows into the flowline 212 via the third through-hole 503.
Wherein, the second connection end can be any end of second pump valve 506, specific locationIt is not construed as limiting in the present embodiment.
To better understand, then lifts concrete application scene and the detailed process process of oil pump 210 shown in fig. 5 is described in detail:
If user, when needing to aspirate smog using electronic cigarette provided by the present embodiment, user presses the press section 502, i.e., user is by pressing the press section 502 to input pressing operation；
Because the oil pump body 501 is made of elastic material, then the compressible oil pump body 501 under the operation of user of press section 502, is compressed so that the oil pump body 501 is whole elastic deformation occurs；Because the pressing operation by user is then moved to the direction close to 501 bottom end of oil pump body, and in 502 motion process of press section, the oil pump body 501 is whole gradually to be compressed for the press section 502；
It is gradually compressed because the oil pump body 501 is whole, then make the air in the second shoe cream room 505 because the extruding by the press section 502 is from the second shoe cream room 505 of discharge of third through-hole 503, so that the second shoe cream room 505 is discharged via the flowline 212 being connected to the third through-hole 503 in air；
The negative pressure is then formed in second shoe cream room 505, that is, is located at the pressure outside second shoe cream room 505 and is greater than the pressure being located in second shoe cream room 505；
When user unclamps the press section 502, compressed oil pump body 501 recoils to initial position；During the oil pump body 501 rebound, because of the negative pressure in the secondth shoe cream room 505, second pump valve 506 is under the action of the negative pressure, so that second pump valve 506 is moved along the direction of the bottom end far from the oil pump body 501, then the fourth hole 504 is connected with second shoe cream room 505；
The oil inlet pipe 211 is connected by the fourth hole 504 with second shoe cream room 505, and the fuel feed hole of the oil inlet pipe 211 is plugged in inside the oil storage bottle 202, so that the tobacco tar being located inside the oil storage bottle 202 flows into the oil inlet pipe 211 by the fuel feed hole under the action of negative pressure, and the tobacco tar in the oil inlet pipe 211 flows into inside second shoe cream room 505 via the fourth hole 504；Wherein, the tobacco tar inside the oil storage bottle 202, which flows into the flow direction of the tobacco tar inside second shoe cream room 505 via the oil inlet pipe 211, can be found in direction shown in the arrow shown in Fig. 2 in oil inlet pipe 211；
User presses the press section 502 again;
The oil pump body 501 because then being compressed by the pressing operation of user elasticity occurs again againDeformation, so that the elastically-deformable oil pump body 501, which occurs, squeezes second pump valve bounced
506, so that second pump valve 506 covers the fourth hole 504 again;
Tobacco tar in second shoe cream room 505 flows into the flowline 212 via the third through-hole 503, the oil outlet of the flowline 212 is plugged in inside the atomizer assembly 203, so that the tobacco tar being located in the flowline 212 flows into the atomizer assembly 203, so that the atomizer assembly 203 is atomized the tobacco tar to form smog.
Wherein, the flow direction that the tobacco tar in second shoe cream room 505 flows into the atomizer assembly 203 can be found in direction shown in the arrow shown in Fig. 2 in the flowline 212.
With further reference to shown in Fig. 5, how being specifically described inside the oil pump 210 is arranged in the second pump valve 506 of the oil pump 210:
The bottom end of the oil pump body 501 is provided with the second positioning column 507.
The second connection end of second pump valve 506 is provided with the second connection through-hole, the second connection through-hole is set on second positioning column 507, and described second connects by being interference fitted with second positioning column 507, so that first connecting pin of second pump valve 506 is fixed with 507 phase of the second positioning column.
Oil pump 210 shown in fig. 5 is made because elastically-deformable material can occur for use, so that oil pump 210 is not necessarily to other parts, that is, compressible second shoe cream room 505, so that the air being located in second shoe cream room 505 is discharged via the third through-hole 503 or the tobacco tar in second shoe cream room 505 flows into the flowline 212 via via the third through-hole 503.Reduce number of parts, save manufacturing cost, and because there is no other parts to assemble oil pump 210 shown in fig. 5 simply, without the artificial of complexity, saves manpower.
