CN109700075A

CN109700075A - The electrolyte filling method and mechanism for filling liquid of smoke grenade

Info

Publication number: CN109700075A
Application number: CN201910054167.9A
Authority: CN
Inventors: 邱伟华; 何杰; 张雪川
Original assignee: Changzhou Paiteng Electronic Technology Co Ltd
Current assignee: Changzhou Paiteng Electronic Technology Co Ltd
Priority date: 2019-01-21
Filing date: 2019-01-21
Publication date: 2019-05-03
Anticipated expiration: 2039-01-21
Also published as: CN109700075B

Abstract

The present invention discloses a kind of electrolyte filling method of smoke grenade, smoke grenade for electron cigarette carries out fluid injection, the smoke grenade includes the first end and second end being oppositely arranged, and the vent closure is arranged in the first end, or the vent closure is arranged close to the first end, the electrolyte filling method includes: in injection process, and the first end is located at the top of the second end；Fluid injection syringe needle and exhaust syringe needle are connected to after piercing through the fluid injection sealing element and the vent closure respectively with the liquid storage chamber；Tobacco juice is injected into the liquid storage chamber of the smoke grenade by the fluid injection syringe needle, meanwhile, the air in the liquid storage chamber is discharged by the exhaust syringe needle；After completing fluid injection, the fluid injection syringe needle and the exhaust syringe needle are extracted, the fluid injection sealing element and the vent closure form self-sealing in respective perforation position respectively.The invention also discloses a kind of mechanism for filling liquid for implementing the electrolyte filling method.

Description

The electrolyte filling method and mechanism for filling liquid of smoke grenade

Technical field

The present invention relates to electronic cigarette technical fields, particularly, are related to the electrolyte filling method and mechanism for filling liquid of a kind of smoke grenade.

Background technique

Currently, electronic cigarette has become a kind of smoking substitution product of comparative maturity in the market, by battery to atomising head In heater element be powered, so that heater element is heated the tobacco juice that adsorbs on drain element under electric drive and generate smog, from And user is made to obtain smoking experience.

At present on the market, there are two types of the smoke grenades of electronic cigarette, the first is the smoke grenade for not including atomising head, and second is packet Include the smoke grenade of atomising head.For the first smoke grenade, this kind of smoke grenade needs to assemble after being poured in tobacco juice the close of sealing liquid storage chamber again Sealing is easy to happen leakage during assembling seal, for second of smoke grenade, this kind of smoke grenade group again after being poured in tobacco juice Leakage is easy to happen when filling atomising head.

Summary of the invention

Based on this, the present invention provides the electrolyte filling methods that leakage occurs when a kind of avoidable smoke grenade fluid injection；

Additionally provide a kind of mechanism for filling liquid for implementing the electrolyte filling method.

The technical solution adopted by the present invention to solve the technical problems is: a kind of electrolyte filling method, the cigarette for electron cigarette Bullet carries out fluid injection, and the smoke grenade includes vent closure and fluid injection sealing element, is formed with inside the smoke grenade for storing cigarette The liquid storage chamber of liquid, the smoke grenade include the first end and second end being oppositely arranged, and vent closure setting is described the On one end or the vent closure is arranged close to the first end, which includes:

In injection process, the first end is located at the top of the second end；

Fluid injection syringe needle and exhaust syringe needle pierce through respectively after the fluid injection sealing element and the vent closure with the storage Sap cavity connection；

Tobacco juice is injected into the liquid storage chamber of the smoke grenade by the fluid injection syringe needle, meanwhile, the air in the liquid storage chamber It is discharged by the exhaust syringe needle；

After completing fluid injection, the fluid injection syringe needle and the exhaust syringe needle are extracted, the fluid injection sealing element and described Vent closure forms self-sealing in respective perforation position respectively.

Further, the smoke grenade further includes the atomising head for being provided with atomization chamber, in injection process, the atomization chamber with The liquid storage chamber is mutually isolated.

Further, the smoke grenade further includes the sealing element that the first end is arranged in, and the sealing element is used as institute simultaneously Fluid injection sealing element and the vent closure are stated, the smoke grenade further includes lifting rod, and one end of the lifting rod passes through described Sealing element protrudes into the liquid storage chamber, and the other end of the lifting rod is located at the outside of the smoke grenade, when using the smoke grenade, leads to The other end opening liquid storage chamber for moving the lifting rod is crossed, so that the atomization chamber is connected to the liquid storage chamber.

Further, the smoke grenade further includes the internal smoke grenade shell and casing for being formed with the liquid storage chamber, the cigarette The end face that body is located at the first end is formed with snorkel along extending axially downward for the smoke grenade shell, the snorkel It is respectively positioned in the liquid storage chamber with the atomising head, offers inlet on the outer surface of the atomising head, the one of described sleeve pipe End cap is located at outside the atomising head and closes the inlet, and the other end of described sleeve pipe is set in outside the snorkel, described One end of lifting rod is connect after sequentially passing through the lumen of the sealing element and the snorkel with described sleeve pipe, by described in drawing The other end of lifting rod is able to drive described sleeve pipe and moves up and open the inlet, so that the liquid storage chamber and the mist Change chamber connection.

Further, the first end is made to be located at the top of the second end by way of vibration.

Further, the electrolyte filling method further include:

So that the smoke grenade is delivered to note by way of vibration after the first end is located at the top of the second end Liquid level is set, and at the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, the exhaust syringe needle and the row Seal is opposite；

The smoke grenade stops movement when being moved to the fluid injection position, and the fluid injection syringe needle and the exhaust syringe needle pierce respectively The fluid injection sealing element and the vent closure are worn, sky while using the fluid injection syringe needle fluid injection, in the liquid storage chamber Gas is discharged by the exhaust syringe needle.

Further, the electrolyte filling method further include:

When the smoke grenade is moved to the fluid injection position, the smoke grenade is gripped using clamping device, with side Just fluid injection operates.

Further, the electrolyte filling method further include:

After fluid injection is completed and extracts the fluid injection syringe needle and the exhaust syringe needle, described in the clamping device release Smoke grenade, the smoke grenade that fluid injection is completed continue to move to by way of vibration and then realize the rewinding to smoke grenade, next non-fluid injection Smoke grenade is mobile to the fluid injection position by way of vibration.

A kind of electrolyte filling method, the smoke grenade for electron cigarette carry out fluid injection, and the smoke grenade includes vent closure and note Liquid sealing element, the liquid storage chamber for storing tobacco juice is formed with inside the smoke grenade, which includes:

In injection process, the vent closure is located at the top of the smoke grenade, alternatively, the vent closure is close The top of the smoke grenade；

Further, the smoke grenade further includes sealing element, and the sealing element is used as the fluid injection sealing element and institute simultaneously Vent closure is stated, the smoke grenade further includes lifting rod, and one end of the lifting rod passes through the sealing element and protrudes into the liquid storage Intracavitary, the other end of the lifting rod is located at the outside of the smoke grenade, when using the smoke grenade, passes through the movement lifting rod The other end opens the liquid storage chamber, so that the atomization chamber is connected to the liquid storage chamber.

Further, the smoke grenade further includes the internal smoke grenade shell and casing for being formed with the liquid storage chamber, described close One end of the smoke grenade shell is arranged in sealing, and the smoke grenade shell is provided on the end face of the sealing element along the smoke grenade Extending axially downward for shell is formed with snorkel, and the snorkel and the atomising head are respectively positioned in the liquid storage chamber, described Inlet is offered on the outer surface of atomising head, one end of described sleeve pipe is set in outside the atomising head and closes the feed liquor Mouthful, the other end of described sleeve pipe is set in outside the snorkel, and one end of the lifting rod sequentially passes through the sealing element and institute It is connect after stating the lumen of snorkel with described sleeve pipe, it is upward to be able to drive described sleeve pipe by the other end of lifting rod described in drawing It moves and opens the inlet, so that the liquid storage chamber is connected to the atomization chamber.

Further, the vent closure is made to be located at the top of the smoke grenade by way of vibration.

Further, the electrolyte filling method further include:

So that the smoke grenade is delivered to by way of vibration after the vent closure is located at the top of the smoke grenade Fluid injection position, at the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, the exhaust syringe needle with it is described Vent closure is opposite；

Further, the electrolyte filling method further include:

It is a kind of for implementing the mechanism for filling liquid of aforementioned described in any item electrolyte filling methods, the mechanism for filling liquid includes injection needle Head and exhaust syringe needle.

Further, the mechanism for filling liquid further includes topping-up pump, and one end of the fluid injection syringe needle is connected to the topping-up pump, One end of the exhaust syringe needle is connected to ambient atmosphere.

Further, the mechanism for filling liquid further includes column, first motor, the first screw rod and movable plate, and described first Motor is mounted on the column, and the output axis connection of first screw rod and the first motor, the movable plate is slidably Ground is connected on the column, and first screw rod passes through the movable plate and is threadedly coupled with the movable plate, the fluid injection Syringe needle and the exhaust syringe needle are installed on the movable plate.

The beneficial effects of the present invention are: the electrolyte filling method of smoke grenade of the invention, in injection process, first end is located at second The top at end, alternatively, vent closure is located at the top over or adjacent to smoke grenade of smoke grenade, then by fluid injection syringe needle and exhaust needle Head is connected to after piercing through fluid injection sealing element and vent closure respectively with liquid storage chamber, while realizing fluid injection, but also in liquid storage chamber Air discharge, also, tobacco juice can not from exhaust syringe needle leakage, avoid tobacco juice leakage the case where, easy to operate, user Just.

The present invention also provides a kind of fluid injection can be carried out and smoke grenade convenient to use after ease of assembly；

Additionally provide a kind of electronic cigarette with the smoke grenade.

The technical solution adopted by the present invention to solve the technical problems is: a kind of smoke grenade, and the smoke grenade includes fluid injection sealing Part and vent closure, the smoke grenade are internally provided with liquid storage chamber and atomization chamber, and the smoke grenade further includes being oppositely arranged First end and second end, the vent closure is arranged in the first end or the vent closure is close to described the One end setting；In injection process, the atomization chamber and the liquid storage chamber are mutually isolated, and the first end is located at the second end Top, fluid injection syringe needle and exhaust syringe needle pierce through respectively after the fluid injection sealing element and the vent closure with the liquid storage Chamber connection, injects tobacco juice into the liquid storage chamber of the smoke grenade by the fluid injection syringe needle, meanwhile, air in the liquid storage chamber by The exhaust syringe needle discharge extracts the fluid injection syringe needle and the exhaust syringe needle after completing fluid injection, the fluid injection sealing Part and the vent closure form self-sealing in respective perforation position respectively.

