CN209152380U - A kind of suction unit of Pop-up atomizer - Google Patents
A kind of suction unit of Pop-up atomizer Download PDFInfo
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- CN209152380U CN209152380U CN201821907211.3U CN201821907211U CN209152380U CN 209152380 U CN209152380 U CN 209152380U CN 201821907211 U CN201821907211 U CN 201821907211U CN 209152380 U CN209152380 U CN 209152380U
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- atomizer
- groove
- latch hook
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Abstract
The utility model discloses a kind of suction unit of Pop-up atomizer, including shell, component suction nozzle, atomizer and battery component, it is provided with bracket in shell, forms an installation cavity in bracket, installation cavity both ends are respectively equipped with the first opening and the second opening；The second opening is closed in the shell is provided with elastic slide block mechanism, elastic slide block mechanism includes sliding lock block, spring and latch hook, one end of sliding lock block is contacted with spring, the other end pass through second opening contacted with atomizer and with atomizer magnetic attracting, guide groove is provided in sliding lock block, one end position of latch hook is fixed, and the other end is slided in guide groove or fixed in guide groove, so that sliding lock block linear movement pops up atomizer from installing port with compressed spring and locking, or under spring force.The utility model makes suction unit convenient and efficient in installation and removal atomizer.
Description
Technical field
The utility model relates to a kind of suction units of Pop-up atomizer.
Background technique
Suction unit such as electronic cigarette includes shell, is equipped with battery component and atomizer in shell, cover top portion has suction nozzle group
Part is wherein equipped with smokeable substance in atomizer.When electronic cigarette works, smog, smog are generated by battery component wave heating atomizer
Enter user oral cavity from suction nozzle, aspirated for user.
Existing electronic cigarette has the disadvantages that
Atomizer and the intracorporal member in tight of shell are cooperatively connected, and dismantle or need to be plucked out or extracted with hand when replacing atomizer
Atomizer is replaced, and time-consuming and laborious.
Utility model content
The purpose of the utility model is to overcome disadvantages existing in the prior art, provide a kind of pumping of Pop-up atomizer
Inhale device.
To achieve the goals above, the utility model provides the following technical solutions:
A kind of suction unit of Pop-up atomizer, including shell, it is set in the housing sequentially connected component suction nozzle, atomization
Device and battery component, component suction nozzle is hollow with atomizer and is connected into gas passage；Wherein, bracket, bracket are provided in shell
One installation cavity of interior formation, installation cavity both ends are respectively equipped with the first opening and the second opening, and shell is opened up in the position of the first opening
There is installing port, atomizer is put into from installing port and the first opening and is placed in installation cavity；The second opening is closed in the shell
It is additionally provided with elastic slide block mechanism, the elastic slide block mechanism includes sliding lock block, spring and latch hook, one end of sliding lock block
It is contacted with spring, the other end passes through the second opening and contacts in installation cavity with atomizer, contact position of the sliding lock block with atomizer
Install and be equipped with magnetic attracting block, guide groove is provided in sliding lock block, one end position of latch hook is fixed, the other end slided in guide groove or
It is fixed in guide groove, so that sliding lock block moves linearly with compressed spring and locking, or stretches out and will be atomized under spring force
Device is popped up from installing port.
Wherein, the elastic slide block mechanism further includes lock housing, lid, the first magnet actuation block, and lock housing and bracket are fixed and connected
It connects, both ends of the spring is contacted with lock housing and sliding lock block respectively；The lock housing includes slide block slot, is arranged in the first of slide block slot both ends
Limited block and the second limited block, away from the latch hook mounting hole of sliding lock block one end setting, the sliding lock block close to spring one
End is provided with sliding block, and the slide block slot is inserted in the sliding lock block part, and the sliding block in the first limited block and
It is slided between second limited block, one end of the latch hook is installed on latch hook mounting hole, and rotates relative to latch hook mounting hole, the lid
Body is covered on lock housing slide block slot and is connected to latch hook surface；One end that sliding lock block closes on atomizer is additionally provided with the first magnet peace
It behave affectedly, first magnet is attracted block and is set to the first magnet installation cavity, and one end that atomizer closes on sliding lock block is additionally provided with
Second magnet installation cavity is provided with the second magnet in the second magnet installation cavity and is attracted block, and first magnet is attracted block and second
Magnet is attracted block and is attracted；The guide groove of the sliding lock block includes sliding groove and fixing groove, and latch hook slides in sliding groove or solid
Determine to fix in slot, be formed between sliding lock block in slide block slot and the first limited block of lock housing when latch hook is fixed on the fixing groove
There is the first pop-up gap, the corresponding atomizer closes on one end of sliding lock block and the inner wall interval of installation cavity and is formed with second
Pop up gap.