The present embodiment is fixed at the mode of oil pump body 501 to the second connection end of second pump valve 506 and is illustrated for citing, and it is not construed as limiting, as long as the second connection end of second pump valve 506 is fixed at oil pump body 501, such as the second connection end of second pump valve 506 welds the bottom end that the oil pump body 501 is arranged in；The bottom end of the oil pump body 501 is arranged in by screw for the second connection end of also for example described second pump valve 506.
Provided oil pump 210 through this embodiment, so that the oil pump 210 can directly conduct tobacco tar to atomizer assembly 203, and into 203 Fuel injection system of atomizer assembly, meeting prevents atomizer assembly 203 from burning for shortage of oil space-time so that the inflow of the tobacco tar homogeneous constant atomizer assembly 203To generate the gas being harmful to the human body.If can also prevent fuel feeding excessive, oil leak occurs so that user sucks the tobacco tar without atomization, influences the appearance that user absorbs smog mouthfeel situation.Even and if through this embodiment provided by the oil pump 210 may make the tobacco tar amount in the oil storage bottle 202 less, the oil pump 210 still can avoid the waste of tobacco tar to 203 fuel feeding of atomizer assembly.
The specific structure for the electronic cigarette for being provided with the oil pump 210 is described in detail in embodiment three, the present embodiment:
The specific structure of electronic cigarette shown in the present embodiment there are several types of: need it is clear that, the specific structure of the electronic cigarette is only illustrated in the present embodiment, is not construed as limiting.As long as being provided with oil pump 210 shown in embodiment one and embodiment two on the electronic cigarette.
The first is as shown in Figure 6:
In this kind of set-up mode, the ontology of the electronic cigarette is provided with outer housing 601;
Inside the outer housing 601, the atomizer assembly 203 and the battery bar assembly 204 are set side by side along the radial direction of the electronic cigarette ontology.
The outer housing 601 is detachably connected with the oil storage bottle 202.And then user is facilitated to replace tobacco tar 202 or add tobacco tar at any time into the tobacco tar 202.
Wherein, the concrete mode that the outer housing 601 is detachably connected with the oil storage bottle 202 is not construed as limiting in the present embodiment, for example, be connected through a screw thread, block and connect or magnet connection etc..
Specifically, the atomizer assembly 203 and the battery bar assembly 204 can be plugged in inside the oil storage bottle 202 far from one end of the smoke absorbing end 201；
More specifically, to prevent the tobacco tar inside the oil storage bottle 202 from polluting the battery bar assembly 204, to prevent the battery bar assembly 204 from can not normally power for the atomizer assembly 203, then 204 periphery wall of the battery bar assembly cladding is provided with sealing shroud, the specific set-up mode and material of the sealing shroud are not construed as limiting, as long as the tobacco tar in the oil storage bottle 202 is isolated with the battery bar assembly 204.
In the present embodiment, because the atomizer assembly 203 and the battery bar assembly 204 are disposed in parallel in inside electronic cigarette, so that electronic cigarette body length is shorter, so that the time that the smog that the atomizer assembly 203 is atomized is circulated to the smoke absorbing end 201 is shorter, to effectively smog be avoided to be condensed into tobacco tar, tobacco tar is sucked to avoid user.
Second: shown in Figure 7:
The atomizer assembly 203 and the battery bar assembly 204 coaxial arrangement, i.e., the described atomizer assembly203 and the battery bar assembly 204 along the electronic cigarette ontology axial direction setting.
Wherein, the atomizer assembly 203 is located on the electronic cigarette ontology close to described 201 one end of smoke absorbing end, and the battery bar assembly 204 is located at one end on the electronic cigarette ontology far from the smoke absorbing end 201；In this kind of set-up mode, any position that the electronic cigarette ontology is arranged in the oil pump 210 is not construed as limiting.