Further, the smoke grenade further includes partition component, and the partition component is located at the liquid storage chamber and the atomization Between chamber, so that the liquid storage chamber and the atomization chamber are mutually isolated in injection process, and when the use smoke grenade, pass through shifting The partition component is moved, the liquid storage chamber is enabled to be connected to the atomization chamber, so that the liquid storage chamber is to the mist Change chamber and supplies tobacco juice.

Further, the smoke grenade further includes the sealing element that the first end is arranged in, and the sealing element is used as institute simultaneously Fluid injection sealing element and the vent closure are stated, the partition component includes lifting rod, and one end of the lifting rod passes through institute It states sealing element to protrude into the liquid storage chamber, the other end of the lifting rod is located at the outside of the smoke grenade, by mentioning described in movement The other end of pull rod enables to the liquid storage chamber to be connected to the atomization chamber.

Further, the smoke grenade further includes that inside is formed with the smoke grenade shell of the liquid storage chamber and is provided with the mist Change the atomising head of chamber, the partition component further includes casing, and the smoke grenade shell is located at the end face of the first end along the cigarette Extending axially downward for body is formed with snorkel, and the snorkel and the atomising head are respectively positioned in the liquid storage chamber, institute It states and offers inlet on the outer surface of atomising head, one end of described sleeve pipe is set in outside the atomising head and closes the feed liquor Mouthful, the other end of described sleeve pipe is set in outside the snorkel, and one end of the lifting rod sequentially passes through the sealing element and institute It is connect after stating the lumen of snorkel with described sleeve pipe, it is upward to be able to drive described sleeve pipe by the other end of lifting rod described in drawing It moves and opens the inlet, so that the liquid storage chamber is connected to the atomization chamber.

Further, the end face that the smoke grenade shell is located at the first end, which is recessed downwards, is formed with container, the receipts The openings for being connected to the liquid storage chamber are offered in the groove bottom wall of tank, the sealing element is embedded in the container and closes The openings, the openings altogether there are two, two openings are located at the opposite two sides of the snorkel, and along institute The setting substantially symmetrical about its central axis of smoke grenade shell is stated, the openings are as liquid injection port, another described openings is as exhaust Mouthful.

Further, there are two blind holes for setting on the sealing element, and two blind holes are relative to the smoke grenade shell Setting substantially symmetrical about its central axis, and a blind hole is corresponding with the openings, the fluid injection syringe needle passes through one of them The blind hole is connected to across the corresponding openings with the liquid storage chamber after piercing through the sealing element, and the exhaust syringe needle passes through Another described blind hole is connected to across the corresponding openings with the liquid storage chamber after piercing through the sealing element.

Further, the smoke grenade further includes sealing-plug, and the relatively described sealing element of the sealing-plug is contained in the smoke grenade In shell, the sealing-plug closes the liquid storage chamber, and the atomising head includes mist pipe, and the atomization chamber is by the mist pipe Inner cavity is formed, and the mist pipe connect with the sealing-plug and is contained in the liquid storage chamber, and the inlet is opened in described On the side wall of mist pipe, one end of described sleeve pipe is set in outside the mist pipe and closes the inlet.

Further, the smoke grenade further includes pedestal, and the pedestal is arranged in the second end, and is located at the liquid storage chamber Outside, the pedestal and the sealing-plug are relatively fixed, be equipped on the pedestal first electrode contact and second electrode connect Touching, the atomising head further include the heating structure being arranged in the atomization chamber, pin there are two tools on the heating structure, and two One in a pin contacts electric connection with the first electrode, another in two pins is with described second Electrode contact is electrically connected.

A kind of electronic cigarette, the electronic cigarette include aforementioned described in any item smoke grenades.

Further, the electronic cigarette further includes battery component, and the battery component includes battery case, in use, institute Smoke grenade is stated at least partly removably to be contained in the battery case.

The beneficial effects of the present invention are: smoke grenade provided by the invention or electronic cigarette, after completing fluid injection, by fluid injection syringe needle It is extracted with exhaust syringe needle, fluid injection sealing element and vent closure form self-sealing in respective perforation position respectively, to prevent Tobacco juice leakage, in addition, just liquid storage chamber is enabled to be connected to atomization chamber in use, need to only move partition component, so that storing up Sap cavity supplies tobacco juice to atomization chamber, simple, convenient, and during storage, transport, liquid storage chamber and atomization chamber mutually every From can prevent tobacco juice from leaking or rotten, in injection process, liquid storage chamber and atomization chamber are also mutually isolated, and can prevent cigarette Liquid leakage.

The present invention also provides a kind of liquid-injection equipment, high degree of automation is conducive to the extensive fluid injection of smoke grenade.

The technical solution adopted by the present invention to solve the technical problems is: a kind of liquid-injection equipment, the cigarette for electron cigarette Bullet carries out fluid injection, and the smoke grenade includes vent closure and fluid injection sealing element, is formed with inside the smoke grenade for storing cigarette The liquid storage chamber of liquid, the smoke grenade include the first end and second end being oppositely arranged, and vent closure setting is described the On one end or the vent closure is arranged close to the first end, and the liquid-injection equipment includes:

Vibrating disk feed mechanism is located at described for the smoke grenade to be organized into the first end by way of vibration The smoke grenade is simultaneously delivered to fluid injection position by the state of the top at two ends；

Mechanism for filling liquid, including fluid injection syringe needle and exhaust syringe needle；

At the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, the exhaust syringe needle with it is described Vent closure is opposite, when the smoke grenade is transported to the fluid injection position, the fluid injection syringe needle and the exhaust syringe needle point Be connected to after the fluid injection sealing element and the vent closure Yong Yu not pierced through with the liquid storage chamber, by the fluid injection syringe needle to In the liquid storage chamber while injection tobacco juice, the air in the liquid storage chamber is discharged by the exhaust syringe needle, and completes fluid injection Afterwards, the fluid injection syringe needle and the exhaust syringe needle are extracted from the fluid injection sealing element and the vent closure respectively, in institute After stating fluid injection syringe needle and exhaust syringe needle extraction, the fluid injection sealing element and the vent closure are in respective puncture position It sets to form self-sealing.

Further, the liquid-injection equipment further include:

Clamping device in favor of fluid injection operation, and is completed for clamping the smoke grenade for being delivered to fluid injection position Fluid injection and the fluid injection syringe needle and the exhaust syringe needle in the fluid injection sealing element and the vent closure respectively after extracting The smoke grenade is discharged.

Further, the liquid-injection equipment further include: packaging bag material fetching mechanism and enclosed mechanism；

The packaging bag material fetching mechanism, for grabbing and opening the package；

The vibrating disk feed mechanism is also used to convey the smoke grenade that fluid injection is completed, so that the smoke grenade enters institute It states in packaging bag；

The enclosed mechanism, for the packaging bag enclosing of the smoke grenade will to be equipped with.

Further, the vibrating disk feed mechanism includes circle vibration and straight vibration, and the front end connection of the circle vibration is described straight Vibration, the circle vibration smoke grenade is organized into after the state for the top that the first end is located at the second end be delivered to it is described directly The smoke grenade is delivered to the fluid injection position by center of percussion, the straight vibration.

Further, the vibrating disk feed mechanism further includes first sensor, and the first sensor is arranged described Straight vibration is close to the top of one end of the circle vibration, and when the straight vibration stops working, the first sensor is described for detecting Whether there is smoke grenade at the straight center of percussion position opposite with the first sensor, when detecting that the straight center of percussion and described first senses When there is no smoke grenade at the opposite position of device, the circle vibration work, when detecting that the straight center of percussion is opposite with the first sensor Position at when having smoke grenade, the circle vibration stops working.

Further, the vibrating disk feed mechanism further includes second sensor, and the fluid injection position setting is described straight Far from circle vibration one end, the second sensor corresponds to the fluid injection position and the top directly to shake is arranged in, described for vibration Second sensor is for detecting whether the smoke grenade is moved to the fluid injection position under the effect of vibration directly to shake, when described When smoke grenade is moved to the fluid injection position, the straight vibration stops working.

Further, the mechanism for filling liquid further includes column, first motor, the first screw rod and movable plate, and described first Electrode is mounted on the column, and the output axis connection of first screw rod and the first motor, the movable plate is slidably Ground is connected on the column, and first screw rod passes through the movable plate and is threadedly coupled with the movable plate, the fluid injection Syringe needle and the exhaust syringe needle are installed on the movable plate.

Further, the clamping device includes gripper cylinder and positioning fixture, is arranged on the vibrating disk feed mechanism There is the guide groove mobile for the smoke grenade, the gripper cylinder is located at the side of the guide groove, and the positioning fixture is connected to described The extension end of gripper cylinder offers connectivity slot, the positioning fixture on the cell wall of the gripper cylinder on the guide groove The gripper cylinder be driven through the connectivity slot after the smoke grenade for being delivered to the fluid injection position is clamped in it is described fixed Between the cell wall of the position fixture connectivity slot opposite with the guide groove.

Further, the packaging bag material fetching mechanism include the storage bin for storage package bag, sliding rail, the second motor, Second screw rod, sliding block, the first adsorption piece and the second adsorption piece are provided with feed opening, second motor on the enclosed mechanism Be mounted on one end of the sliding rail, second screw rod is connected on the output shaft of second motor, the sliding block with it is described Sliding rail is slidably connected, and second screw rod passes through the sliding block and is threadedly coupled with the sliding block, first adsorption piece On the sliding block, second adsorption piece is set to the top of the feed opening, and first adsorption piece is used for the storage Packaging bag in feed bin is moved to the top of the feed opening, and cooperates with second adsorption piece and open the packaging bag.

Further, the packaging bag material fetching mechanism further includes fixed block, guide rod, crushing block and elastic component, the guide rod It is connected on the fixed block, the crushing block is slidably mounted on the guide rod, and the elastic component is telescopically arranged on Between the fixed block and the crushing block, the crushing block squeezes in the storage bin under the elastic force effect of the elastic component Packaging bag.

