CN109619700A

CN109619700A - Smoke grenade, electrolyte filling method, control method and the electronic cigarette of electronic cigarette

Info

Publication number: CN109619700A
Application number: CN201910097585.6A
Authority: CN
Inventors: 邱伟华; 华能
Original assignee: Changzhou Paiteng Electronic Technology Co Ltd
Current assignee: Changzhou Paiteng Electronic Technology Co Ltd
Priority date: 2019-01-31
Filing date: 2019-01-31
Publication date: 2019-04-16
Anticipated expiration: 2039-01-31
Also published as: CN109619700B

Abstract

The present invention provides smoke grenade, electrolyte filling method, control method and the electronic cigarette of a kind of electronic cigarette, electrolyte filling method includes: vacuum evacuation device after receiving and vacuumizing commencing signal, smoke grenade is vacuumized so that the gas in the liquid storage chamber of smoke grenade passes through the pump discharge in smoke grenade, and receive vacuumize end signal when or suction reach default suction when stop vacuumize；After vacuum evacuation device stopping vacuumizes, control fluid injection part acts on the sealing at the liquid injection port of liquid storage chamber the channel formed to liquid storage chamber injection tobacco juice, so that fluid injection part injects tobacco juice into liquid storage chamber by channel, and, it controls fluid injection part after completing fluid injection to withdraw, so that sealing forms self-sealing to close liquid injection port.

Description

Smoke grenade, electrolyte filling method, control method and the electronic cigarette of electronic cigarette

Technical field

The present invention relates to electronic cigarette technical field, in particular to a kind of smoke grenade of electronic cigarette, electrolyte filling method, control method and Electronic cigarette.

Background technique

Currently, electronic cigarette has become a kind of smoking substitution product of comparative maturity in the market, by battery to fever member Part is powered, and so that heater element is heated the tobacco juice adsorbed on drain element under electric drive and is generated smog, so that user be made to obtain Obtain smoking experience.

Existing electronic cigarette feed liquid way is all to give a liquid storage piece, and the tobacco juice in liquid storage piece is then manually allowed to enter suction Liquid part either allows imbibition part to be immersed directly in the tobacco juice of liquid storage piece and carries out imbibition, inconvenient to use and be easy that tobacco juice is allowed to cause Pollution.

Summary of the invention

In view of this, the technical problem to be solved by the present invention is to provide a kind of smoke grenade of electronic cigarette, electrolyte filling method, control methods And electronic cigarette, tobacco juice can be allowed automatically into atomization part, tobacco juice supply is controllable, not will cause tobacco juice pollution.

A kind of smoke grenade of electronic cigarette provided by the invention, including smoke grenade shell, pump and atomization part, the smoke grenade shell It is internally provided with the liquid storage chamber for storing tobacco juice and is connected to the air inlet of electronic cigarette and the airflow channel of outlet flue, the atomization Part is connected to the airflow channel, it is described pump with the liquid storage chamber be in fluid communication, it is described pump for when electronic cigarette works by institute It states the tobacco juice in liquid storage chamber to pump to the atomization part, the pump, which is also used to provide when the smoke grenade is evacuated, is discharged the storage The channel of gas in sap cavity, sealing is equipped at the liquid injection port of the liquid storage chamber, and the sealing is used for the work in fluid injection part With the lower channel provided to liquid storage chamber injection tobacco juice, the sealing is also used to be formed after the fluid injection part is withdrawn from close Envelope is to close the liquid injection port.

Wherein, including the snorkel being axially arranged in the smoke grenade shell, the airflow channel is by the snorkel Inner cavity constitute, the snorkel includes the first end and second end for being oppositely arranged on the snorkel both ends.

Wherein, the first end of the snorkel is corresponding with the outlet flue, and the first end of the snorkel is equipped with check valve, The check valve is used to prevent gas from the outside of electronic cigarette through described in outlet flue entrance when the smoke grenade is evacuated Airflow channel.

Wherein, the smoke grenade further includes the pedestal that the second end of the snorkel is arranged in, and the pedestal is equipped with described Air inlet, the first fixed part of the atomization part is additionally provided on the pedestal, and the atomization part is consolidated by first fixed part It is scheduled on the second end of the snorkel.

Wherein, the second end of the snorkel is equipped with the installation position of the pump and the installation position of the atomization part, the pump Installation position be equipped with feed liquor through-hole and be connected to the inlet of the liquid storage chamber Yu the pump with fluid through-hole, the feed liquor through-hole out, The fluid through-hole out is connected to the liquid outlet and the atomization part of the pump, and the installation position of the atomization part and the airflow channel connect It is logical.

Wherein, the smoke grenade further includes cigarette holder component, and the first end of the snorkel is arranged in the cigarette holder component, described Cigarette holder component is equipped with the outlet flue.

Wherein, at least side of the liquid storage chamber is made of the smoke grenade shell, and the smoke grenade shell includes hard shell And/or soft shell.

Wherein, when the smoke grenade shell is hard shell, the liquid storage chamber is including the first chamber, the second chamber and unidirectionally every liquid With gas-liquid separation component, the liquid injection port setting is in fluid communication in first chamber, second chamber and the pump, described unidirectional Every liquid and gas-liquid separation component, the junction of first chamber Yu second chamber is set, it is described unidirectionally every liquid and gas-liquid separation Component is for preventing the described second intracavitary tobacco juice from entering first chamber and the first intracavitary gas being prevented to enter institute State the second chamber.

The present invention also provides a kind of electronic cigarette, the electronic cigarette includes the smoke grenade of electronic cigarette as described above.

The present invention also provides a kind of electrolyte filling methods, for carrying out fluid injection, the electrolyte filling method packet to smoke grenade as described above It includes:

Vacuum evacuation device vacuumizes the smoke grenade vacuumized in cavity after receiving and vacuumizing commencing signal so that institute Gas in the liquid storage chamber of smoke grenade is stated to be discharged by the pump in the smoke grenade, and, receive vacuumize end signal when or pumping Stop vacuumizing when vacuum degree reaches default suction；

After vacuum evacuation device stopping vacuumizes, control fluid injection part is acted at the liquid injection port of the liquid storage chamber Sealing on to form the channel to liquid storage chamber injection tobacco juice so that the fluid injection part is by the channel to the storage Tobacco juice is injected in sap cavity, and, the fluid injection part is controlled after completing fluid injection and is withdrawn so that sealing formation self-sealing with Close the liquid injection port.

Wherein, the smoke grenade be equipped with airflow channel and check valve, the airflow channel respectively in the smoke grenade pump and The air inlet of electronic cigarette is connected to outlet flue, the check valve for prevent gas from the outside of electronic cigarette through the outlet flue into Enter the airflow channel, the vacuum evacuation device carries out the smoke grenade vacuumized in cavity after receiving and vacuumizing commencing signal Vacuumize so that gas in the liquid storage chamber of the smoke grenade by the pump discharge in the smoke grenade before, the method also includes:

It is vacuumized in cavity described in air inlet side insertion by assembled smoke grenade, makes the liquid storage chamber of the smoke grenade through institute It states the pump in smoke grenade, the airflow channel and the air inlet and the bleeding point for vacuumizing cavity is tightly connected, to pass through The air inlet vacuumizes the liquid storage chamber.

Wherein, described to vacuumize end signal institute is operated according to the deformation extent of the inner shell of smoke grenade shell by operator It states vacuum evacuation device and generates, the completion fluid injection judge according to the deformation extent of the inner shell by operator It arrives.