Wherein, the latch hook includes straight-bar portion, the first hook portion and the second hook portion that straight-bar portion both ends are arranged in, and described
One hook portion is installed on latch hook mounting hole, and the fixing groove is slided in sliding groove or be fixed on to second hook portion.
Wherein, the guide groove in the sliding lock block is curved shape, and the sliding groove includes the first sliding groove and the second sliding
Slot, first sliding groove, fixing groove, the second sliding groove are successively connected to from beginning to end, the fixing groove and the first sliding groove and second
Sliding groove junction is also respectively provided with the lead-over groove of arc；The sliding lock block slides gathering into slide block slot in slide block slot
When, the second hook portion of the latch hook is slided from the first sliding groove to fixing groove；The sliding block of the sliding lock block stays in
When between one limited block and the second limited block, the second hook portion of the latch hook is fixed on fixing groove；The sliding lock block is to sliding block
When sliding stretching slide block slot outside slot, the second hook portion of the latch hook is slided from fixing groove to the second sliding groove.
Wherein, the fixing groove includes the anchor departing from the setting of atomizer side and is set to anchor opposite side
Guide protrusions, the guide protrusions are closed on the side of the first sliding groove and are shifted to install with anchor, the second hook of the latch hook
The anchor is fixed in portion.
Wherein, the interconnecting part of first sliding groove and the second sliding groove is provided with the first guiding step, and described first is sliding
Dynamic slot and fixing groove junction are provided with the second guiding step, and the is provided between the anchor and guide protrusions of the fixing groove
Three guiding steps, second sliding groove and fixing groove junction are provided with the 4th guiding step.
Wherein, one end that the sliding lock block closes on lock housing is provided with spring mounting hole, and the lock housing is in the first limited block
Outside be additionally provided with spring bearing surface, one end of the spring is installed on spring mounting hole, and the other end is connected to spring abutting
Face.
Wherein, the sliding lock block bottom is provided with sliding guidance slot, and the lock housing bottom is provided with guide post, the cunning
Dynamic guiding groove is caught in the guide post and slides along the guide post.
Wherein, the lid and latch hook contact position are additionally provided with limit groove, and the straight-bar portion of the latch hook is caught in described
Limit groove is simultaneously abutted with top surface.
Wherein, the covered body wall is additionally provided with multiple fixture blocks, and the lock housing is provided with multiple cards in the upper end of slide block slot
Slot, each fixture block are caught in a card slot.
The suction unit of the Pop-up atomizer of the utility model, by the way that the bracket of installation atomizer is arranged in shell,
Bracket is provided with the second opening and the second opening is provided with elastic slide block mechanism, elastic slide block mechanism include sliding lock block,
Spring and latch hook, sliding lock block pass through the second opening and contact with atomizer and magnet is leaned on to be attracted, be provided with and lead in sliding lock block
Slot, one end position of latch hook are fixed, and the other end is slided in guide groove or fixed in guide groove；When external force pushes atomizer, atomization
Device pushes sliding lock block, and sliding lock block linear movement compressed spring, one end of latch hook is slided in guide groove until solid in guide groove
Fixed, atomizer is fixed in bracket at this time；When equally pushing pressure atomizer pushing sliding lock block outside, one end of latch hook
It is slided since fixed position in guide groove, after then external force releases, sliding lock block moves along a straight line under the elastic force effect of spring
It stretches out and pops up atomizer from installing port, due to the effect of elastic slide block mechanism, need to only press lightly on mist when dismantling atomizer
Changing device can pop up atomizer from suction unit, convenient and efficient.
Detailed description of the invention
Fig. 1 is the diagrammatic cross-section of the first embodiment of the suction unit of the utility model Pop-up atomizer.
Fig. 2 is the schematic diagram of bracket in Fig. 1.
Fig. 3 is another visual angle schematic diagram of Fig. 2 structure.
Fig. 4 is the structural schematic diagram of atomizer in Fig. 1.
Fig. 5 is the diagrammatic cross-section of atomizer in Fig. 4.
Fig. 6 is the schematic diagram of the section structure of elastic slide block mechanism in Fig. 1.
Fig. 7 is the decomposition diagram of Fig. 6.
Fig. 8 is the structural schematic diagram of latch hook in Fig. 7.
Fig. 9 is the structural schematic diagram of sliding lock block in Fig. 7.
Figure 10 is another visual angle schematic diagram of sliding lock block in Fig. 7.