Further, the packaging bag material fetching mechanism further includes 3rd sensor, and the 3rd sensor is arranged described Whether the top of feed opening, the smoke grenade that the 3rd sensor is used to detect the completion of fluid injection enter in the packaging bag opened, when When the smoke grenade for detecting that fluid injection is completed is entered in open packaging bag, first adsorption piece and second adsorption piece unclamp The packaging bag.

Further, the enclosed mechanism includes guide plate, sealing knife, limit plate, sealing cylinder, limiting cylinder and the 4th biography Sensor, the guide plate are obliquely installed, and guide runner are provided on the guide plate, the sealing cylinder is for driving the sealing knife Lower movement, the bottom that the limiting cylinder is used to that the limit plate to be driven to pass through the guide plate extend in the guide runner or move Out to the outside of the guide runner, between the sealing knife and the limit plate, the described 4th passes the 4th sensor Sensor is used to whether in place to detect the packaging bag equipped with the smoke grenade, when the 4th sensor is detected equipped with the smoke grenade Packaging bag in place when, it is described sealing knife moved down under the drive of the sealing cylinder to equipped with the smoke grenade packaging bag seal Mouthful, sealing is completed, the sealing knife moves up under the drive of the sealing cylinder, and the limit plate is in the limiting cylinder Drive under be moved to the outside of the guide runner.

The beneficial effects of the present invention are: liquid-injection equipment provided by the invention, vibrating disk feed mechanism is by way of vibration Smoke grenade be organized into first end be located at second end top state and smoke grenade is delivered to fluid injection position, the note on mechanism for filling liquid Liquid syringe needle and exhaust syringe needle are connected to after piercing through fluid injection sealing element and vent closure respectively with liquid storage chamber, with to the liquid storage chamber of smoke grenade Interior injection tobacco juice, thus when filling tobacco juice will not leakage, reduce the fluid injection difficulty of smoke grenade, improve production efficiency.

The technical solution adopted by the present invention to solve the technical problems is: a kind of liquid-injection equipment, the cigarette for electron cigarette Bullet carries out fluid injection, and the smoke grenade includes vent closure and fluid injection sealing element, is formed with inside the smoke grenade for storing cigarette The liquid storage chamber of liquid, the liquid-injection equipment include:

Vibrating disk feed mechanism is located at institute for the smoke grenade to be organized into the vent closure by way of vibration It states the state of the top of smoke grenade or the top of the close smoke grenade and the smoke grenade is delivered to fluid injection position；

Further, the liquid-injection equipment further include:

Further, the vibrating disk feed mechanism includes circle vibration and straight vibration, and the front end connection of the circle vibration is described straight The smoke grenade is organized into the vent closure and is located at the top of the smoke grenade or close to the smoke grenade by vibration, the circle vibration The straight center of percussion is delivered to after the state of top, the smoke grenade is delivered to the fluid injection position by the straight vibration.

Further, the clamping device includes gripper cylinder and positioning fixture, is arranged on the vibrating disk feed mechanism There is the guide groove mobile for the smoke grenade, the gripper cylinder is located at the side of the guide groove, and the positioning fixture is connected to described The extension end of gripper cylinder offers connectivity slot, the positioning fixture on the cell wall of the gripper cylinder on the guide groove The gripper cylinder be driven through the connectivity slot after the smoke grenade for being delivered to fluid injection position is clamped in it is described fixed Between the cell wall of the position fixture connectivity slot opposite with the guide groove.

The beneficial effects of the present invention are: liquid-injection equipment provided by the invention, vibrating disk feed mechanism is by way of vibration Smoke grenade be organized into vent closure be located at smoke grenade top or close to smoke grenade top state and smoke grenade is delivered to note Liquid level is set, fluid injection syringe needle on mechanism for filling liquid and exhaust syringe needle pierce through respectively after fluid injection sealing element and vent closure with liquid storage chamber Connection, to inject tobacco juice in the liquid storage chamber to smoke grenade, therefore when filling tobacco juice will not leakage, reduce the fluid injection difficulty of smoke grenade, mention High efficiency.

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is the perspective view of the smoke grenade of the embodiment of the present invention one；

Fig. 2 is the optical cable of smoke grenade shown in Fig. 1；

Fig. 3 is the optical cable at another visual angle of smoke grenade shown in Fig. 1；

Fig. 4 is the top view of pedestal in smoke grenade shown in Fig. 3；

Fig. 5 is the bottom view of pedestal in smoke grenade shown in Fig. 3；

Fig. 6 is the cross-sectional view of smoke grenade shown in Fig. 1；

Fig. 7 is the perspective view of the liquid-injection equipment of the embodiment of the present invention four；

Fig. 8 is the structural schematic diagram (omitting hood) of liquid-injection equipment shown in Fig. 7；

Fig. 9 is the structural schematic diagram (omitting hood and portion chassis) of liquid-injection equipment shown in Fig. 7；

Figure 10 is the structural schematic diagram (omitting circle vibration, rack and hood) of liquid-injection equipment shown in Fig. 7；

Figure 11 is the structural schematic diagram of vibrating disk feed mechanism in liquid-injection equipment shown in Fig. 8；

Figure 12 is the structural schematic diagram of mechanism for filling liquid in liquid-injection equipment shown in Fig. 8；

Figure 13 is clamping device and the positional diagram directly shaken in liquid-injection equipment shown in Fig. 8；

Figure 14 is the structural schematic diagram of packaging bag material fetching mechanism in liquid-injection equipment shown in Fig. 9；

Figure 15 is the structural schematic diagram of enclosed mechanism in liquid-injection equipment shown in Figure 10.

Parts title and number are respectively as follows: in figure

10 smoke grenade shell of smoke grenade, 11 liquid storage chamber 110

111 openings of snorkel, 112 sealing element 17

Raised 115 sealing-plugs 12 of 113 inlay card of card slot

121 groove of through-hole, 122 atomising head 13

131 atomization chamber of mist pipe, 130 inlet 1312

132 heating member of drain part, 133 pedestal 14

Protrusion 141 buckles 142 connecting cylinders 143

First mounting groove, 144 second mounting groove 145 first perforation 1431

Second perforation, 1432 induction 146 air inlet 147 of through-hole

Cross 148 gas passing gap of gas gap, 149 first electrode contact 15

Second electrode contacts 16 casing, 18 lifting rod 19

21 directly vibration 22 of the circle of vibrating disk feed mechanism 20 vibration

23 second sensor of first sensor, 24 connectivity slot 221

222 mechanism for filling liquid of baffle, 30 column 33

34 first screw rod of first motor, 35 movable plate 36

Fluid injection syringe needle 31 is vented 32 clamping device 40 of syringe needle

41 positioning fixture of gripper cylinder, 42 adaptation groove 421

50 storage bin of packaging bag material fetching mechanism, 51 sliding rail 52

Second motor, 53 sliding block, 55 first adsorption piece 56

Second adsorption piece 57 grabs 551 3rd sensor 58 of cylinder

511 guide rod of fixed block, 512 crushing block 513

514 enclosed mechanism of elastic component, 60 feed opening 61

Guide plate 62 seals 63 limit plate 64 of knife

The 4th sensor 67 of 65 limiting cylinder 66 of sealing cylinder

621 rack of guide runner, 70 discharge port 71

Hood 80

Specific embodiment

Presently in connection with attached drawing, the present invention is described in detail.This figure is simplified schematic diagram, is only illustrated in a schematic way Basic structure of the invention, therefore it only shows the composition relevant to the invention.

Embodiment one

It please refers to Fig. 1-Fig. 6, in the embodiment of the present invention one, provides a kind of for storing the smoke grenade 10 of tobacco juice, be suitble to answer For in electronic cigarette.Smoke grenade 10 include the smoke grenade shell 11 with liquid storage chamber 110, the sealing-plug 12 for sealing liquid storage chamber 110, Be mounted on sealing-plug 12 and be contained in liquid storage chamber 110 atomising head 13, be mounted on the pedestal 14 of 11 one end of smoke grenade shell with And it is mounted on first electrode contact 15 and second electrode contact 16 on pedestal 14.

Smoke grenade shell 11 substantially has the hollow cylindrical configuration of opening in lower end, and smoke grenade shell 11 is flat structure, As the appearance profile of smoke grenade 10, smoke grenade 10 can be effectively prevent to roll, smoke grenade 10 is avoided and fall.Liquid storage chamber 110 is by smoke grenade shell The inner cavity of body 11 is constituted, and tobacco juice is stored in liquid storage chamber 110.The lower ending opening of 12 sealed cigarette body 11 of sealing-plug.Smoke grenade shell Body 11 is made of transparent or semitransparent material, allows users to observe the tobacco juice in liquid storage chamber 110 through smoke grenade shell 11 Amount facilitates the timely fluid injection operation of user.In present embodiment, smoke grenade shell 11 is made of translucent plastics.

Referring to Fig. 6, being formed at the center of the upper surface of smoke grenade shell 11 along extending axially downward for smoke grenade shell 11 The upper surface of the upper end perforation smoke grenade shell 11 of snorkel 111, the upper and lower ends perforation of snorkel 111, and snorkel 111.Cigarette Concave shape offers connection in the groove bottom wall of the container at having container (figure does not mark) downwards for the upper end of body 11 The openings 112 of liquid storage chamber 110, openings 112 altogether there are two, two openings 112 are located at the opposite sides of snorkel 111, And along the setting substantially symmetrical about its central axis of smoke grenade shell 11, an openings 112 are used as liquid injection port, another openings 112 is as row Port, user is by the openings 112 as liquid injection port to 110 fluid injection of liquid storage chamber.

In addition, smoke grenade 10 further includes sealing element 17, sealing element 17 is embedded in the container and closes openings 112. It is offered at the center of sealing element 17 venthole (figure does not mark), the upper surface of the upper end perforation sealing element 17 of the venthole, The lower end of the venthole is connected with snorkel 111.Specifically, sealing element 17 can be by with the soft of elastic deformability Material is made, and can be elastomeric state polymer, for example, rubber or silica gel, sealing element 17 can also be made of self-healing material, because This, sealing element 17 can be pierced through by sharp object, and after sharp object is extracted, be again sealed off after can restoring automatically. The effect of sealing element 17 is sealing liquid storage chamber 110, prevents the tobacco juice in liquid storage chamber 110 in transport, storage or use process Middle leakage.Moreover, sealing element 17 is also used to after smoke grenade 10 is completed, sealing element 17 is pierced through by fluid injection syringe needle 31, to liquid storage Tobacco juice is injected in chamber 110, and after the extraction of fluid injection syringe needle 31, it is automatic to restore, it is again sealed off liquid storage chamber 110.