The present invention also provides a kind of control methods, applied to the electronic cigarette for using smoke grenade as described above, the controlling party Method includes:

After receiving starting-up signal, if atomization part is to use for the first time, pump is controlled to the atomization part and is pumped into tobacco juice；

When the amount of being pumped into of tobacco juice reaches default tobacco juice amount, controls the pump and stop working and issue mentioning of allowing to light a cigarette Show；

When receiving smoke signal, the pump and atomization part start-up operation are controlled；

Adjust the feed flow parameter of the pump, the running parameter of the atomization part in real time according to the running parameter of the atomization part Including at least one of operating voltage, operating resistance, operating time, the feed flow parameter includes liquid supply speed, liquid supply rate, confession At least one of liquid duration.

Wherein, the method, further includes:

After the pump and the atomization part are started to work, the running parameter of the pump is obtained；

If the running parameter of the pump is not at normal range (NR), whether the running parameter for detecting the atomization part is located In normal range (NR)；

If the running parameter of the atomization part is in normal range (NR), the prompt of pump damage is issued；

If the running parameter of the atomization part is not at normal range (NR), dry combustion method prompt is issued.

Wherein, the method, further includes:

After receiving starting-up signal, whether the initial parameter for detecting electronic cigarette is in normal range (NR), the initial parameter The circuit state of the initial resistance of connection status, the atomizer including the atomizer, the pump；

If the initial parameter is in normal range (NR), if executing the atomization part is to use for the first time, pump is controlled to institute State the step of atomization part is pumped into tobacco juice.

The present invention also provides a kind of computer storage medium, computer program is stored in the computer storage medium and is referred to It enables；The computer program instructions realize control method as described above when being executed by processor.

Smoke grenade, electrolyte filling method, control method, electronic cigarette and the computer storage medium of electronic cigarette of the invention, due to Pump and the sealing for sealing liquid storage chamber are equipped in smoke grenade, so as to be completed in smoke grenade and then through pumping to liquid storage Chamber is vacuumized so that the air in liquid storage chamber is sufficiently discharged, and after evacuation by fluid injection part act on sealing with Tobacco juice is injected into liquid storage chamber, leakage does not occur after guaranteeing fluid injection using the self-sealing characteristics of sealing, so as to avoid Injection process generates bubble and impurity and influences to pump subsequent normal use.In addition, can use pump pair after electronic cigarette booting The atomization part used for the first time carries out pre- feed flow automatically to infiltrate atomization part, and when being atomized part work, control pumps on-demand feed flow, makes It is controllable to obtain tobacco juice supply, not will cause tobacco juice pollution.

Detailed description of the invention

Fig. 1 is one of the decomposition diagram of smoke grenade of electronic cigarette in an exemplary embodiment of the invention；

Fig. 2 is the two of the decomposition diagram of the smoke grenade in Fig. 1；

Fig. 3 is one of the assembling schematic diagram of smoke grenade in Fig. 1；

Fig. 4 is the two of the assembling schematic diagram of the smoke grenade in Fig. 1；

Fig. 5 is schematic cross-sectional view of the smoke grenade in Fig. 3 along I-I line；

Fig. 6 is schematic cross-sectional view of the smoke grenade in Fig. 4 along II-II line；

Fig. 7 is one of the structural schematic diagram of snorkel of smoke grenade in Fig. 1；

Fig. 8 is the second structural representation of the snorkel of the smoke grenade in Fig. 1；

Fig. 9 is the third structural representation of the snorkel of the smoke grenade in Fig. 1；

Figure 10 is the four of the structural schematic diagram of the snorkel of the smoke grenade in Fig. 1；

Figure 11 is the five of the structural schematic diagram of the snorkel of the smoke grenade in Fig. 1；

Figure 12 is the six of the structural schematic diagram of the snorkel of the smoke grenade in Fig. 1；

Figure 13 is schematic cross-sectional view of the snorkel in Figure 10 along III-III line；

Figure 14 is one of the structural schematic diagram of pedestal of smoke grenade in Fig. 1；

Figure 15 is the second structural representation of the pedestal of the smoke grenade in Fig. 1；

Figure 16 is the third structural representation of the pedestal of the smoke grenade in Fig. 1；

Figure 17 is the four of the structural schematic diagram of the pedestal of the smoke grenade in Fig. 1；

Figure 18 is the five of the structural schematic diagram of the pedestal of the smoke grenade in Fig. 1；

Figure 19 is schematic cross-sectional view of the pedestal in Figure 17 along IV-IV line；

Figure 20 is schematic cross-sectional view of the pedestal in Figure 18 along V-V line；

Figure 21 is the structural schematic diagram of the liquid storage chamber of the electronic cigarette in another exemplary embodiment of the present invention；

Figure 22 is the flow diagram of the electrolyte filling method in an exemplary embodiment of the invention；

Figure 23 is the structural schematic diagram of smoke grenade accommodation apparatus in an exemplary embodiment of the invention；

Figure 24 is schematic cross-sectional view of the smoke grenade accommodation apparatus in Figure 23 along line VI -- VI；

Figure 25 is the flow diagram of the control method in an exemplary embodiment of the invention.

Specific embodiment

It is of the invention to reach the technical approach and effect that predetermined goal of the invention is taken further to illustrate, below in conjunction with Accompanying drawings and embodiments, to a specific embodiment of the invention, structure, feature and its effect, detailed description are as follows.

It should be noted that it can be directly when an element referred to as " being fixed on ", " being connected to " another element It is fastened or connected to another element, element placed in the middle can also be existed simultaneously.

Herein, the nouns of locality such as related up, down, left, right, before and after be located in figure with the structure in attached drawing with And structure mutual position defines, only for the purpose of expressing the technical solution clearly and conveniently.It should be appreciated that the side The use of position word should not limit protection scope of the present invention.

Fig. 1 to Fig. 6 is please referred to, in an embodiment of the present invention, the smoke grenade of electronic cigarette includes cigarette holder component 11, snorkel 13, smoke grenade shell 14, pump 15, atomization part 16 and pedestal 18.

In the present embodiment, snorkel 13 is axially arranged in smoke grenade shell 14, and the inner cavity of snorkel 13 constitutes gas Circulation road 131, airflow channel 131 are connected to the air inlet 181 and outlet flue 111 of electronic cigarette, and in other embodiments, air-flow is logical Road 131 can be made of other way, such as the partial shell of smoke grenade shell 14 is constituted.The inside of smoke grenade shell 14 forms useful In the liquid storage chamber 19 of storage tobacco juice, liquid storage chamber 19 is equipped with liquid injection port 134, and sealing element 12 is equipped at liquid injection port 134 to seal fluid injection Mouth 134, liquid storage chamber 19 is formed by the spatial position error between the lateral wall, smoke grenade shell 14 and sealing element 12 of snorkel 13.Sealing Part 12 is arranged in the upper end 138 of snorkel 13, and in the present embodiment, sealing element 12 is equipped with venthole 121, and the air-flow of snorkel 13 is logical Road 131 is connected to venthole 121, and the lid of cigarette holder component 11 is located on sealing element 12, and cigarette holder component 11 is equipped with outlet flue 111, smoke Mouth 111 is connected to the venthole 121 on sealing element 12, and in other embodiments, electronic cigarette can also be arranged in outlet flue 111 One end, specifically, be arranged on smoke grenade shell 14 or other components, pump 15 and atomization part 16 be arranged in the second of snorkel 13 End 139, pump 15 for the tobacco juice in liquid storage chamber 19 being pumped in electronic cigarette work to being atomized on atomization part 16, pedestal 18 with The second end 139 of snorkel 13 connects, in actual implementation, in order to enhance the sealing effect between pedestal 18 and snorkel 13, also Sealing ring 17 can be arranged between pedestal 18 and the second end 139 of snorkel 13 to be connected and sealed, pedestal 18 be equipped with into Port 181, air inlet 181 is connected to the airflow channel 131 of snorkel 13 so that extraneous gas is able to enter in atomization part 16. It should be understood that in other embodiments, cigarette holder component 11 and pedestal 18 can be omitted individually as needed or be omitted together.