Figure 11 is another visual angle schematic diagram of sliding lock block in Fig. 7.
Figure 12 is the structural schematic diagram of lock housing in Fig. 7.
Figure 13 is another visual angle schematic diagram of lock housing in Fig. 7.
Figure 14 is the structural schematic diagram of lid in Fig. 7.
Figure 15 is the first state schematic diagram of elastic slide block mechanism in Fig. 1.
Figure 16 is the second status diagram of elastic slide block mechanism in Fig. 1.
Figure 17 is the third state schematic diagram of elastic slide block mechanism in Fig. 1.
Figure 18 is the 4th status diagram of elastic slide block mechanism in Fig. 1.
Figure 19 is the 5th status diagram of elastic slide block mechanism in Fig. 1.
Description of symbols:
100- suction unit, 10- shell, 11- installing port, 20- component suction nozzle, 30- atomizer, the installation of the second magnet of 31-
Chamber, the second magnet of 32- actuation block, 40- battery component, 50- bracket, 51- installation cavity, 52- first are open, and 53- second is open,
The pop-up of 54- second gap, 60- elastic slide block mechanism, 61- sliding lock block, 611- sliding block, 612- the first magnet installation cavity,
613- spring mounting hole, 614- sliding guidance slot, 62- spring, 63- latch hook, 631- straight-bar portion, the first hook portion of 632-, 633-
Two hook portions, 64- guide groove, 641- fixing groove, 641a- anchor, 641b- guide protrusions, the first sliding groove of 642-, 643- second are sliding
Dynamic slot, 644- lead-over groove, 645- first are oriented to step, and 646- second is oriented to step, and 647- third is oriented to step, and 648- the 4th is led
To step, 65- lock housing, 651- slide block slot, the first limited block of 652-, the second limited block of 653-, 654- latch hook mounting hole, 655- bullet
Spring bearing surface, 656- guide post, 657- card slot, 66- lid, 661- limit groove, 662- fixture block, and the first magnet of 67- is attracted block,
The upper stop position of 671-, stop position under 672-, 70- gas passage.
Specific embodiment
The present invention will be further described with reference to the accompanying drawings and examples, and the content of embodiment is not as practical to this
The limitation of novel protection scope.
Fig. 1 to Fig. 6 is please referred to, is the suction unit 100 of the Pop-up atomizer of the utility model, including shell 10, is set
In component suction nozzle 20 sequentially connected in shell 10, atomizer 30 and battery component 40, component suction nozzle 20 and atomizer 30 are hollow
And it is connected into gas passage 70；Gas passage 90 is used for the circulation of smog, and atomizer 30 is provided with outer suction port and is connected to gas
Body channel 70 is provided with atomization core in atomizer 30 and carries out heating atomization to tobacco tar.
It is provided with bracket 50 in shell 10, forms an installation cavity 51 in bracket 50,51 both ends of installation cavity are respectively equipped with first
Opening 52 and the second opening 53, shell 10 offer installing port 11 in the position of the first opening 52, and atomizer 30 is from installing port 11
And first opening 52 be put into and be placed in installation cavity 51；The atomizer 30 of the present embodiment is placed horizontally in installation cavity 51, Ke Yili
Solution, installation cavity 51 can also be longitudinally disposed, and atomizer 30 is put into installation cavity 51 from the longitudinal direction of shell 10.
As shown in figures 1 to 6, it is closed at the second opening 53 in the shell 10 and is additionally provided with elastic slide block mechanism 60, institute
Stating elastic slide block mechanism 60 includes sliding lock block 61, spring 62 and latch hook 63, and one end of sliding lock block 61 is contacted with spring 62,
The other end passes through the second opening 53 and contacts in installation cavity 51 with atomizer 30, the contact position of sliding lock block 61 and atomizer 30
It is provided with magnetic attracting block, guide groove 64 is provided in sliding lock block 61,63 1 end position of latch hook is fixed, and the other end is in guide groove 64
Sliding is fixed in guide groove 64, so that sliding lock block 61 moves linearly with compressed spring 62 and locking, or in 62 elastic force of spring
It is lower stretching and atomizer 30 is popped up from installing port 11.
When atomizer 30 is installed, atomizer 30 is packed into installation cavity 51 and presses atomizer 30, the end face of atomizer 30
It is pushed against with sliding lock block 61, continues to press atomizer 30, sliding lock block 61 starts compressed spring 62, and latch hook 63 starts in slide lock
Sliding in the guide groove 64 of block 61, sliding lock block 61 continue to move to loose one's grip after until pushing against, and then sliding lock block 61 is mobile toward backhaul
Until stopping locking, a fixed position of the latch hook 63 in guide groove 64 is fixed at this time, prevents the elastic force of spring by 30 bullet of atomizer
Out, atomizer 30 completes contraposition, while the magnetic being arranged by the contact position of sliding lock block 61 and atomizer 30 in bracket 50
Property be attracted block be fixed and complete installation of the atomizer 30 in shell 10.