In present embodiment, sealing element 17 is each provided with a blind hole (figure does not mark) in the two sides of the venthole, and two Substantially symmetrical about its central axis setting of a blind hole relative to smoke grenade shell 11, and a blind hole is opposite with an openings 112 Answer, sealing element 17 can be thinned in the thickness of perforation position in the setting of the blind hole, allow fluid injection syringe needle 31 more easily Sealing element 17 is pierced through, and the rest part of sealing element 17 still possesses biggish thickness, so that sealing element 17 and smoke grenade shell 11 Sealed connection between upper end is more firm.While in order to guarantee the air pressure balance in liquid storage chamber 110, i.e. guarantee fluid injection operation, Air in liquid storage chamber 110 is automatically drained out, and when fluid injection, after piercing through sealing element 17 by exhaust syringe needle 32, exhaust syringe needle 32 is passed through One of openings 112 are connected to liquid storage chamber 110, and exhaust syringe needle 32 is also in communication with the outside, as a result, in liquid storage chamber 110 Air can be discharged in time.And after extracting exhaust syringe needle 32, sealing element 17 can restore again, be again sealed off liquid storage chamber 110, therefore tobacco juice leakage will not occur.When fluid injection operates, fluid injection syringe needle 31 pierces through sealing element by one of them described blind hole It passes through corresponding openings 112 after 17 to be connected to liquid storage chamber 110, exhaust syringe needle 32 pierces through sealing by another described blind hole Corresponding openings 112 are passed through after part 17 to be connected to liquid storage chamber 110.

Sealing-plug 12 is substantially in block structure, and sealing-plug 12 is contained in the lower end of smoke grenade shell 11, and sealing-plug 12 is used for Liquid storage chamber 110 is closed, specifically, liquid storage chamber 110 is by the inner wall of smoke grenade shell 11, the outer wall of snorkel 111 and sealing-plug 12 Upper surface between enclose the space that sets and constitute.Axial direction at the center of sealing-plug 12 along sealing-plug 12 offers through-hole 121, through-hole The upper/lower terminal face of 121 perforation sealing-plugs 12, atomising head 13 are connect with through-hole 121.The material of sealing-plug 12 includes but is not limited to Silica gel or rubber prevent tobacco juice from leaking to promote the leakproofness of liquid storage chamber 110.In addition, the lower end surface of sealing-plug 12 offers two A groove 122, two grooves 122 are symmetricly set on the two sides of through-hole 121.

Atomising head 13 includes the heating structure for having the mist pipe 131 of atomization chamber 130 and being contained in atomization chamber 130 (figure do not mark), there are two pins for tool on the heating structure, when two pins connect with the positive and negative electrode of power supply device 200 respectively When connecing, the heating structure can generate heat when atomization circuit is triggered and is connected to heat tobacco juice.

Substantially in the hollow cylindrical configuration of both ends perforation, atomization chamber 130 is formed mist pipe 131 by the inner cavity of mist pipe 131, The lower end of mist pipe 131 is inserted into through-hole 121, and the upper end of mist pipe 131 is contained in liquid storage chamber 110, and atomization chamber 130 with The inner cavity of snorkel 111 is connected.Inlet 1312 is offered on the side wall of mist pipe 131, inlet 1312 is connected to liquid storage chamber 110 and atomization chamber 130, the tobacco juice in liquid storage chamber 110 pours in atomization chamber 130 in order to prevent, leads to tobacco juice in atomising head 13 Excessively, it can not effectively be atomized, inlet 1312 is corresponded in atomization chamber 130 and is provided with drain part 132, is prevented in liquid storage chamber 110 Tobacco juice excessively enters in atomization chamber 130.In present embodiment, the heating structure includes the drain part 132 to contact with each other With heating member 133, drain part 132 can generate heat after there is the ability for absorbing tobacco juice, heating member 133 to be powered.Drain part 132 Corresponding inlet 1312 fits in the inner wall of mist pipe 131, enters in atomization chamber 130 in order to absorb via inlet 1312 Tobacco juice, heating member 133 is contained in the inside of drain part 132, heats the tobacco juice adsorbed on drain part 132.In present embodiment, Drain part 132 is cotton, and heating member 133 is heater strip, it is possible to understand that ground, in other unshowned embodiments, and drain part 132 can also be sponge, cordage, porous ceramics or porous graphite etc., heating member 133 can also be heating sheet, heating net or Heating rod etc..

It is to be appreciated that the heating structure can also be ceramic heating body in other unshowned embodiments, That is, also there is the ability of heating tobacco juice while ceramic heating body has the ability for absorbing tobacco juice.It is also understood that ground, described Heating structure can also be Ultrasonic Heating device or heating tube etc., herein with no restriction.

Referring to Fig. 6, in present embodiment, smoke grenade 10 further includes partition component (figure does not mark), the separation group Part includes casing 18 and lifting rod 19, and casing 18 has the hollow cylindrical configuration of opening in lower end, and casing 18 is along atomising head 13 It is axially slidably set in the outside of mist pipe 131, the structure in the shape of a rod of lifting rod 19 and is slideably threaded through snorkel 111 Inside, the lower end of lifting rod 19 connect with the upper end of casing 18, and the upper end of lifting rod 19 extends to cigarette by the venthole The outside of body 11.When smoke grenade 10 is dispatched from the factory, the corresponding inlet 1312 of casing 18 be set in the outside of mist pipe 131 with close into Liquid mouth 1312 prevents the tobacco juice in liquid storage chamber 110 from entering in atomising head 13 via inlet 1312, thus by tobacco juice and the external world Air insulated prevents from contacting hair in atomising head 13 with air since temperature, air pressure change cause tobacco juice to enter in transportational process Change matter, and capable of also further preventing atomising head 13, there is a situation where tobacco juices to leak due to entering excessive tobacco juice.As user in use, The lifting rod 19 is lifted upwards, and casing 18 can move up together under the drive of lifting rod 19 and then open inlet 1312, so that liquid storage chamber 110 is connected by inlet 1312 with atomization chamber 130, the lifting rod 19 is lifted when continuing up When the lower end surface of upper surface and snorkel 111 to casing 18 offsets, lifting rod 19 can be separated with casing 18, Jin Erneng Enough to be extracted out of snorkel 111, snorkel 111 is opened, at this point, atomization chamber 130 passes through the inner cavity of casing 18 and snorkel 111 It is connected.It is to be appreciated that casing 18 is made of silica gel or rubber material, realize when facilitating smoke grenade 10 to dispatch from the factory to inlet 1312 sealing function, moreover, facilitating casing 18 to deform so that it is separated with lifting rod 19.In present embodiment, set Pipe 18 and lifting rod 19 are integrally formed, and are pulled off on casing 18 with the connecting portion of lifting rod 19 and then are taken off with 19 phase of lifting rod From.In addition, when so that fluid injection operating, the air in liquid storage chamber 110 can not since casing 18 is to the sealing function of inlet 1312 It is discharged via inlet 1312, is merely able to be discharged by the exhaust syringe needle 32 of puncture sealing element 17.That is, when fluid injection, liquid storage chamber 110 with Atomization chamber 130 is not connected to, in this way, the tobacco juice in liquid storage chamber 110 acts on quilt in pressure when can preventing fluid injection from closing to an end Leakage is caused in indentation atomization chamber 130, is also possible to prevent in injection process, air generates disturbance for drain part 132, so that The position of drain part 132 shifts, so that tobacco juice leaks.In the present embodiment, on the upper surface of casing 18 Interconnecting piece is formed along extending axially upward for casing 18, the interconnecting piece is set on snorkel 111, so that casing 18 and ventilation Pipe 111 is connected, and tobacco juice can be prevented by the clearance leakage between casing 18 and snorkel 111, and in the movement of casing 18 In the process, guiding role is played.

Fig. 4-Fig. 6 is please referred to, pedestal 14 covers the lower end for being located at smoke grenade shell 11 and is located at the outside of liquid storage chamber 110, pedestal 14 upper surface respective slot 122 is convexly equipped with protrusion 141, when sealing-plug 12 is installed in place with pedestal 14, protrusion 141 and groove 122 corresponding matchings, so that pedestal 14 and sealing-plug 12 are relatively fixed.In addition, being convexly equipped with buckle 142, cigarette on the outer wall of pedestal 14 Corresponding buckle 142 offers card slot 113 on the side wall of body 11, and buckle 142 is mutually clamped with card slot 113, to realize bottom Relationship is fixedly connected between seat 14 and smoke grenade shell 11.It is to be appreciated that in other unshowned embodiments, pedestal 14 It can also be connected by grafting, threaded connection or the magnetic removably mode such as connect between smoke grenade shell 11.It is understood that Ground, in other unshowned embodiments, buckle 142 and the setting position of card slot 113 be can be interchanged.

It is hollow along having extended axially upward for pedestal 14 at the center of the upper surface of pedestal 14 please refer to Fig. 5, Fig. 6 Connecting cylinder 143, connecting cylinder 143 is inserted into the lower end of mist pipe 131 and is connected with atomization chamber 130.The lower end surface of pedestal 14 Upper recess upwards has been formed with the first mounting groove 144 and the second mounting groove 145, and first electrode contact 15 is mounted on the first mounting groove In 144, second electrode contact 16 is mounted in the second mounting groove 145.The first perforation 1431 and are also provided on connecting cylinder 143 Two perforation 1432, wherein the upper surface of one end perforation connecting cylinder 143 of the first perforation 1431, the other end of the first perforation 1431 It is connected with the first mounting groove 144, the upper surface of one end perforation connecting cylinder 143 of the second perforation 1432, the second perforation 1432 The other end is connected with the second mounting groove 145.In present embodiment, a pin of heating member 133 passes through the first perforation 1431 After stretch in the first mounting groove 144, and by first electrode contact 15 squeeze be fixed on the cell wall of the first mounting groove 144, add Another pin of warmware 133 stretches in the second mounting groove 145 after passing through the second perforation 1432, and by second electrode contact 16 Extruding is fixed on the cell wall of the second mounting groove 145, and first electrode contact 15 and second electrode contact 16 are electric conductor, such as This, realize two pins of heating member 133 contact with first electrode 15 and second electrode 16 electricity connection functions of contact it is same When, also achieve the fixed function to heating member 133.It is to be appreciated that first electrode contact 15 and second electrode contact 16 are It is made of conductive materials such as stainless steel or copper.It being electrically isolated to realize, avoids short circuit, pedestal 14 is made of insulating material, this In embodiment, pedestal 14 is made of plastics.Wherein, the first electrode terminal of 15 composition smoke grenade 10 of first electrode contact, second Electrode contact 16 constitutes the second electrode terminal of smoke grenade 10.