By venthole 121 on the airflow channel 131 of air inlet 181, snorkel 13 on pedestal 18, sealing element 12 and The outlet flue 111 of cigarette holder component 11, electronic cigarette user aspirate when with gas flow as arrows in fig. 5, to make mist Change the smog that the atomization tobacco juice of part 16 generates to be discharged with air-flow from cigarette holder component 11 to be sucked by user.In another embodiment, Gas can also be successively by the airflow channel 131 of air inlet 181, snorkel 13 on pedestal 18 when user aspirates electronic cigarette And the outlet flue 111 of cigarette holder component 11, finally make be atomized tobacco juice generate smog with air-flow from cigarette holder component 11 be discharged with by with It sucks at family.

Please refer to Fig. 7 to Figure 13, snorkel 13 includes first end 138, second end 139 and tube body 130, first end 138 with Second end 139 is oppositely arranged on the both ends of snorkel 13, and tube body 130 is connected between first end 138 and second end 139, wherein Please also refer to Fig. 6, the first end 138 of snorkel 13 is close to one end of cigarette holder component 11, and the second end 139 of snorkel 13 is The diameter of one end far from cigarette holder component 11, first end 138 and second end 139 is greater than the diameter of tube body 130, i.e. first end 138 Project radially outward setting with respect to tube body 130 respectively with second end 139, thus make snorkel 13 it is integrally big in both ends diameter, The small tubular structure of mid diameter.Formation is connected between the first end 138 of snorkel 13 and second end 139 through snorkel 13 Airflow channel 131, the first end 138 and second end 139 of snorkel 13 be respectively equipped with peace corresponding with 14 both ends of smoke grenade shell Dress portion 137, incorporated by reference to Fig. 5 and Fig. 6, in the present embodiment, smoke grenade shell 14 includes hard shell 142 and soft shell 141, firmly Mass shell body 142 is located at outer layer and for clear hard shell, and soft shell 141 is located at internal layer, the outer diameter of soft shell 141 be less than or Equal to the internal diameter of hard shell 142, the diameter of mounting portion 137 is equal with the internal diameter of soft shell 141, and mounting portion 137 is by ventilating The both ends of pipe 13 are recessed to axis direction respectively, namely positioned at snorkel 13 first end 138 mounting portion 137 diameter Less than the diameter of the first end 138 of snorkel 13, it is less than positioned at the diameter of the mounting portion 137 of the second end 139 of snorkel 13 logical The diameter of the diameter of the second end 139 of tracheae 13, the second end 139 of snorkel 13 is equal with the diameter of cigarette holder component 11 and is greater than The diameter of the first end 138 of snorkel 13, also, the diameter of the second end 139 of snorkel 13 and the diameter of cigarette holder component 11 point Not great Yu Huodengyu the outer diameter of hard shell 142 first 141 casing of soft shell of internal layer is filled when installing smoke grenade shell 14 It on snorkel 13, seals the both ends of soft shell 141 with corresponding mounting portion 137 respectively and cooperates, then by the hard of outer layer Shell 142 is resisted against the lower end of hard shell 142 from 138 sets of the first end outsides in soft shell 141 of snorkel 13 In the second end 139 of snorkel 13, cigarette holder component 11 is finally installed, cigarette holder component 11 is spirally connected or crimps with snorkel 13, After cigarette holder component 11 installs, the lower end of hard shell 142 is connected in the second end 139 of snorkel 13, hard shell 142 Upper end be connected on the lower end surface of cigarette holder component 11, realize smoke grenade shell 14 assembly, at this point, the tube body 130 of snorkel 13, Storage is enclosed jointly between the first end 138 of snorkel 13, the second end 139 of snorkel 13, smoke grenade shell 14 and sealing element 12 Sap cavity 19.

Incorporated by reference to Fig. 6, Fig. 7 and Fig. 9, the first end 138 of snorkel 13 is in the part of protrusion tube body 130 along snorkel 13 It is axially arranged with liquid injection port 134, in the present embodiment, liquid injection port 134 is two and about 130 positional symmetry of tube body, it is possible to understand that , the position of liquid injection port 134 and quantity do not limit, such as liquid injection port 134 is provided on the side wall of first end 138, are equipped with 1 A, 2 or 2 or more, sealing element 12 is equipped with sealing 122 (please referring to Fig. 1) corresponding with liquid injection port 134, in a reality It applies in mode, sealing 122 protrudes from the surface of sealing element 12, and sealing element 12 passes through the cooperation of sealing 122 and liquid injection port 134 Be fixed on snorkel 13 and seal liquid storage chamber 19, when fluid injection, fluid injection part protrudes into liquid storage chamber 19 from from sealing 122, i.e., this When sealing 122 provide to liquid storage chamber 19 inject tobacco juice channel.In the present embodiment, sealing element 12 is by with elastic energy of deformation The flexible material of power is made, for example, silica gel, rubber, thus sealing 122 also has elastic deformation ability, certainly, sealing 122 may not be a part of sealing element 12 and be independently arranged to seal liquid injection port 134, only it be needed to use with elastic deformation The flexible material of ability is made, in this way, sealing 122 can be pierced when liquid storage chamber 19 is in vacuum state for fluid injection part It wears, so that fluid injection part protrudes into liquid storage chamber 19 by liquid injection port 134, and then makes tobacco juice under the action of vacuum pressure difference from fluid injection part Flow into liquid storage chamber 19 in, sealing 122 fluid injection part extraction after, at the piercing position of fluid injection part formed self-sealing without Hole is left, so that leakage will not occur in transport and use process for smoke grenade.The self-sealing refers to automatic recovery seal shape State.