The third, shown in Figure 8:
The battery bar assembly 204 is located at one end on the electronic cigarette ontology close to the smoke absorbing end 201, the atomizer assembly 203 is located at one end on the electronic cigarette ontology far from the smoke absorbing end 201, i.e., the described atomizer assembly 203 is between the battery bar assembly 204 and the oil storage bottle 202.
In this kind of set-up mode, any position that the electronic cigarette ontology is arranged in the oil pump 210 is not construed as limiting.
And the smoke absorbing end 201 can be located on the outside of one end of the battery bar assembly 204 or the smoke absorbing end 201 be located at the middle part of the battery bar assembly 204 or the smoke absorbing end 201 is located in the battery bar assembly 204 position of the separate atomizer assembly 203.
Specifically, the smoke absorbing end 201 on the outside of one end of the battery bar assembly 204 can be coaxially disposed with battery bar assembly 204, the shape of electronic cigarette may make intuitively to simulate true cigarette using this kind of set-up mode, and the smoke path for the smog that circulates for being located at the electronic cigarette body interior is more straight, the phenomenon that can effectively reducing oil accumulation.
In the present embodiment, the atomizer assembly 203 is between the battery bar assembly 204 and the oil storage bottle 202, i.e. position of the atomizer assembly 203 from smoke absorbing end 201 be farther out, and user using electronic cigarette provided by the present embodiment when being smoked, position of the position of atomizer assembly 203 from user oral cavity is farther out, it may make that generated heat will not scald user when 203 atomization smoke oil of atomizer assembly, effectively improve electronic cigarette using safe, and battery bar assembly 204 would generally be clamped in user's smoking process and is smoked, and the atomizer assembly 203 for avoiding clamping fever is smoked, so that user's hand when being smoked using electronic cigarette provided by the present embodiment is not in the feelings of scald Condition effectively simulates the temperature of real cigarette, promotes the usage experience in user's smoking process.And in order to imitate cigarette, then the length of electronic cigarette is generally suitable with the length of cigarette, and in order to reduce charge frequency and increase the service life of battery bar assembly 204, the length of battery bar assembly 204 can at least account for more than half of electronic cigarette entire length, when user is smoked using electronic cigarette shown in the present embodiment, the middle and upper part that can naturally clamp electronic cigarette is leaned onThe position of nearly smoke absorbing end 201, because the oil storage bottle 202 in the present embodiment is arranged far from one end of smoke absorbing end 201, so oil storage bottle 202 is avoided by user's chucking power, to make oil storage bottle 202 export the more equilibrium of tobacco tar amount to atomizer assembly 203, the stabilization for effectively having ensured smog, improves user experience.It avoids different to the active force of oil conservator end because of user, and keeps tobacco tar supply amount different, small situation when big when leading to amount of smoke.
Specifically, shown in the present embodiment second and the third shown in electronic cigarette set-up mode, the oil storage bottle 202 and the atomizer assembly 203 be detachably connected and/or the atomizer assembly 203 with the battery bar assembly 204 to be detachably connected.
The oil storage bottle 202 can be to be threadedly coupled or be connected together with the atomizer assembly 203 and/or the atomizer assembly 203 with dismountable connection type of the battery bar assembly 204, specific connection type is not construed as limiting in the present embodiment, as long as making being detachably connected for the oil storage bottle 202 and the atomizer assembly 203 and/or the atomizer assembly 203 and the battery bar assembly 204.
In the set-up mode of three kinds of electronic cigarettes shown in the present embodiment, as shown in figure 11, the ring sealing plug 1101 with through-hole can be equipped with the bottle sealing of the oil storage bottle 202;
It is internally provided in the through-hole of the ring sealing plug 1101 and breaks film 1102 for seal the oil storage bottle.
I.e. in the present embodiment in the first set-up mode, the one end of the atomizer assembly 203 and the battery bar assembly 204 far from the smoke absorbing end 201 can break film 1102 across described to be inserted into inside the oil storage bottle 202, so that the bottleneck broken film 1102 and coat the oil storage bottle 202, so that the tobacco tar in the oil storage bottle 202 will not leak.