When user needs to dismantle or replaces heating member 133, first electrode contact 15 and second electrode contact need to be only removed 16, to release the squeezing action to heating member 133, heating member 133 can be conveniently removed as a result, it is simple, convenient, it mentions The usage experience of user is risen.

In addition, the lower end surface of pedestal 14 offers induction through-hole 146 and air inlet 147, sense along the axial direction of pedestal 14 respectively Through-hole 146 and air inlet 147 is answered to be connected by the inner cavity of connecting cylinder 143 with atomization chamber 130.In present embodiment, induction Through-hole 146 has one and is located at the center of pedestal 14, and there are two air inlets 147, and is symmetricly set on the two of induction through-hole 146 Side.Air inlet 147 is symmetrical arranged, and ensure that extraneous gas can be even into in atomization chamber 130.In addition, referring to Fig. 5, the The two sides of induction through-hole 146 are symmetrically arranged in one mounting groove 144 and the second mounting groove 145.

It is to be appreciated that atomising head 13 can be set in the outside of liquid storage chamber 110 in other unshowned embodiments Or smoke grenade 10 does not include atomising head 13.Correspondingly, snorkel 111 and casing 18 also omit, and lifting rod 19 blocks through-hole 121, Through-hole 121 is used as liquid outlet, and when pulling up lifting rod 19, through-hole 121 is opened, so that liquid storage chamber 110 is opened, liquid storage chamber 110 Interior tobacco juice is entered in atomising head 13 by the outflow of through-hole 121.It should be noted that lifting rod 19 exists under this kind of set-up mode Before pulling and after pulling, some is used to block the venthole on sealing element 17 always, prevents tobacco juice from leaking from venthole.Into One step, when smoke grenade 10 does not include atomising head 13, first electrode contact 15 and the also corresponding omission of second electrode contact 16.This When, sealing element 17 also can be omitted, and two communication ports are arranged on pedestal 14, and fluid injection syringe needle 31 and exhaust syringe needle 32 pass through respectively Corresponding communication port pierces through sealing-plug 12 and carries out fluid injection and exhaust.It should be noted that needing under this kind of embodiment by smoke grenade 10 are inverted, so that the sealing-plug 12 as fluid injection sealing element and vent closure is located above, to prevent tobacco juice from passing through exhaust Syringe needle 32 leaks.It and in the present embodiment, then is just to set smoke grenade 10, so that as fluid injection sealing element and vent closure Sealing element 17 is located above.It is to be appreciated that fluid injection sealing element and vent closure can in other unshowned embodiments To be independent from each other two, when fluid injection, as long as ensuring that vent closure is located at the top of smoke grenade 10 or close to smoke grenade 10 Top prevents tobacco juice from leaking by exhaust syringe needle 32, and whether fluid injection sealing element is located above without limitation.

Embodiment two

In the embodiment of the present invention two, a kind of electronic cigarette is provided, including smoke grenade 10 described in embodiment one and and smoke grenade 10 battery components being electrically connected.The battery component includes battery case (not shown go out) and is contained in the battery case Interior battery body (not shown go out).Smoke grenade 10 is detachably connected with the battery case and electrically connects with the battery body It connects.For example, smoke grenade 10 can at least partly be contained in the battery case and be electrically connected with the battery body.Smoke grenade The opposite sides of shell 11 is provided with inlay card protrusion 115, and inlay card groove (not shown go out) is correspondingly arranged on the battery case, When smoke grenade 10 is inserted into the smoke grenade shell, inlay card protrusion 115 is matched with the inlay card groove, with firm smoke grenade 10 and institute State the connection of battery component.

The battery component further includes first electrode column (not shown go out), second electrode column (not shown go out) and induction cavity (not shown go out), the positive and negative anodes of the first electrode column and the second electrode column and the battery body are electrically connected, And the two sides of the induction cavity are symmetrically set, when smoke grenade 10 is connect with the battery component, the first electrode column with First electrode contact 15 is contacted and is electrically connected, and the second electrode column contacts 16 with second electrode and contacts and be electrically connected, and The induction cavity is connected with the induction through-hole 146.The battery component further includes the air pressure being mounted in the induction cavity Inductor (not shown go out), the air pressure inductor, when user carries out suction action using electronic cigarette, are inhaled for detection senses The pressure change that gas generates, and then the controller (not shown go out) fed back to the connection of signal therewith, controller is sentenced according to the signal Whether disconnected user out aspirates, and when the judgment result is yes, power output can be carried out to smoke grenade 10, to make the heating structure Atomization is carried out to tobacco juice and generates smog；Alternatively, strength when controller judges that user aspirates according to the signal, and according to pumping The corresponding power output size adjusted to smoke grenade 10 of the strength of suction, to adjust the size of amount of smoke.It is to be appreciated that In other embodiments, gas flow transducer can also be set to substitute air pressure inductor, produced when gas flow transducer is for detecting suction Raw air-flow variation, and then controller is fed back to, power when controller judges whether user aspirates or aspirate according to the signal Spend size.The sensor type of baroceptor and gas flow transducer is with no restriction.

Embodiment three

In the embodiment of the present invention three, a kind of electrolyte filling method is also provided, the smoke grenade for electron cigarette carries out fluid injection.At it In in an embodiment, the smoke grenade is the smoke grenade 10 in embodiment one.Smoke grenade includes vent closure and fluid injection sealing Part is formed with the liquid storage chamber for storing tobacco juice inside smoke grenade, and smoke grenade includes the first end and second end being oppositely arranged, and described Vent closure is arranged in the first end or the vent closure is arranged close to the first end, the electrolyte filling method Include:

In injection process, the first end is located at the top of the second end；Alternatively, in injection process, the row Seal is located at the top over or adjacent to the smoke grenade of the smoke grenade；

Fluid injection syringe needle and exhaust syringe needle pierce through respectively after the fluid injection sealing element and the vent closure with liquid storage chamber Connection；

Tobacco juice is injected into the liquid storage chamber of the smoke grenade by the fluid injection syringe needle, meanwhile, in the liquid storage chamber Air is discharged by the exhaust syringe needle；

Smoke grenade further includes the sealing element that the first end is arranged in, the sealing element simultaneously as the fluid injection sealing element with And the vent closure, the sealing element can be made of elastomeric state polymer, such as rubber or silica gel, alternatively, can also be with It is made of freely healing material, after the fluid injection syringe needle and the exhaust syringe needle are extracted, the sealing element is in puncture position It will form automatic-sealed effect, will not leave behind hole, therefore leakage will not occur.Smoke grenade further includes lifting rod, the lifting rod One end pass through the sealing element and protrude into the liquid storage chamber, the other end of the lifting rod is located at the outside of the smoke grenade, logical It crosses and moves the other end of the lifting rod and can open the liquid storage chamber.

The smoke grenade further includes the atomising head for being provided with atomization chamber, in injection process, the atomization chamber and the liquid storage Chamber is mutually isolated, and when the use smoke grenade, when opening the liquid storage chamber by the other end of the movement lifting rod, the mist Change chamber to be connected to the liquid storage chamber.The smoke grenade further includes the internal smoke grenade shell and casing for being formed with the liquid storage chamber, institute It states smoke grenade shell and is located at the end face of the first end and be formed with snorkel along extending axially downward for the smoke grenade shell, it is described logical Tracheae and the atomising head are respectively positioned in the liquid storage chamber, and inlet, described sleeve pipe are offered on the outer surface of the atomising head One end be set in that the atomising head is outer and close the inlet, and the other end of described sleeve pipe is set in outside the snorkel, One end of the lifting rod is connect after sequentially passing through the lumen of the sealing element and the snorkel with described sleeve pipe, passes through drawing The other end of the lifting rod is able to drive described sleeve pipe and moves up and open the inlet, so that the liquid storage chamber and institute State atomization chamber connection.

When adjusting the position of the smoke grenade, the first end is made to be located at the upper of the second end by mode of vibration Side.So that the smoke grenade is delivered to fluid injection position by way of vibration after the first end is located at the top of the second end It sets, at the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, and the exhaust syringe needle and the exhaust are close Sealing is opposite；

The smoke grenade stops movement when being moved to the fluid injection position, and the fluid injection syringe needle and the exhaust syringe needle pierce respectively The fluid injection sealing element and the vent closure are worn, sky while using the fluid injection syringe needle fluid injection, in the liquid storage chamber Gas is discharged by the exhaust syringe needle.When the smoke grenade is moved to the fluid injection position, the smoke grenade is carried out using clamping device It grips, to facilitate fluid injection to operate.

The present embodiment additionally provides a kind of mechanism for filling liquid of electrolyte filling method for implementing above-mentioned smoke grenade, and the mechanism for filling liquid includes Fluid injection syringe needle and exhaust syringe needle.The mechanism for filling liquid further includes topping-up pump, one end of the fluid injection syringe needle and the topping-up pump One end of connection, the exhaust syringe needle is connected to ambient atmosphere.

The electrolyte filling method of the smoke grenade of the embodiment of the present invention three need to only adjust vent closure to positioned at the upper of the smoke grenade The state of side or the top of the close smoke grenade can guarantee that tobacco juice will not be leaked from the exhaust syringe needle when fluid injection；Or only The first end need to be adjusted to the top of the second end, can guarantee that tobacco juice will not be let out from the exhaust syringe needle when fluid injection Leakage.