In another embodiment, sealing 122 is one-way valve structures, and one-way valve structures are opened under the promotion of fluid injection part To provide the channel for injecting tobacco juice to liquid storage chamber 19, sealing 122 resets after fluid injection part is withdrawn to form self-sealing, to hinder Only the tobacco juice in liquid storage chamber 19 flows out liquid storage chamber 19 through liquid injection port 134, in this case, in the liquid outlet 134 of liquid storage chamber 19 Place no setting is required sealing element 12, liquid storage chamber 19 is by the tube body 130 of snorkel 13, the first end 138 of snorkel 13, snorkel 13 First end 139, smoke grenade shell 14 are enclosed.In one embodiment, sealing 122 includes elastic component and sealed spheroid, The diameter of sealed spheroid is greater than the diameter of liquid injection port 134, and one end of elastic component is fixed in liquid storage chamber 19, the other end of elastic component It is connect with sealed spheroid and sealed spheroid is pushed from inside to outside from liquid storage chamber 19 and is resisted against sealed spheroid in liquid injection port 134, Liquid outlet 134 is sealed, when fluid injection, fluid injection part is protruded into liquid injection port 134 from the outside of liquid injection port 134 and makes fluid injection part in fluid injection It seals around liquid injection port 134 always in the process, when fluid injection part pushes sealed spheroid, elastic component is compressed, so that ball sealer There is gap between body and liquid injection port 134 and form reservoir channel, at this point, tobacco juice is under the action of vacuum pressure difference from fluid injection part stream Enter in liquid storage chamber 19, after fluid injection part is extracted, elastic component deformation-recovery again pushes sealed spheroid from liquid storage chamber 19 from inside to outside And it is resisted against sealed spheroid in liquid injection port 134, self sealing structure is formed, to prevent the tobacco juice in liquid storage chamber 19 through liquid injection port 134 outflow liquid storage chambers 19, so that leakage will not occur in transport and use process for smoke grenade.

Optionally, fluid injection part be include the priming device of fluid injection syringe needle, liquid injecting mouth, such as syringe or filling machine, fluid injection part It, can also be in certain fluid injection in the liquid storage chamber 19 that the tobacco juice of middle storage can automatically flow into smoke grenade under the action of vacuum pressure difference It is injected under pressure in the liquid storage chamber 19 of smoke grenade.

Fig. 7, Fig. 8, Figure 11, Figure 12 and Figure 13 are please referred to, the second end 139 of snorkel 13 is equipped with the installation position 132 of pump 15 With the installation position 133 of atomization part 16, wherein the installation position 132 for pumping 15 is located at the side of 13 second end 139 of snorkel, optionally, It is radially recessed inwardly and is formed by second end 139, the installation position 133 of atomization part 16 is located at the bottom of 13 second end 139 of snorkel Face is optionally formed along its axial direction to the recess of first end 138 from second end 139.The installation position 132 of pump 15 is logical equipped with feed liquor Hole 135 and fluid through-hole 136 out, feed liquor through-hole 135 are connected to the inlet of liquid storage chamber 19 and pump 15, out the connection of fluid through-hole 136 pump 15 Liquid outlet and atomization part 16, atomization part 16 installation position 133 be connected to the airflow channel 131 of snorkel 13.In the present embodiment In, the wall body between the installation position 132 of liquid storage chamber 19 and pump 15 of the feed liquor through-hole 135 in second end 139, further, One end that feed liquor through-hole 135 is connected to liquid storage chamber 19 is provided on tube body 130, specifically, the lateral wall of tube body 130 is recessed inwardly Form groove (not shown), wall of the feed liquor through-hole 135 between liquid storage chamber 19 in second end 139 and the installation position 132 for pumping 15 It is connected to after body with the groove, to form the channel for making the tobacco juice in liquid storage chamber 19 enter pump 15.Optionally go out fluid through-hole 136 Through pump 15 installation position 132 and be atomized part 16 installation position 133 between wall portion and be connected to pump 15 installation position 132 and atomization The installation position 133 of part 16, it should be appreciated that according to the structure of liquid storage chamber 19 and the difference of the structure of pump 15, feed liquor through-hole 135 goes out liquid The position of through-hole 136, the installation position 132 for pumping 15 and the installation position 133 for being atomized part 16 can also adjust accordingly, not to be illustrated as Limit.Figure 14 to Figure 20 is please referred to, pedestal 18 is equipped with the first fixed part 184 of atomization part 16 and pumps 15 the second fixed part 185, Atomization part 16 passes through sealing ring 17 and is fixed on snorkel 13 in corresponding installation position 133 by the first fixed part 184, pump 15 It is fixed on snorkel 13 in corresponding installation position 132 by the second fixed part 185.In the present embodiment, incorporated by reference to Fig. 1, Fig. 2 And Fig. 6, at least two electrode mounting holes 182 are additionally provided with below pedestal 18, electrode mounting hole 182 is for installing electrode connecting parts 183, smoke grenade is electrically connected by electrode connecting parts 183 with cell apparatus (not shown), by cell apparatus to the pump 15 in smoke grenade And atomization part 16 waits elements to be powered, in the present embodiment, electrode connecting parts 183 are four, including the positive and negative of pump 15 Pole, anode and cathode with atomization part 16.

In the present embodiment, pump 15 be liquid pump, be further chosen as piezoelectric pump, have the characteristics that it is small in size, in electricity In the sub- cigarette course of work, pump 15 pumps the tobacco juice in liquid storage chamber 19 to being atomized on atomization part 16,15 may be implemented by pump Tobacco juice on-demand supply avoids leakage, tobacco juice infiltration uneven or tobacco juice pollution, in actual implementation, the control group of pump 15 and electronic cigarette Part connection, the control program write in advance is equipped in control assembly for controlling pump 15 according to control program on-demand supply tobacco juice, Control assembly is generally located on battery portion.Further, since there is tobacco juice channel in pump 15, and after smoke grenade completes assembling, pump 15 Smoke grenade is taken out herein in the channel that can be also used for providing the gas in discharge liquid storage chamber 19 when smoke grenade is evacuated Vacuum is the air in order to sufficiently be discharged in liquid storage chamber 19, so that bubble and impurity will not be generated in subsequent injection process, thus Bubble and impurity effect is avoided to pump 15 normal use.In present embodiment, vacuumizing is taken out from the liquid outlet end of pump 15 It inhales.

In the present embodiment, atomization part 16 is porous heat generating ceramic, has the function of absorbing and is atomized tobacco juice.It is practical to realize When, atomization part 16 can also be the component including heat generating member and imbibition part, and imbibition part is used for the tobacco juice that absorption pump 15 is supplied, heat generating member It can be in contact with imbibition part, optionally, heat generating member is wound around on imbibition part or imbibition part is set on the outside of heat generating member, or Person's heat generating member is stacked with imbibition part, and the combination of heat generating member and imbibition part does not limit.Heat generating member is for heating simultaneously mist Change the tobacco juice on imbibition part, wherein imbibition part can be cotton, glass, cotton, foam metal, porous ceramics, in foamy graphite One or more, heat generating member can be heating wire, fever tablet, heating film, heat-generating disc, heat-generating pipe or heating block etc., This is without limitation.

In one embodiment, incorporated by reference to Fig. 1, Fig. 5 and Fig. 6, the first end 138 of snorkel 13 is equipped with check valve 123, In the present embodiment, check valve 123 is arranged in the venthole 121 of sealing element 12, and in actual implementation, check valve 123 can also be straight It connects and is fixed on snorkel 13, the gas flow that check valve 123 allows is gas flow shown in arrow in Fig. 5, namely is allowed Gas is flowed out from the airflow channel 131 of snorkel 13 through venthole 121, in this way, right by the air inlet 181 on pedestal 18 When smoke grenade is vacuumized, extraneous gas can not be redirected back into snorkel 13 through venthole 121, so that the gas in smoke grenade can To be effectively and quickly extracted.After check valve 123 is set, vacuum means only can be inserted into 181 one end of air inlet of smoke grenade It is vacuumized in setting, certainly, is equipped in vacuum evacuation device for placing the closed when vacuumizing cavity of entire smoke grenade, passes through To it is closed vacuumize cavity and vacuumize can be realized the intracorporal smoke grenade of vacuum pumping chamber is vacuumized, liquid storage chamber 19 at this time Interior gas passes through the fluid through-hole 136 that goes out being connected to the liquid outlet of pump 15 and is sucked into airflow channel 131, using air inlet 181 or outlet flue 111 be discharged, thus no setting is required in smoke grenade that check valve 123 can also realize vacuumizes.