In second of the present embodiment and the third set-up mode, the atomizer assembly 203 or the battery bar assembly 204 can break film 1102 described in and be inserted into inside the oil storage bottle 202, the bottleneck that film 1102 coats the oil storage bottle 202 can be broken because described in, so that the tobacco tar in the oil storage bottle 202 will not leak.
Need it is clear that, seal the oil storage bottle 202 is only to illustrate to be not construed as limiting, such as also the position that the electronic cigarette ontology is detachably connected can be provided with sealing-plug etc. in the oil storage bottle 202 in a manner of preventing the tobacco tar in the oil storage bottle 202 from revealing in the present embodiment.
Preferably, oil storage bottle 202 shown in the present embodiment is transparent vessel, and tobacco tar observation window is provided on the oil storage bottle 202.So that user can check that remaining tobacco tar is in the oil storage bottle 202 to estimate to remain at any timeRemaining tobacco tar amount can duration for users to use.
More preferably, the oil storage bottle 202 is vial, in order to which user preferably checks remaining tobacco tar amount, and since glass material property is more stable, avoids influencing tobacco tar taste because chemically reacting situations such as.
The specific structure of the atomizer assembly 203 of electronic cigarette is described in detail in example IV, the present embodiment:
As shown in figure 9, the atomizer assembly 203 includes:
For being atomized the heating wire component 2031 of the tobacco tar;I.e. the aerosolizable tobacco tar of the heating wire component 2031 is to form the smog sucked for user.
For the tobacco tar to be conducted to the oil storage cotton 2032 of the heating wire component;
Specifically, the heating wire component 2031 may include the heating wire that both ends are plugged in that Oil Guide rope and winding are arranged on the Oil Guide rope in the oil storage cotton 2032, the i.e. described Oil Guide rope passes to the tobacco tar in the oil storage cotton 2032 to the heating wire, so that the heating wire atomization smoke oil is to form smog.
To make the oil storage cotton 2032 that can store tobacco tar, then the oil outlet of the flowline 212 is plugged in inside the oil storage cotton 2032, so that the oil storage cotton 2032 stores the tobacco tar flowed into the oil storage cotton 2032 via the oil outlet.
The atomizer electrode 2033 being electrically connected with the heating wire component 2031.
Specifically, the atomizer electrode 2033 includes the external electrode and interior electrode of the heating wire both ends electrical connection respectively.
Need it is clear that, the present embodiment is only a kind of example to the specific structure of the atomizer assembly 203, rather than limit, as long as the oil outlet of the flowline 212 can be 203 fuel feeding of atomizer assembly.
Such as, heating wire can be made to laminated structure and turned to snakelike, and the plane where the heating wire is with the axially vertical of the atomizer assembly 203 or at an angle, to make the heating wire can sufficient atomization smoke oil, then preferably, plane where the heating wire is axially vertical with the atomizer assembly 203, and the heating wire is leaned in the oil outlet third constellations of the flowline 212, and be located at Oil Guide cloth made of the oil outlet and the electricity etc..
The heating wire of laminated structure described in the present embodiment is effectively increased the contact area of the heating wire Yu the tobacco tar, makes the heating wire will not be because of temperature mistake while to effectively improve amount of smokeIt is high and burn the components such as oil storage cotton.
The specific structure of the battery bar assembly 204 is described in detail in embodiment five, the present embodiment: as shown in Figure 10, the battery bar assembly 204 includes:
The battery rod electrode 2041 being electrically connected with the atomizer electrode；
The battery rod electrode 2041 includes external electrode and interior electrode, and the external electrode of the battery rod electrode 2041 is electrically connected with the external electrode of atomizer electrode 2033, the interior electrode of the battery rod electrode 2041 is electrically connected with the interior electrode of the atomizer electrode 2033.
It is electrically connected with the battery rod electrode 2041 and is provided with battery 2042;
The i.e. described battery 2042 is the power supply of heating wire shown in example IV.