Example IV

In the embodiment of the present invention four, a kind of liquid-injection equipment is also provided, the smoke grenade for electron cigarette carries out fluid injection.At it In in an embodiment, the smoke grenade is the smoke grenade 10 in embodiment one.The smoke grenade includes vent closure and fluid injection Sealing element, is formed with the liquid storage chamber for storing tobacco juice inside the smoke grenade, the smoke grenade include the first end being oppositely arranged and Second end, and the vent closure is arranged in the first end or the vent closure is set close to the first end It sets, the liquid-injection equipment includes:

Vibrating disk feed mechanism 20, for the smoke grenade to be organized into the first end positioned at described by way of vibration The smoke grenade is simultaneously delivered to fluid injection position by the state of the top of second end；Alternatively, being used for by way of vibration the cigarette Bullet be organized into the vent closure be located at the smoke grenade the top over or adjacent to the smoke grenade state and by the cigarette Bullet is delivered to fluid injection position；In a wherein embodiment, when the smoke grenade is the smoke grenade 10 in embodiment one, vibrating disk Feed mechanism 20 is organized into smoke grenade 10 by way of vibration the state just set, and smoke grenade 10 is delivered to fluid injection position；

Mechanism for filling liquid 30, including fluid injection syringe needle 31 and exhaust syringe needle 32；

At the fluid injection position, fluid injection syringe needle 31 is opposite with the fluid injection sealing element, is vented syringe needle 32 and exhaust sealing Part is opposite, and when the smoke grenade is transported to the fluid injection position, fluid injection syringe needle 31 and exhaust syringe needle 32 are respectively used to pierce through institute It is connected to after stating fluid injection sealing element and the vent closure with the liquid storage chamber, is infused by fluid injection syringe needle 31 into the liquid storage chamber While entering tobacco juice, the air in the liquid storage chamber is discharged by exhaust syringe needle 32, and after completing fluid injection, 31 He of fluid injection syringe needle Exhaust syringe needle 32 is extracted from the fluid injection sealing element and the vent closure respectively, in fluid injection syringe needle 31 and exhaust syringe needle 32 After extraction, the fluid injection sealing element and the vent closure are in the formation self-sealing of respective perforation position.

Further, in the present embodiment, the liquid-injection equipment further include:

Clamping device 40, for the smoke grenade for being delivered to the fluid injection position to be clamped, in favor of fluid injection operation, and Fluid injection and the fluid injection syringe needle and the exhaust syringe needle are completed respectively from the fluid injection sealing element and the vent closure Smoke grenade is discharged after extraction.

The liquid-injection equipment further includes packaging bag material fetching mechanism 50 and enclosed mechanism 60.

Packaging bag material fetching mechanism 50, for grabbing and opening the package；

Vibrating disk feed mechanism 20 is also used to convey the smoke grenade that fluid injection is completed, so that described in smoke grenade entrance In packaging bag；

Enclosed mechanism 60, for the packaging bag enclosing of smoke grenade will to be equipped with.

Specifically, Figure 11 is please referred to, vibrating disk feed mechanism 20 includes circle vibration 21, straight vibration 22 and first sensor 23.Circle Straight vibration 22 is arranged in close to the top of one end of circle vibration 21, when straight vibration 22 in the straight vibration 22 of front end connection of vibration 21, first sensor 23 When stopping working, first sensor 23 is used to detect at position opposite with first sensor 23 in straight vibration 22 whether having smoke grenade, When detecting does not have smoke grenade at position opposite with first sensor 23 in straight vibration 22,21 work of circle vibration；When detecting straight vibration When having smoke grenade at the position opposite with first sensor 23 in 22, circle vibration 21 stops working.Smoke grenade by circle vibration 21 feeding when, Circle vibration 21 is delivered to after being organized into the smoke grenade after the state for the top that the first end is located at the second end directly shakes in 22, The smoke grenade is delivered to the fluid injection position by straight vibration 22.In a wherein embodiment, when the smoke grenade is embodiment one In smoke grenade 10 when, due to smoke grenade 10 be arranged 13 one end of atomising head quality compared with setting 17 one end of sealing element quality it is big, circle vibration Smoke grenade 10 can be organized by way of vibration and unified just sets state by 21, that is, be organized into atomising head 13 under, sealing element 17 in upper state.In present embodiment, first sensor 23 is optical sensor.

In addition, vibrating disk feed mechanism 20 further includes second sensor 24, the fluid injection position setting is separate in straight vibration 22 On one end of circle vibration 21, the top of straight vibration 22 is arranged in the corresponding fluid injection position of second sensor 24, and second sensor 24 is used The fluid injection position whether is moved under effect of vibration of the detection smoke grenade in straight vibration 22.Described in being moved to when the smoke grenade When fluid injection position, straight vibration 22 stops working, and mechanism for filling liquid 30 carries out fluid injection to smoke grenade 10；When mechanism for filling liquid 30 is completed to smoke grenade 10 Fluid injection operation when, straight 22 starting of vibration is next so that the smoke grenade 10 for completing fluid injection operation continues to move to and then enters in packaging bag It directly shakes and 22 stops working to carry out fluid injection operation after a smoke grenade synchronizing moving to be injected to the fluid injection position.Second sensor 24 be optical sensor.

Specifically, Figure 13 is please referred to, clamping device 40 includes gripper cylinder 41 and positioning fixture 42.Gripper cylinder 41 is installed In the side of straight vibration 22, positioning fixture 42 is connected to the extension end of gripper cylinder 41, and gripper cylinder 41 drives positioning fixture 42 to move It is dynamic.In present embodiment, the moving direction of positioning fixture 42 is mutually perpendicular to smoke grenade 10 in the moving direction in straight vibration 22.Clamping When the extension end of cylinder 41 is stretched out, positioning fixture 42 is able to drive towards the direction movement close to straight vibration 22, gripper cylinder 41 is stretched When outlet bounces back, it is mobile towards the direction far from straight vibration 22 to be able to drive positioning fixture 42.Have one to move for smoke grenade 10 in straight vibration 22 Dynamic guide groove (figure does not mark) offers connectivity slot 221, connectivity slot 221 on the cell wall of gripper cylinder 41 on the guide groove It is correspondingly arranged with positioning fixture 42, offers adaptation groove 421, adaptation groove on the end face on positioning fixture 42 far from gripper cylinder 41 421 match with the outer profile of smoke grenade.

When smoke grenade is moved to the fluid injection position, gripper cylinder 41 starts, drive of the positioning fixture 42 in gripper cylinder 41 The smoke grenade for being delivered to the fluid injection position is clamped in after connectivity slot 221 adaptation groove 421 of positioning fixture 42 under dynamic Between the cell wall of connectivity slot 221 opposite with the guide groove, to smoke grenade is clamped, to facilitate mechanism for filling liquid 30 to smoke grenade Carry out fluid injection operation.By the way that adaptation groove 421 is arranged, the contact area between positioning fixture 42 and smoke grenade is increased, and then promoted The clamping stability of smoke grenade.When completing fluid injection operation, positioning fixture 42 resets under the driving of gripper cylinder 41, with release Smoke grenade, and then move into smoke grenade in packaging bag.

Figure 12 is please referred to, the side of the opposite clamping device 40 of straight vibration 22 is arranged in mechanism for filling liquid 30, that is, 30 He of mechanism for filling liquid Clamping device 40 is located at opposite sides of the straight vibration 22 far from 21 one end of circle vibration.Mechanism for filling liquid 30 further includes column 33, first motor 34, the first screw rod 35, movable plate 36 and topping-up pump (not shown go out).First motor 33 is mounted on the top of 33 side of column, First screw rod 35 is arranged along the vertical direction and the output axis connection with first motor 33, and movable plate 36 is along the vertical direction slideably It is connected on the side wall of column 33, the first screw rod 35 passes through movable plate 36 and is threadedly coupled with movable plate 36.Fluid injection syringe needle 31 with Exhaust syringe needle 32 is installed on movable plate 36, and fluid injection syringe needle 31 and exhaust syringe needle 32 are hollow tubular structure, fluid injection syringe needle 31 its opposite one end punctured are connect with the topping-up pump, and exhaust syringe needle 32 is in communication with the outside with respect to its one end punctured.It needs Illustrate, fluid injection syringe needle 31 is corresponding with the exhaust lower end of syringe needle 32 to become respective cutting tip.The cutting tip of fluid injection syringe needle 31 Side wall on be provided with liquid injection hole (not shown go out), be vented on the side wall of the cutting tip of syringe needle 32 that be provided with gas vent (not shown Out).For the smoke grenade 10 in embodiment one, smoke grenade 10 includes two the first side walls (figure do not mark) being oppositely arranged and opposite Two second sidewalls (figure is not marked) being arranged, two the first side walls and two second sidewalls enclose jointly and constitute liquid storage chamber 110, two first sides The distance between wall works as fluid injection less than the distance between two second sidewalls for the ease of the injection of tobacco juice and the discharge of air When penetrating in liquid storage chamber 110, liquid injection hole and gas vent are opposite with second sidewall for syringe needle 31, exhaust syringe needle 32, thus prevent because Air in liquid storage chamber 110 can not be successfully discharge, and cause the tobacco juice in fluid injection syringe needle 31 that can not all be injected into liquid storage chamber 110 It is interior, in turn result in fluid injection syringe needle 31 extract when, fluid injection syringe needle 31 generate leakage the case where occur.

Specifically, it offers on the side wall of column 33 caulking groove (figure does not mark), is arranged on movable plate 36 along the vertical direction There is the inlay card being slidably connected with caulking groove protrusion (figure does not mark), to realize sliding between movable plate 36 and column 33 Dynamic ground inlay card connection relationship.It is to be appreciated that in other unshowned embodiments, the caulking groove and inlay card protrusion Position can exchange, herein with no restriction.

By taking the smoke grenade 10 using embodiment one as an example, when smoke grenade to be injected is moved to the fluid injection position and clamped machine After structure 40 is fixed, smoke grenade is in fluid injection syringe needle 31 and is vented the underface of syringe needle 32, under this position, one of them described blind hole position In the underface of fluid injection syringe needle 31, another described blind hole is located at the underface of exhaust syringe needle 32, at this point, starting first motor 33, first motor 33 drives the rotation of the first screw rod 35, since there are threaded connection relations with movable plate 36 for the first screw rod 35, and lives Slideably inlay card is connect movable plate 36 with column 33, and movable plate 36 is forced to move down, to drive fluid injection syringe needle 31 and exhaust Syringe needle 32 moves down together, so that fluid injection syringe needle 31 and exhaust syringe needle 32 stretch to liquid storage chamber after piercing through sealing element 17 In 110, then the fluid injection pump startup starts to fill tobacco juice into liquid storage chamber 110, the sky in injection process, in liquid storage chamber 110 Gas is discharged via exhaust syringe needle 32.In a wherein embodiment, the volume of liquid storage chamber 110 is 2ml, and the fluid injection time is 2s, Fluid injection rate is 1ml/s.After completing fluid injection, first motor 33 is driven reverse fluid injection syringe needle 31 and exhaust syringe needle 32 to moving up It is dynamic, fluid injection syringe needle 31 and exhaust syringe needle 32 are extracted, after fluid injection syringe needle 31 and exhaust syringe needle 32 are extracted, sealing element 17 exists Perforation position forms self-sealing and no leakage.