In one embodiment, Fig. 5, Fig. 6 are please referred to, in this embodiment, smoke grenade shell 14 include hard shell 142 with it is soft Mass shell body 141, hard shell 142 are located at outer layer and are clear hard shell, and soft shell 141 is located at internal layer, soft shell Deformation extent is used to indicate the level of vacuum and fluid injection degree of liquid storage chamber 19, and when vacuumizing and fluid injection, operator can lead to Cross observe soft shell deformation extent stopping vacuumize or stop fluid injection, it should be appreciated that in another embodiment, smoke grenade shell 14 may also be only one layer of soft shell, and the deformation extent of smoke grenade shell 14 at this time still may be used to indicate the vacuum of liquid storage chamber 19 Degree and fluid injection degree, it is when smoke grenade shell 14 includes soft shell 141, then soft when the tobacco juice in liquid storage chamber 19 exhausts Mass shell body 141 will be retracted to simultaneously to be sticked completely with other faces of liquid storage chamber 19, to keep tobacco juice completely depleted, but practical The shrinkage degree of soft shell 141 can be adjusted according to the tobacco juice consumption degree of design when realization, be not limited.When So, when vacuum evacuation device is equipped with pressure vacuum gauge, then the level of vacuum of liquid storage chamber 19, cigarette can be learnt by pressure vacuum gauge Body 14 can also be not provided with into the structure comprising soft shell, such as only one layer of hard shell.

As shown in figure 21, when smoke grenade shell 14 be hard shell when, liquid storage chamber 19 include the first chamber 191, the second chamber 192, Unidirectionally every liquid and gas-liquid separation component 193, in the first chamber 191, the second chamber 192 is in fluid communication the setting of liquid injection port 134 with pump 15, single To the junction that the first chamber 191 and the second chamber 192 are arranged in every liquid and gas-liquid separation component 193, unidirectionally every liquid and gas-liquid separation Component 193 is used to preventing tobacco juice in the second chamber 192 to enter the first chamber 191 and prevents gas in the first chamber 191 into the Two chambers 192 unidirectionally use the composite junction of check valve and gas-liquid separation membrane in the present embodiment every liquid and gas-liquid separation component 193 Check valve is respectively set with gas-liquid separation membrane in junction to realize in structure, wherein check valve is for preventing in the second chamber 192 Tobacco juice enters the first chamber 191, and gas-liquid separation membrane is used to prevent the gas in the first chamber 191 to enter the second chamber 192.Using this knot The liquid storage chamber 19 of structure, tobacco juice is sufficient filling with the first chamber 191 and the second chamber 192 when fluid injection, during electronic cigarette work, second Chamber 192 is always in the state for filling tobacco juice, under the action of unidirectionally every liquid with gas-liquid separation component 193, in the second chamber 192 Tobacco juice will not flow back into the first chamber 191, while the gas in the first chamber 191 will not enter influence pump 15 in the second chamber 192 Normal use, when the tobacco juice in the first chamber 191 exhausts, though the tobacco juice of the second chamber be it is full, also think in liquid storage chamber 19 Tobacco juice exhausted, therefore, to reduce cost, the volume of the first chamber 191 can be designed as the volume much larger than the second chamber 192.

By using above structure, the application can be completed in smoke grenade and then carry out through 15 pairs of liquid storage chambers 19 of pump The air to be sufficiently discharged in liquid storage chamber 19 is vacuumized, and is acted on fluid injection component 122 by fluid injection part after evacuation To inject tobacco juice into liquid storage chamber 19, leakage does not occur after guaranteeing fluid injection using the self-sealing characteristics of fluid injection component 122, so as to It influences to pump 15 subsequent normal uses to avoid bubble and impurity is generated in injection process.

Figure 22 is the flow diagram of the electrolyte filling method in an exemplary embodiment of the invention.As shown in figure 22, this implementation The electrolyte filling method of example is used to carry out fluid injection to smoke grenade shown in Fig. 1 to Figure 21, and electrolyte filling method includes:

S11: vacuum evacuation device after receiving and vacuumizing commencing signal, to the smoke grenade vacuumized in cavity vacuumized with Make gas in the liquid storage chamber of smoke grenade by the pump discharge in smoke grenade, and, receive vacuumize end signal when or vacuumize Stop vacuumizing when degree reaches default suction；

S12: after vacuum evacuation device stopping vacuumizes, control fluid injection part acts on close at the liquid injection port of liquid storage chamber The channel to liquid storage chamber injection tobacco juice is formed in envelope portion, so that fluid injection part injects tobacco juice into liquid storage chamber by channel, and, It controls fluid injection part after completing fluid injection to withdraw, so that sealing forms self-sealing to close liquid injection port.

In one embodiment, vacuumizing cavity can be the cavity being wholely set with vacuum evacuation device or be independently arranged The cavity in tooling is accommodated, when vacuumizing cavity is that can place and fix the airtight cavity of entire smoke grenade, by assembled cigarette Bullet is put into vacuumize in cavity and be fixed, at this point, the liquid storage chamber 19 of smoke grenade is through pumping 15, airflow channel 131, air inlet 181/ venthole 121 is connected to cavity is vacuumized, and vacuumizes the vacuum degree of cavity namely the vacuum degree of liquid storage chamber 19.

In one embodiment, smoke grenade is equipped with airflow channel 131 and check valve 123, and airflow channel 131 is respectively and in smoke grenade Pump 15 and the air inlet 181 of electronic cigarette be connected to outlet flue 111, check valve 123 is for preventing outside of the gas from electronic cigarette Enter airflow channel 131 through outlet flue 111, before step S11 further include:

The air inlet side insertion of assembled smoke grenade is vacuumized in cavity, makes the liquid storage chamber of smoke grenade through in smoke grenade Pump, airflow channel and air inlet are tightly connected with the bleeding point for vacuumizing cavity, true take out to liquid storage chamber by air inlet It is empty.

It wherein, can be by the air inlet 181 of assembled smoke grenade when being equipped with check valve 123 in the venthole of smoke grenade 121 Side insertion vacuumizes in cavity, and the cavity that vacuumizes here has opening for being inserted and fixed smoke grenade, and the opening exists It being fully sealed after smoke grenade insertion with the outer wall of smoke grenade, a similar nozzle structure envelopes 181 side of air inlet of smoke grenade, at this point, The liquid storage chamber 19 of smoke grenade is connected to through pump 15, airflow channel 131, air inlet 181 with cavity is vacuumized.