When taking out atomizer 30, atomizer 30 is pressed, atomizer 30 pushes sliding lock block 61 until pushing against cannot continue to push away
Pressure, latch hook 63 is disengaged from the fixation position in guide groove 64 to slidable position at this time, is then released to atomizer 30
Thrust, then sliding lock block 61 is under the action of spring reversed elastic force, along pushing opposite direction linear slide originally for atomizer
30 eject out of bracket 50 installation cavity 51, then pop up from the installing port 11 of shell 10.
Due to the effect of elastic slide block mechanism 60,100 installation and removal atomizer 30 of the utility model suction unit is all non-
Often convenient and efficient, when disassembly, which need to only press lightly on atomizer 30, to pop up atomizer 30 from suction unit 100, while by
In not needing to carry out using hand to scratch digging, scald and pollution are avoided.
Specifically, as shown in Figure 6 and Figure 7, the elastic slide block mechanism 60 further includes lock housing 65, lid 66, the first magnet
It is attracted block 67, lock housing 65 is fixedly connected with bracket 50, and 62 both ends of spring are contacted with lock housing 65 and sliding lock block 61 respectively；That is spring
62 are compressed or are stretched between lock housing 65 and sliding lock block 61, provide screen resilience for sliding lock block 61.The bullet of the present embodiment
Spring 62 selects even numbers, such as 2 or 4, so that stress is more balanced.
The lock housing 65 includes slide block slot 651, the first limited block 652 that 651 both ends of slide block slot are arranged in and the second limit
Block 653, the latch hook mounting hole 654 being arranged away from 61 one end of sliding lock block, the sliding lock block 61 are set close to one end of spring 62
It is equipped with sliding block 611, the slide block slot 651 is inserted in 61 part of sliding lock block, and the sliding block 611 is in the first limit
It is slided between position block 652 and the second limited block 653, one end of the latch hook 63 is installed on latch hook mounting hole 654, and opposite latch hook
Mounting hole 654 rotates, and the lid 66 is covered on lock housing slide block slot 651 and is connected to 63 surface of latch hook.First limited block, 652 He
Second limited block, 653 limit slippage closing piece 61 linearly moving extreme position back and forth in lock housing 65.Sliding lock block 61 is in sliding block
It slidably reciprocates in slot 651, one end of latch hook 63 is mounted in latch hook mounting hole 654 and can rotate, and latch hook 63 is existed
It rotates while sliding in sliding slot 64, to adapt to the sliding slot 64 of non-linear, meanwhile, lid 66 can limit the upper of latch hook 63
Lower movement prevents latch hook 63 from deviating from latch hook mounting hole 654.
One end that sliding lock block 61 closes on atomizer 30 is additionally provided with the first magnet installation cavity 612, and first magnet is inhaled
It closes block 67 and is set to the first magnet installation cavity 612, one end that atomizer 30 closes on sliding lock block 61 is additionally provided with the second magnet peace
It behave affectedly 31, the second magnet is provided in the second magnet installation cavity 31 and is attracted block 32, first magnet is attracted block 67 and the second magnetic
Iron is attracted block 32 and is attracted.First magnet is attracted block 67 and the second magnet is attracted the actuation effect of block 32, so that atomizer 30 is attracted
It is fixed in the shell 10 of suction unit 100, while being convenient for the dismounting of atomizer 30.
The guide groove 64 of the sliding lock block 61 include sliding groove and fixing groove 641, latch hook 63 slided in sliding groove or
It is fixed in fixing groove 641.With reference to Fig. 1 and Figure 17, when latch hook 63 is fixed on the fixing groove 641 in slide block slot 651 slide lock
The first pop-up gap 68 is formed between block 61 and the first limited block 652 of lock housing 65, the corresponding atomizer 30 closes on cunning
One end of dynamic closing piece 61 and the inner wall interval of installation cavity 51 are formed with the second pop-up gap 54.First pop-up gap 68 and the second bullet
The cooperation in gap 54 is so that the i.e. installation cavity 51 that is mounted on bracket 50 of atomizer 30 when sliding lock block 61 rests in lock housing 65 out
Afterwards, when needing to take out in atomizer 30, atomizer 30 is pushed, atomizer 30 inwardly pushes sliding lock block 61 by latch hook 63 from fixation
The abjection of 641 position of slot, then latch hook 63 slides in sliding groove, and sliding lock block 61 is ejected to push up in atomizer 30 by spring 62
Out.