The topping-up pump specifically can be HB (composite stepper motor) topping-up pump, and HB topping-up pump can be precisely controlled fluid injection Amount.Fluid injection syringe needle 31 and exhaust syringe needle 32 and movable plate 36 between connection type be it is detachable, facilitate 31 He of fluid injection syringe needle Exhaust syringe needle 32 is cleaned after dismantling.The liquid-injection equipment can infuse a kind of tobacco juice of ingredient every time, when needing replacing heterogeneity Tobacco juice when, then need to dismantle and clean fluid injection syringe needle 31 and the topping-up pump.

In addition, due to the blind hole there are two and be symmetrical set, only need to guarantee all cigarettes in entire injection process Bullet 10 is just set, and the left and right directions of each smoke grenade 10 is needed not distinguish between, thus simplify reason material process, and accelerate fluid injection into Journey.

Referring to Fig. 8, being provided with a feed opening 61 on enclosed mechanism 60, packaging bag material fetching mechanism 50 is set to feed opening 61 Side, one end far from circle vibration 21 is located at the top of feed opening 61 in straight vibration 22, when work, completes the smoke grenade of fluid injection by directly shaking 22 Far from circle vibration 21 one end fall to packaging bag material fetching mechanism 50 crawl packaging bag in, then equipped with smoke grenade packaging bag via Feed opening 61 enters in enclosed mechanism 60, and enclosed mechanism 60 seals packaging bag.

Referring to Figure 11, one end far from circle vibration 21 in straight vibration 22 is equipped with baffle 222, and the guide groove is far from circle vibration 21 one end offers the whereabouts mouthful (figure does not mark) for penetrating through the upper and lower end face of guide groove, and baffle 222 is set close to the whereabouts mouth It sets, when the smoke grenade for completing fluid injection is moved under the effect of vibration of straight vibration 22 to be aligned with the whereabouts mouth, smoke grenade is by under described Mouth is fallen to fall, meanwhile, smoke grenade plays centralizing function to smoke grenade by 222 backstop of baffle, smoke grenade can be effectively prevent to fall into packaging bag When it is inclined, to be unfavorable for packaging bag enclosing, smoke grenade also can be effectively prevented and fall to outside packaging bag.

Specifically, Figure 14 is please referred to, packaging bag material fetching mechanism 50 includes storage bin 51, sliding rail 52, the second motor 53, second Screw rod (not shown go out), sliding block 55, the first adsorption piece 56 and the second adsorption piece 57, storage bin 51 is for storage package pack, this reality It applies in mode, packaging bag is the packaging bag of upper end opening.Second motor 53 is mounted on one end of sliding rail 52, and the second screw rod is connected to On the output shaft of second motor 53, slideably inlay card is connect sliding block 55 with sliding rail 52, the second screw rod pass through sliding block 55 and with cunning Block 55 is threadedly coupled, and the first adsorption piece 56 is mounted on sliding block 55, and the second adsorption piece 57 is set to the top of feed opening 61, and first inhales Attachment 56 is used to for the packaging bag in storage bin 51 being moved to the top of feed opening 61, and adsorbing cooperation with the second adsorption piece 57 will The packaging bag is opened.It in present embodiment, is offered on sliding rail 52 engaging slot (not shown go out), is provided with and blocks on sliding block 55 The snap fit tabs (not shown go out) of slot cooperation are closed, slideably inlay card is connect the snap fit tabs with the engaging slot, thus reality The above-mentioned connection relationship of existing sliding block 55 and sliding rail 52.It is to be appreciated that in other unshowned embodiments, the engaging slot It can also be exchanged with the position of the snap fit tabs, herein with no restriction.

Packaging bag material fetching mechanism 50 is as follows to the process for catching smoke grenade from crawl packaging bag: the work of the first adsorption piece 56, will Packaging bag in storage bin 51 positioned at front end is sucked out, so that the side of packaging bag is adsorbed on the first adsorption piece 56, starting second Motor 53, since slideably inlay card is connect sliding block 55 with sliding rail 52, and sliding block 55 is connect with the second wire rod thread, forces sliding block 55 to drive the first adsorption pieces 56 mobile towards the direction close to feed opening 61 together with packaging bag, until be moved to feed opening 61 just on Side, at this point, the second adsorption piece 57 works, so that the other side of packaging bag is adsorbed on the second adsorption piece 57, so far, packaging bag quilt It opens, the smoke grenade fallen on You Zhizhen 22 is fallen into packaging bag.

In order to enable the first adsorption piece 56 can smoothly draw packaging bag, crawl cylinder 551 is also equipped on sliding block 55, First adsorption piece 56 is connected to the extension end of crawl cylinder 551, when work, driving of first adsorption piece 56 in crawl cylinder 551 Under be moved to and contacted with packaging bag, start the work of the first adsorption piece 56 at this time and adsorb packaging bag, then the first adsorption piece 56 reset under the action of grabbing cylinder 551, so that packaging bag be taken out out of storage bin 51.

In order to enable packaging bag smooth opening, the first adsorption piece 56 is moved to packaging bag under the driving of crawl cylinder 551 The other side contacted with the second adsorption piece 57, the second adsorption piece 57 work the other side of packaging bag is adsorbed, then first inhale Attachment 56 resets under the action of grabbing cylinder 551, and in reseting procedure, the side of packaging bag is mobile with the first adsorption piece 56, So that packaging bag is opened.

In addition, the first adsorption piece 56 and the second adsorption piece 57 are all connected with negative pressure device, a negative pressure device and an absorption Part is corresponding, starts corresponding negative pressure device, enables to corresponding adsorption piece to generate negative pressure, and then generate suction-operated, with Facilitate crawl packaging bag.First adsorption piece 56 and the second adsorption piece 57 can be sucker, and negative pressure device is vacuum pump.

In addition, packaging bag material fetching mechanism 50 further includes the 3rd sensor 58 positioned at 61 top of feed opening, 3rd sensor 58 for detecting whether the smoke grenade of the completion of fluid injection enters in the packaging bag opened.When the smoke grenade entrance for detecting that fluid injection is completed When in the packaging bag of opening, the negative pressure device is closed, and packaging bag loses the absorption of the first adsorption piece 56 and the second adsorption piece 57 Effect, that is, the first adsorption piece 56 and the second adsorption piece 57 unclamp the packaging bag, so that the smoke grenade completed equipped with fluid injection Packaging bag fallen into enclosed mechanism 60 via feed opening 61.When the packaging bag equipped with smoke grenade 10 is fallen, 53 work of the second motor Make, driving sliding block 55 is moved to storage bin 51 relatively, and the first adsorption piece 56 adsorbs next packaging bag again, for receiving Next smoke grenade.3rd sensor 58 is optical sensor.

For the ease of the packaging bag in crawl storage bin 51, packaging bag material fetching mechanism 50 further includes fixed block 511, guide rod 512, crushing block 513 and elastic component 514, guide rod 512 are connected on fixed block 511, and crushing block 513 is slidably mounted in guide rod On 512, elastic component 514 is telescopically arranged between fixed block 511 and crushing block 513, bullet of the crushing block 513 in elastic component 514 The lower packaging bag squeezed in storage bin 51 of power effect.In use, crushing block 513 is extending at least partially into storage bin 51, and in bullet Property part 514 elastic force effect it is lower squeeze the packaging bag for being located at rear end in storage bin 51, as a result, when the packaging bag of front end is crawled suction When out, the packaging bag at rear can be replenished in time up, ensure that packaging bag can continue to supply.In present embodiment, elasticity Part 514 is spring, it is possible to understand that ground, in other unshowned embodiments, elastic component 514 can also be such as stainless steel bomb Piece, copper elastic slice etc. have the element of elasticity and rigidity, herein with no restriction.The front end of storage bin 51 is provided with limit plate (figure Do not mark), packaging bag can be prevented to be extruded storage bin 51 under the action of crushing block 513.It is offered on the limit plate logical Mouthful (figure do not mark), under the suction-operated of the first adsorption piece 56, packaging bag can deformation occurs and by the port from storage It is removed in feed bin 51.

Specifically, please refer to Figure 15, enclosed mechanism 60 include guide plate 62, sealing knife 63, limit plate 64, sealing cylinder 65, Limiting cylinder 66 and the 4th sensor 67, guide plate 62 are obliquely installed, and guide runner 621 is provided on guide plate 62, feed opening 61 It is formed by the upper port of guide runner 621, feed opening 61 is connected to guide runner 621, and sealing knife 63 is located at guide runner 621 close to blanking One end of mouth 61, sealing knife 63 are located on guide plate 62 and connect with the extension end of sealing cylinder 65, and sealing cylinder 65 is for driving Sealing knife 63 is moved up or is moved down, and limit plate 64 is connect with the extension end of limiting cylinder 66, and limiting cylinder 66 is for driving The bottom that dynamic limit plate 64 passes through guide plate 62 extends in guide runner 621 or is moved to the outside of guide runner 621, and limit plate 64 In sealing side of the knife 63 far from feed opening 61, the 4th sensor 67 is located between sealing knife 63 and limit plate 64, for detecting In place whether the packaging bag equipped with smoke grenade, subsequent to packaging bag enclosing processing to facilitate.4th sensor 67 is optical sensor.

The course of work of enclosed mechanism 60 is as follows: entering to slide guide via the packaging bag equipped with smoke grenade that feed opening 61 enters Slided in slot 621 and along guide runner 621, when slide into offset with limit plate 64 when, the 4th sensor 67 detects packaging bag In place, sealing cylinder 65 starts and sealing knife 63 is driven to move down to the packaging bag enclosing that smoke grenade is housed, after completing sealing, envelope Mouth knife 63 moves up under the drive of sealing cylinder 65, and limit plate 64 is moved to guide runner under the drive of limiting cylinder 65 621 outside, the packaging bag equipped with smoke grenade lose the barrier effect of limit plate 64 and continue to slide along guide runner 621, final sliding It is collected after guide runner 621 out, realizes rewinding.