When starting to vacuumize, vacuumizing commencing signal is the trigger signal for pressing the on & off switch of vacuum evacuation device, can also be with Detect that smoke grenade is mounted to the signal vacuumized in cavity for vacuum evacuation device, in actual implementation, to enable vacuum evacuation device It enough detects that smoke grenade is mounted to the signal vacuumized in cavity, magnet can be set in smoke grenade and is set in vacuum evacuation device Corresponding sensor circuit is set, when smoke grenade, which is mounted to, to be vacuumized in cavity, the sensor circuit in vacuum evacuation device is in smoke grenade Magnet under the action of generate inductive signal, so that vacuum evacuation device be made to detect that smoke grenade is mounted to the letter vacuumized in cavity Number, in another embodiment, it can also be the detection circuit that switch key is provided in vacuumizing cavity, this switch key It is depressed and conduction detection circuit when smoke grenade is installed to and vacuumizes in cavity by smoke grenade, is vacuumized to generate smoke grenade and be mounted to Signal in cavity.When end vacuumizes, vacuumizing end signal is the trigger signal for pressing the on & off switch of vacuum evacuation device, example Vacuum evacuation device is such as operated according to the deformation extent of the soft shell 141 of smoke grenade shell 14 by operator and is generated, alternatively, taking out true Empty device is automatically stopped when suction reaches default suction to be vacuumized.

Default suction is evacuated pressure value of the vacuum evacuation device when vacuumizing, for characterizing the true of liquid storage chamber 19 The normal use of reciprocal of duty cycle, the pump 15 in the application requires free from admixture, bubble-free, therefore, vacuum evacuation device needs when vacuumizing Reach default suction just and can guarantee pump 15 can normal use, default suction can be research staff according to experiment number It, in actual implementation, can be by the numerical value of reading pressure gauge as suction, alternatively, vacuumizing according to the value that test obtains In the case that the evacuation rate of device is constant, vacuumizing duration and control suction by control vacuum evacuation device, etc. Deng.

After vacuum evacuation device stopping vacuumizes, sealing liquid storage chamber is acted on by operator or control device control fluid injection part To form the channel for injecting tobacco juice to liquid storage chamber 19 on 19 fluid injection components 122, due to being at this time in vacuum state, cigarette in liquid storage chamber 19 Liquid can be automatically flowed by channel and fill up liquid storage chamber 19 in liquid storage chamber 19.In actual implementation, such as vacuumizing cavity is closed chamber Body, then fluid injection part can protrude into the liquid-filling valve for vacuumizing in cavity and closing fluid injection part in advance before vacuumizing, in vacuum means Set stop vacuumize after control again fluid injection part act on sealing liquid storage chamber 19 fluid injection component 122 on and open liquid-filling valve Automatically flow into tobacco juice in liquid storage chamber 19.After completing fluid injection, control fluid injection part is withdrawn so that fluid injection component 122 is formed from close It seals and no leakage, in actual implementation, completes fluid injection and judged to obtain according to the deformation extent of soft shell 141 by operator, Alternatively, control device is judged as when reservoir quantity reaches default reservoir quantity or fluid injection duration reaches preset duration completes fluid injection.

In one embodiment, if smoke grenade is equipped with check valve 123 and smoke grenade shell 14 is double-layer structure, smoke grenade fluid injection is given Process can specifically: part of the smoke grenade other than cigarette holder component 11 is placed in and is vacuumized in cavity, vacuum evacuation device pair It vacuumizes cavity to be vacuumized, so that the air in entire smoke grenade is drained, vacuumizes the air inlet of cavity Yu smoke grenade bottom 181 are tightly connected, due to having check valve 123 at the top of the airflow channel 131 of smoke grenade, so air when vacuumizing in liquid storage chamber 19 It can be extracted and come so that visually stopping when soft 141 deformation of shell in vacuum state in liquid storage chamber 19 by pump 15 It vacuumizes, then controls fluid injection part and act on sealing 122, such as pierce through sealing element 12 or push the sealing of one-way valve structures open Sphere forms the channel of connection fluid injection part and liquid storage chamber 19, at this time due to having pressure difference between 19 inside of liquid storage chamber and fluid injection part, stores up The automatic imbibition of the meeting of sap cavity 19, after tobacco juice restores soft 141 deformation of shell full of liquid storage chamber 19, fluid injection is completed, will Fluid injection part removes, and takes out smoke grenade.

In one embodiment, when smoke grenade is equipped with check valve 123 or is not provided with check valve 123, to the process of smoke grenade fluid injection Can be with are as follows: smoke grenade is entirely placed in it is closed vacuumize in cavity, and the fluid injection syringe needle of fluid injection part is protruded into vacuum pumping chamber It in body, keeps the liquid-filling valve of fluid injection part to close, is vacuumized to cavity is vacuumized, so that the air in entire smoke grenade is arranged Sky, vacuum evacuation device stop vacuumizing when suction reaches default suction, and then, control device controls fluid injection part and makees It on sealing 122, such as pierces through sealing element 12 or pushes the sealed spheroid of one-way valve structures open, form connection fluid injection part and storage Liquid-filling valve is opened in the channel of sap cavity 19, and at this time due to there is pressure difference between 19 inside of liquid storage chamber and fluid injection part, liquid storage chamber 19 can be automatic Imbibition, when reservoir quantity reaches predetermined amount or fluid injection duration reaches preset duration, fluid injection is completed, and fluid injection syringe needle is removed, and is taken out Smoke grenade.

It in actual implementation, may be because being negative after completing fluid injection if actual suction is greater than default suction Pressure, which causes to vacuumize cavity, can not open and can not take out smoke grenade, and therefore, vacuumizing cavity can be set relief valve, by letting out Pressure valve before taking out smoke grenade to vacuumize cavity carry out pressure discharge operations, consequently facilitating take out smoke grenade.

Above-mentioned injection process can mode manually or automatically realize.Smoke grenade is taken out by automation mode When vacuum, the smoke grenade accommodation apparatus and vacuum evacuation device and mechanism for filling liquid that a specific structure can be used cooperate.In an embodiment In, as shown in Figure 23 and Figure 24, can be used for automating fluid injection smoke grenade accommodation apparatus 30 include at least one vacuumize cavity 34 and The material taking mouth 33 vacuumized on cavity 34, liquid injection hole 32 and suction hole 31 are set, vacuumize cavity 34 for placing entire cigarette The top for vacuumizing cavity 34 is arranged in bullet, material taking mouth 33, for smoke grenade to be put into or taken out for manipulator and is carried out relevant Operation, material taking mouth 33 are sealed during vacuumizing, and liquid injection hole 32 is used to protrude into for the fluid injection part of mechanism for filling liquid and vacuumize Fluid injection is carried out to smoke grenade in cavity 34, suction hole 31 is used to be connected to cavity 34 is vacuumized using as vacuumizing for vacuum evacuation device When gas vent, in the present embodiment, smoke grenade accommodation apparatus 30 is set there are six vacuumizing cavity 34, i.e., every time can be simultaneously to six A smoke grenade is vacuumized and fluid injection operation, and but not limited to this.Vacuum evacuation device includes sealing cover, vacuum pump and pump orifice, Sealing cover connect with cylinder and can move up and down, and in actual implementation, sealing cover and cylinder can also be close independently of vacuum evacuation device It is sealed on when vacuumizing and falls and seal material taking mouth 33, pump orifice is used to be tightly connected when vacuumizing with suction hole 31, suction Mouth can extend into or through suction hole 31, and it is not limited here, vacuum pump is used for by pump orifice and suction hole 31 that pumping is true Gas extraction in cavity body 34, mechanism for filling liquid drive an at least fluid injection part to stretch through liquid injection hole 32 before vacuum evacuation device vacuumizes Enter to vacuumize cavity 34 and seal liquid injection hole 32, and after vacuum evacuation device completion vacuumizes, driving fluid injection part acts on smoke grenade Sealing 122 on carry out fluid injection.