For acting the air flow sensor 2043 for generating trigger signal according to the smoking of user;
The microcontroller being provided with for generating control signal according to the trigger signal is electrically connected with the air flow sensor 2043 and the battery 2042 respectively；
The i.e. described microcontroller controls the battery 2042 for heating wire power supply, so that the heating wire is atomized the tobacco tar to form the smog by the control signal.
Embodiment six, a kind of method for present embodiments providing offer tobacco tar, specific in conjunction with shown in Figure 12: the method for providing tobacco tar specifically includes:
If 1201, the oil pump receives the pressing operation, the air inside the oil pump flows out inside the oil pump via the flowline, to form the negative pressure inside the oil pump；
1202, the tobacco tar in the oil storage bottle flows into inside the oil pump under the action of negative pressure via the oil inlet pipe；
If 1203, the oil pump receives the pressing operation again, the tobacco tar inside the oil pump flows into inside the atomizer via the flowline；
1204, the atomizer is atomized the tobacco tar to form the smog.
The specific structure of electronic cigarette shown in the present embodiment is asked shown in detailed in Example one to embodiment five, in the present embodiment not # Zhi Zanshu.
Embodiment seven, the concrete mode formed shown in the present embodiment combination Figure 13 to the negative pressure are described in detail:
1301, the oil pump upper cover receives the pressing operation, so that oil pump piston edge supports arm direction far from described in and moves and make the spring in compressive state；1302, first shoe cream room is discharged via the first through hole in the air inside first shoe cream room, to form the negative pressure inside first shoe cream room；
1303, the oil pump piston moves under the action of the spring along close to 4Shi gripping arm direction, until the spring is in no compressive state；
1304, first pump valve edge under the action of negative pressure is moved towards the direction of the oil pump piston, so that the tobacco tar in the oil inlet pipe flows into inside first shoe cream room via second through-hole；
If 1305, the oil pump upper cover receives the pressing operation again, then the oil pump piston is moved along far from Suo Shushi gripping arm direction, so that the tobacco tar in first shoe cream room flows into the flowline via second through-hole, until first pump valve covers second through-hole again, so that the tobacco tar flows into the atomizer assembly；
1306, the microcontroller generates the control signal according to the trigger signal；
1307, the microcontroller controls the battery bar assembly for atomizer assembly power supply, so that the atomizer is atomized the tobacco tar by the control signal.
The specific structure of electronic cigarette shown in the present embodiment is asked shown in detailed in Example one to embodiment five, does not praise state in the present embodiment.
Embodiment eight, another concrete mode formed shown in the present embodiment combination Figure 14 to the negative pressure are described in detail:
1401, the press section receives the pressing operation and squeezes second shoe cream room according to the pressing operation, so that elastic deformation occurs for the oil pump body；
1402, second shoe cream room is discharged via the third through-hole in the air inside second shoe cream room, to form the negative pressure inside second shoe cream room；
1403, the oil pump body restores original shape；
1404, second pump valve moves under the action of the negative pressure along the bottom end direction far from the oil pump body, so that the tobacco tar in the oil inlet pipe flows into inside second shoe cream room via the fourth hole；
If 1405, the press section receives the pressing operation again, then the press section squeezes second shoe cream room again according to the pressing operation, so that the tobacco tar in second shoe cream room flows into the flowline via the fourth hole, until second pump valve covers the fourth hole again, so that instituteIt states tobacco tar and flows into the atomizer assembly；
1406, the microcontroller generates the control signal according to the trigger signal；
1407, the microcontroller controls the battery bar assembly for atomizer assembly power supply, so that the atomizer is atomized the tobacco tar by the control signal.
The specific structure of electronic cigarette shown in the present embodiment is asked shown in detailed in Example one to embodiment five, does not praise state in the present embodiment.
Following will be combined with the drawings in the embodiments of the present invention, and technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, shall fall within the protection scope of the present invention.
Each embodiment in this specification is described in a progressive manner, and each embodiment focuses on the differences from other embodiments, and the same or similar parts in each embodiment may refer to each other.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, the present invention will not be limited to the embodiments shown herein, and is to fit to the widest scope consistent with the principles and novel features disclosed herein.