In present embodiment, seals the position on knife 63 for sealing and be provided with heating rod (figure does not mark), the heating Stick be powered after can heat production, packaging bag can be squeezed and be melted by the heating rod after energization, after cooling, at the thawing of packaging bag It mutually merges and forms sealing.

Referring to Fig. 7, the liquid-injection equipment of the present embodiment further includes rack 70 and hood 80, and rack 70 is substantially in length The body structure of cube shape, hood 80 are located at the top of rack 70, mechanism for filling liquid 30, clamping device 40 and packaging bag reclaimer Structure 50 is installed on the upper surface of rack 70 and is contained in hood 80, and circle vibration 21 is located at outside rack 70, and straight vibration 22 is located at In hood 80, enclosed mechanism 60 is contained in rack 70.Discharge port 71, discharge port 71 and slide guide are offered on the side wall of rack 70 The lower port of slot 621 is connected to, and the packaging bag after sealing is collected after sliding out to the outside of rack 70 via discharge port 71, real Existing rewinding.

With reference to the accompanying drawing, illustrate the course of work of liquid-injection equipment of the invention: smoke grenade to be injected is placed on round vibration In 21, by the tangential reason material of the annular of circle vibration 21, feeding, smoke grenade is sent in straight vibration 22, effect of vibration of the smoke grenade in straight vibration 22 Under continue to move along, after second sensor 24 detects smoke grenade, that is, after smoke grenade is transported to the fluid injection position, directly 22 pause conveying of vibration, and justify vibration 21 and also suspend to straight 22 feed of vibration.Positioning fixture 42 on clamping device 40 is in gripper cylinder 41 Driving under stretch out so that by smoke grenade extruding fix, at this point, mechanism for filling liquid 30 is run simultaneously with packaging bag material fetching mechanism 50.Note The fluid injection that first motor 34 in liquid mechanism 30 drives fluid injection syringe needle 31 and exhaust syringe needle 32 to move down puncture smoke grenade in turn is close Sealing and vent closure, with to liquid storage cavity liquid injecting, after completing fluid injection, mechanism for filling liquid 30 and clamping device 40 reset to Discharge smoke grenade.Straight 22 starting of vibration, is fed through fluid injection position for the smoke grenade of next non-fluid injection, the smoke grenade that rigid fluid injection is completed directly is being shaken It is moved under 22 effect of vibration, and then falls to packaging bag material fetching mechanism 50 and grab and in the packaging bag opened.Smoke grenade into After entering packaging bag, the first adsorption piece 56 and the second adsorption piece 57 release the suction-operated to packaging bag, the packaging bag equipped with smoke grenade Just it is entered in guide runner 621 by feed opening 61, after packaging bag, which slides into, to be detected by the 4th sensor 67, sealing knife 63 exists Sealing treatment is carried out to packaging bag under the driving of sealing cylinder 65, after the completion of sealing, sealing knife 63 and limit plate 64 reset, sealing The packaging bag finished is finally skidded off and then is collected by discharge port 71, realizes rewinding.Wherein, packaging bag material fetching mechanism 50 can be with It is first to be run than mechanism for filling liquid 30, alternatively, completing to rerun after fluid injection in mechanism for filling liquid 30.

Atomising head 13, sealing element 17 can be first assembled by smoke grenade provided by the invention and electrolyte filling method and liquid-injection equipment On smoke grenade shell 11, after finishing assembly, then by fluid injection syringe needle 31 and the exhaust puncture sealing element 17 of syringe needle 32, via fluid injection syringe needle While 31 injection tobacco juice, the air in liquid storage chamber 110 is discharged by exhaust syringe needle 32, after completing fluid injection, by fluid injection syringe needle 31 extract with exhaust syringe needle 32, and sealing element 17 forms self-sealing in perforation position, so as to effectively avoid completing it in fluid injection The problem of leakage occurs when assembling atomising head 13 again afterwards, can substantially reduce the fluid injection difficulty of smoke grenade, improve production efficiency, and High degree of automation.In addition, do not need to be vented by atomising head 13 when fluid injection, so that the setting flexibility ratio of atomising head 13 is higher, It can be even not provided with atomising head 13, reduce the replacement cost of smoke grenade 10；Will not be when fluid injection be near completion, part tobacco juice is being pressed Power acts through atomising head 13 and leaks；Drain part 132 will not be disturbed, so that the position of drain part 132 occurs Offset.The smoke grenade 10 that fluid injection is completed is by packaging bag hermetic package, storage, transport convenient for smoke grenade 10, and can protect lifting rod 19, prevent lifting rod 19 to be arbitrarily broken, and make user that can not open liquid storage chamber 110.

Taking the above-mentioned ideal embodiment according to the present invention as inspiration, through the above description, relevant staff Various changes and amendments can be carried out without departing from the scope of the present invention completely.The technical scope of this invention is not The content being confined on specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.

Claims

1. a kind of electrolyte filling method, the smoke grenade for electron cigarette carries out fluid injection, which is characterized in that the smoke grenade includes exhaust sealing Part and fluid injection sealing element, the liquid storage chamber for storing tobacco juice is formed with inside the smoke grenade, and the smoke grenade includes being oppositely arranged First end and second end, and the vent closure is arranged in the first end or the vent closure is close to institute First end setting is stated, which includes:

In injection process, the first end is located at the top of the second end；

Fluid injection syringe needle and exhaust syringe needle pierce through respectively after the fluid injection sealing element and the vent closure with the liquid storage chamber Connection；

Tobacco juice is injected into the liquid storage chamber of the smoke grenade by the fluid injection syringe needle, meanwhile, the air in the liquid storage chamber is by institute State exhaust syringe needle discharge；

After completing fluid injection, the fluid injection syringe needle and the exhaust syringe needle are extracted, the fluid injection sealing element and the exhaust Sealing element forms self-sealing in respective perforation position respectively.

2. electrolyte filling method as described in claim 1, which is characterized in that the smoke grenade further includes being provided with the atomization of atomization chamber Head, in injection process, the atomization chamber and the liquid storage chamber are mutually isolated.

3. electrolyte filling method as claimed in claim 2, which is characterized in that the smoke grenade further includes the first end is arranged in close Sealing, the sealing element are used as the fluid injection sealing element and the vent closure simultaneously, and the smoke grenade further includes lifting rod, One end of the lifting rod passes through the sealing element and protrudes into the liquid storage chamber, and the other end of the lifting rod is located at the smoke grenade Outside, when using the smoke grenade, the liquid storage chamber is opened by the other end of the movement lifting rod, so that the atomization chamber It is connected to the liquid storage chamber.

4. electrolyte filling method as described in any one of claims 1-3, which is characterized in that make described first by way of vibration End is located at the top of the second end.

5. electrolyte filling method as claimed in claim 4, which is characterized in that the electrolyte filling method further include:

So that the smoke grenade is delivered to fluid injection position by way of vibration after the first end is located at the top of the second end It sets, at the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, and the exhaust syringe needle and the exhaust are close Sealing is opposite；

The smoke grenade stops movement when being moved to the fluid injection position, and the fluid injection syringe needle and the exhaust syringe needle pierce through institute respectively State fluid injection sealing element and the vent closure, while using the fluid injection syringe needle fluid injection, air in the liquid storage chamber by The exhaust syringe needle discharge.

6. electrolyte filling method as claimed in claim 5, which is characterized in that the electrolyte filling method further include:

When the smoke grenade is moved to the fluid injection position, the smoke grenade is gripped using clamping device, to facilitate note Liquid operation.

7. electrolyte filling method as claimed in claim 6, which is characterized in that the electrolyte filling method further include:

After fluid injection is completed and extracts the fluid injection syringe needle and the exhaust syringe needle, the clamping device discharges the cigarette Bullet, the smoke grenade that fluid injection is completed are continued to move to by way of vibration and then realize the rewinding to smoke grenade, the cigarette of next non-fluid injection Bullet is mobile to the fluid injection position by way of vibration.

8. a kind of electrolyte filling method, the smoke grenade for electron cigarette carries out fluid injection, which is characterized in that the smoke grenade includes exhaust sealing Part and fluid injection sealing element, the liquid storage chamber for storing tobacco juice is formed with inside the smoke grenade, which includes:

In injection process, the vent closure is located at the top of the smoke grenade, alternatively, the vent closure is close to described The top of smoke grenade；

9. electrolyte filling method as claimed in claim 8, which is characterized in that the smoke grenade further includes being provided with the atomization of atomization chamber Head, in injection process, the atomization chamber and the liquid storage chamber are mutually isolated.

10. electrolyte filling method as claimed in claim 9, which is characterized in that the smoke grenade further includes sealing element, and the sealing element is same Fluid injection sealing element and the vent closure described in Shi Zuowei, the smoke grenade further include lifting rod, one end of the lifting rod It is protruded into the liquid storage chamber across the sealing element, the other end of the lifting rod is located at the outside of the smoke grenade, using described When smoke grenade, the liquid storage chamber is opened by the other end of the movement lifting rod, so that the atomization chamber and the liquid storage chamber connect It is logical.

11. such as the described in any item electrolyte filling methods of claim 8-10, which is characterized in that make the row by way of vibration Seal is located at the top of the smoke grenade.

12. electrolyte filling method as claimed in claim 11, which is characterized in that the electrolyte filling method further include:

So that the smoke grenade is delivered to fluid injection by way of vibration after the vent closure is located at the top of the smoke grenade Position, at the fluid injection position, the fluid injection syringe needle is opposite with the fluid injection sealing element, the exhaust syringe needle and the exhaust Sealing element is opposite；

13. a kind of for implementing the mechanism for filling liquid of the described in any item electrolyte filling methods of claim 1-12, which is characterized in that described Mechanism for filling liquid includes fluid injection syringe needle and exhaust syringe needle.

14. mechanism for filling liquid as claimed in claim 13, which is characterized in that the mechanism for filling liquid further includes topping-up pump, the note One end of liquid syringe needle is connected to the topping-up pump, and one end of the exhaust syringe needle is connected to ambient atmosphere.