In actual implementation, smoke grenade is put into through the material taking mouth 33 of smoke grenade accommodation apparatus 30 and is vacuumized in cavity 34, by smoke grenade Accommodation apparatus 30 is placed on the transfer mechanism, the work where being transmitted to vacuum evacuation device and mechanism for filling liquid in smoke grenade accommodation apparatus 30 When position, controls the material taking mouth 33 of seal cap sealing smoke grenade accommodation apparatus 30 and fill the pump orifice of vacuum evacuation device and smoke grenade receiving 30 sealed connection of suction hole 31 is set, a mechanism for filling liquid driving at least fluid injection part is protruded into through the liquid injection hole 32 of smoke grenade accommodation apparatus 30 Liquid injection hole 32 is vacuumized in cavity 34 and seals, vacuum evacuation device starts to vacuumize, after completing to vacuumize, mechanism for filling liquid driving Fluid injection part, which acts on, carries out fluid injection on the sealing 122 of smoke grenade.By using the smoke grenade accommodation apparatus 30, Ke Yitong of above structure When multiple smoke grenades are vacuumized and fluid injection operation, meanwhile, vacuum evacuation device when vacuumizing without directly contact smoke grenade, easily In operation, high production efficiency.

The electrolyte filling method of the application is suitable for the electronic cigarette using liquid pump lesser pump in equal volume, by will be in liquid storage chamber Gas be discharged, can to avoid there are the impurity such as bubble in tobacco juice after fluid injection, and then the impurity block pumps such as avoid bubble and lead Pump is caused to can not work normally.

Figure 25 is the flow diagram of the control method in an exemplary embodiment of the invention.As shown in figure 25, this implementation The control method of example, applied to the electronic cigarette for using smoke grenade shown in Fig. 1 to Figure 21, control method includes:

S21: after receiving starting-up signal, if atomization part is to use for the first time, pump is controlled to atomization part and is pumped into tobacco juice；

S22: when the amount of being pumped into of tobacco juice reaches default tobacco juice amount, control pump stops working and issues mentioning of allowing to light a cigarette Show；

S23: when receiving smoke signal, control pump and atomization part are started to work；

S24: the feed flow parameter of pump is adjusted in real time according to the running parameter of atomization part, the running parameter for being atomized part includes work At least one of voltage, operating resistance, operating time, feed flow parameter include liquid supply speed, liquid supply rate, in feed flow duration extremely Few one kind.

Wherein, electronic cigarette judges whether current atomization part is the atomization part used for the first time after receiving starting-up signal, Such as judge the sequence number that current atomization part whether is stored in electronic cigarette, and it is not the atomization part used for the first time if having, it is on the contrary It is then the atomization part used for the first time, the sequence number can be stored at this time for judgement use when booting next time.If being atomized part is for the first time It uses, then controls pump to atomization part and be pumped into default tobacco juice amount, presetting tobacco juice amount is the atomization maximum liquid absorption amount of part, so that tobacco juice can It is atomized part with abundant infiltration, when the amount of being pumped into of tobacco juice reaches default tobacco juice amount, control pump stops working and issues and allows to light a cigarette Prompt, if atomization part be not to use for the first time, receiving starting-up signal, directly issuing the prompt for allowing to light a cigarette.

Electronic cigarette when receiving smoke signal, start to work, and is joined according to the work of atomization part by control pump and atomization part Number adjusts the feed flow parameter of pump in real time, so that electronic cigarette is generated stable smog, the running parameter for being atomized part includes operating voltage, work Make at least one of resistance, operating time, feed flow parameter includes at least one of liquid supply speed, liquid supply rate, feed flow duration, Realize that the feed flow during lighting a cigarette is controllable.

In one embodiment, control method is further comprising the steps of:

After pumping and being atomized part and start to work, the running parameter of pump is obtained；

If the running parameter of pump is not at normal range (NR), whether the running parameter for detecting atomization part is in normal range (NR)；

If the running parameter of atomization part is in normal range (NR), the prompt of pump damage is issued；

If the running parameter of atomization part is not at normal range (NR), dry combustion method prompt is issued.

Wherein, the running parameter of pump is, for example, the current or voltage pumped, if the running parameter of pump is abnormal, is further detected Whether the running parameter for being atomized part is abnormal, and the running parameter for being atomized part is, for example, heating rate, operating resistance etc., if being atomized part Running parameter then illustrates pump probably due to having impurity or bubble and breaking down, what sending pump damaged at this time mentions without exception Show, prompt replacement smoke grenade, if the running parameter of atomization part is abnormal, illustrate that the tobacco juice in smoke grenade is less, at this time in order to keep away Exempt from dry combustion method, issue dry combustion method prompt, or control atomization part and pump stop working.

In actual implementation, the running parameter for obtaining pump can be user and trigger acquisition manually, for example, user feels when aspirating When mouthfeel exception, is triggered by the key on operation electronic cigarette, can also be that electronic cigarette obtains automatically every preset duration, or Electronic cigarette obtains automatically when being atomized the accumulative atomization duration of part and reaching preset duration.

In one embodiment, control method is further comprising the steps of:

After receiving starting-up signal, whether the initial parameter for detecting electronic cigarette is in normal range (NR), and initial parameter includes The connection status of atomizer, the initial resistance of atomizer, pump circuit state；

If initial parameter is in normal range (NR), if executing atomization part is to use for the first time, controls pump and be pumped into atomization part The step of tobacco juice.

Wherein, electronic cigarette carries out power-on self-test, for example, detecting whether to have installed mist after receiving starting-up signal first Change part, whether the initial resistance of atomizer is normal, whether the circuit state of pump is normal, etc. entering and judge mist if detection is normal Change whether part is the step of use for the first time, conversely, carrying out corresponding prompt if detection is abnormal and shutting down.

Smoke grenade, electrolyte filling method and the control method of electronic cigarette of the invention, due to being equipped with pump in smoke grenade and for sealing The sealing of liquid storage chamber, and sealing has the characteristic of self-sealing, so as to be completed in smoke grenade and then through pumping to storage Sap cavity is vacuumized so that the air in liquid storage chamber is sufficiently discharged, and is acted on sealing by fluid injection part after evacuation To inject tobacco juice into liquid storage chamber, leakage does not occur after guaranteeing fluid injection using the self-sealing characteristics of sealing, so as to avoid Bubble and impurity are generated in injection process and influence to pump subsequent normal use.In addition, can use pump after electronic cigarette booting Pre- feed flow is carried out automatically to the atomization part used for the first time to infiltrate atomization part, and control pumps on-demand feed flow when being atomized part work, So that tobacco juice supply is controllable, tobacco juice pollution not will cause.

The present invention also provides a kind of computer storage medium, computer program is stored in the computer storage medium and is referred to It enables, control method as described above is realized when computer program instructions are executed by processor.

Storage medium above-mentioned includes: USB flash disk, mobile hard disk, read-only memory (Read-Only Memory, ROM), random Access memory (Random Access Memory, RAM), magnetic disk, CD or cloud etc. are various to can store program code Medium.

The computer program instructions of the computer storage medium storage of the present embodiment are realized specific when being executed by processor Steps flow chart please join the description of Fig. 1 to embodiment illustrated in fig. 23, and details are not described herein.

The above is only presently preferred embodiments of the present invention, are not intended to limit the present invention in any form, although this Invention has been disclosed in a preferred embodiment above, and however, it is not intended to limit the invention, any person skilled in the art, It does not depart within the scope of technical solution of the present invention, when the technology contents using the disclosure above make a little change or are modified to equivalent The equivalent embodiment of variation, but without departing from the technical solutions of the present invention, according to the technical essence of the invention to the above reality Any simple modification, equivalent change and modification made by example are applied, all of which are still within the scope of the technical scheme of the invention.

Claims

1. a kind of smoke grenade of electronic cigarette, which is characterized in that including smoke grenade shell, pump and atomization part, the smoke grenade shell it is interior Portion is provided with the liquid storage chamber for storing tobacco juice and is connected to the air inlet of electronic cigarette and the airflow channel of outlet flue, the atomization part It is connected to the airflow channel, the pump is in fluid communication with the liquid storage chamber, and the pump will be for will be described when electronic cigarette works Tobacco juice in liquid storage chamber is pumped to the atomization part, and the pump, which is also used to provide when the smoke grenade is evacuated, is discharged the liquid storage The channel of gas in chamber, sealing is equipped at the liquid injection port of the liquid storage chamber, and the sealing is used for the effect in fluid injection part The lower channel provided to liquid storage chamber injection tobacco juice, the sealing are also used to form self-sealing after the fluid injection part is withdrawn To close the liquid injection port.

2. the smoke grenade of electronic cigarette as described in claim 1, which is characterized in that including being axially arranged in the smoke grenade shell Snorkel, the airflow channel is made of the inner cavity of the snorkel, and the snorkel includes being oppositely arranged on the ventilation The first end and second end at pipe both ends.

3. the smoke grenade of electronic cigarette as claimed in claim 2, which is characterized in that the first end of the snorkel and the outlet flue Corresponding, the first end of the snorkel is equipped with check valve, and the check valve is for preventing gas when the smoke grenade is evacuated Enter the airflow channel from the outside of electronic cigarette through the outlet flue.

4. the smoke grenade of electronic cigarette as claimed in claim 2 or claim 3, which is characterized in that the smoke grenade further includes setting described logical The pedestal of the second end of tracheae, the pedestal are equipped with the air inlet, and the first of the atomization part is additionally provided on the pedestal Fixed part, the atomization part are fixed on the second end of the snorkel by first fixed part.

5. the smoke grenade of electronic cigarette as claimed in claim 2, which is characterized in that the second end of the snorkel is equipped with the pump The installation position of installation position and the atomization part, the installation position of the pump are equipped with feed liquor through-hole and fluid through-hole out, and the feed liquor is logical Hole is connected to the inlet of the liquid storage chamber Yu the pump, and the fluid through-hole out is connected to the liquid outlet and the atomization part of the pump, The installation position of the atomization part is connected to the airflow channel.

6. the smoke grenade of electronic cigarette as claimed in claim 2, which is characterized in that the smoke grenade further includes cigarette holder component, the cigarette The first end of the snorkel is arranged in nozzle assembly, and the cigarette holder component is equipped with the outlet flue.

7. the smoke grenade of electronic cigarette as described in claim 1, which is characterized in that at least side of the liquid storage chamber is by the smoke grenade Shell is constituted, and the smoke grenade shell includes hard shell and/or soft shell.

8. the smoke grenade of electronic cigarette as claimed in claim 7, which is characterized in that when the smoke grenade shell is hard shell, institute Liquid storage chamber is stated including the first chamber, the second chamber and unidirectionally every liquid and gas-liquid separation component, the liquid injection port is arranged in first chamber, Second chamber and the pump are in fluid communication, described to be unidirectionally arranged every liquid and gas-liquid separation component in first chamber and described the The junction of two chambers, it is described unidirectionally every liquid and gas-liquid separation component for preventing the described second intracavitary tobacco juice from entering described first Chamber and the prevention first intracavitary gas enter second chamber.

9. a kind of electronic cigarette, which is characterized in that the electronic cigarette includes such as electronic cigarette described in any item of the claim 1 to 8 Smoke grenade.

10. a kind of electrolyte filling method, for carrying out fluid injection to smoke grenade described in any item of the claim 1 to 8, which is characterized in that The electrolyte filling method includes:

Vacuum evacuation device vacuumizes the smoke grenade vacuumized in cavity after receiving and vacuumizing commencing signal so that the cigarette Gas in the liquid storage chamber of bullet is discharged by the pump in the smoke grenade, and, receive vacuumize end signal when or vacuumize Stop vacuumizing when degree reaches default suction；

After vacuum evacuation device stopping vacuumizes, control fluid injection part acts on close at the liquid injection port of the liquid storage chamber The channel to liquid storage chamber injection tobacco juice is formed in envelope portion, so that the fluid injection part is by the channel to the liquid storage chamber Interior injection tobacco juice, and, the fluid injection part is controlled after completing fluid injection and is withdrawn, so that the sealing forms self-sealing to close The liquid injection port.

11. electrolyte filling method as claimed in claim 10, which is characterized in that the smoke grenade is equipped with airflow channel and check valve, institute It states airflow channel to be connected to the air inlet of pump and electronic cigarette in the smoke grenade with outlet flue respectively, the check valve is for preventing Gas enters the airflow channel through the outlet flue from the outside of electronic cigarette, and the vacuum evacuation device vacuumizes beginning receiving After signal, the smoke grenade vacuumized in cavity is vacuumized so that the gas in the liquid storage chamber of the smoke grenade passes through the smoke grenade In pump discharge before, the method also includes:

It is vacuumized in cavity described in air inlet side insertion by assembled smoke grenade, makes the liquid storage chamber of the smoke grenade through the cigarette Pump, the airflow channel and the air inlet and the bleeding point for vacuumizing cavity in bullet are tightly connected, by described Air inlet vacuumizes the liquid storage chamber.

12. electrolyte filling method as claimed in claim 10, which is characterized in that described to vacuumize end signal by operator according to cigarette The deformation extent of the inner shell of body operates the vacuum evacuation device and generates, and the completion fluid injection is by operator according to institute The deformation extent for stating inner shell is judged to obtain.

13. a kind of control method, applied to the electronic cigarette for using smoke grenade described in any one of any one of claims 1 to 88, feature exists In the control method includes:

When the amount of being pumped into of tobacco juice reaches default tobacco juice amount, controls the pump and stop working and issue the prompt for allowing to light a cigarette；

Adjust the feed flow parameter of the pump in real time according to the running parameter of the atomization part, the running parameter of the atomization part includes At least one of operating voltage, operating resistance, operating time, when the feed flow parameter includes liquid supply speed, liquid supply rate, feed flow It is at least one of long.

14. control method as claimed in claim 13, which is characterized in that the method, further includes:

If the running parameter of the pump is not at normal range (NR), whether the running parameter for detecting the atomization part is in just Normal range；

15. control method as claimed in claim 14, which is characterized in that the method, further includes:

After receiving starting-up signal, whether the initial parameter for detecting electronic cigarette is in normal range (NR), and the initial parameter includes The connection status of the atomizer, the initial resistance of the atomizer, the pump circuit state；

If the initial parameter is in normal range (NR), if executing the atomization part is to use for the first time, pump is controlled to the mist Change the step of part is pumped into tobacco juice.

16. a kind of computer storage medium, which is characterized in that be stored with computer program in the computer storage medium and refer to It enables；The controlling party as described in any one of claim 13 to 15 is realized when the computer program instructions are executed by processor Method.