Specifically, as shown in figure 8, the latch hook 63 includes straight-bar portion 631, the first hook that 631 both ends of straight-bar portion are arranged in
Portion 632 and the second hook portion 633, first hook portion 632 are installed on latch hook mounting hole 654, and second hook portion 633 is being slided
The fixing groove 641 is slided or is fixed in slot.Locking and the pop-up of sliding lock block 61 are completed in the cooperation of latch hook 63 and guide groove 64.
As shown in Figures 9 to 11, the guide groove 64 in the sliding lock block 61 of the present embodiment is curved shape, and the sliding groove includes
First sliding groove 642 and the second sliding groove 643, first sliding groove 642, fixing groove 641, the second sliding groove 643 are successively first
Tail connection, the fixing groove 641 and the first sliding groove 642 and 643 junction of the second sliding groove are also respectively provided with the mistake of arc
Aqueduct 644；Lead-over groove 644 is convenient for the second hook portion 633 of latch hook 63 in the first sliding groove 642, fixing groove 641, the second sliding groove
It is smoothly slided between 643.
The sliding lock block 61 slides gathering into slide block slot 651 when slide block slot 651, the second hook portion of the latch hook
633 slide from the first sliding groove 642 to fixing groove 641；That is installation cavity of the installation atomizer 30 by atomizer 30 into bracket 50
When 51 pushing, the second hook portion 633 is to slide to fixing groove 641 by the first sliding groove 642.
When the sliding block 611 of the sliding lock block 61 is stayed between the first limited block 652 and the second limited block 653,
Second hook portion 633 of the latch hook 63 is fixed on fixing groove 641；At this point, sliding lock block 61 is locked in lock housing 65, atomizer 30
It is installed.
When the sliding lock block 61 slides stretching slide block slot 651 to outside slide block slot 651, the second hook portion 633 of the latch hook
It is slided from fixing groove 641 to the second sliding groove 643.Atomizer 30 is taken out by atomizer 30 from 51 bullet of installation cavity in bracket 50
When out, the second hook portion 633 is to slide to the second sliding groove by fixing groove 641.Sliding lock block 61 restores from lockup state to sliding shape
State.
Preferably, as shown in figure 11, the fixing groove 641 includes the anchor departing from the setting of 30 side of atomizer
641a and the guide protrusions 641b, the guide protrusions 641b for being set to the opposite side anchor 641a close on the first sliding groove 642
Side is simultaneously shifted to install with anchor 641a, and the second hook portion 633 of the latch hook is fixed on the anchor 641a.Anchor
Sliding lock block 61 is locked at lock housing 65 to overcome the elastic force of spring 62 by the second hook portion 633 that 641a is used to fix latch hook 63
Interior, guide protrusions 641b is shifted to install with anchor 641a, can successfully be guided the second hook portion 633 to the from fixing groove 641
Two sliding grooves 643 prevent the second hook portion 633 from retracting and hindering the pop-up of atomizer 30 to the first sliding groove 642.
Further, in Figure 11, the interconnecting part of first sliding groove 642 and the second sliding groove 643 is provided with first
It is oriented to step 645, first sliding groove 642 is provided with the second guiding step 646, the fixation with 641 junction of fixing groove
Be provided with third guiding step 647 between the anchor 641a and guide protrusions 641b of slot 641, second sliding groove 643 with
641 junction of fixing groove is provided with the 4th guiding step 648.Four guiding steps can smoothly guide the second hook portion of latch hook
633 successively slide to fixing groove 641 from the first sliding groove 642 slides to the second sliding groove 643 again, prevents glide direction mistake and influences
Atomizer 30 is installed on pop-up, can guarantee that the Fast Installation of atomizer 30 and disassembly pop up.
As shown in Fig. 9, Figure 12, one end that the sliding lock block 61 of the present embodiment closes on lock housing 65 is provided with spring mounting hole
613, the lock housing 65 is additionally provided with spring bearing surface 655 on the outside of the first limited block, and one end of the spring 62 is installed on
Spring mounting hole 613, the other end are connected to spring bearing surface 655.Spring mounting hole 613 can limit spring 62, prevent
62 transverse shifting of spring and influence to use.
As shown in Figure 10, Figure 13,61 bottom of sliding lock block of the present embodiment is provided with sliding guidance slot 614, the lock housing
65 bottoms are provided with guide post 656, and the sliding guidance slot 614 is caught in the guide post 656 and slides along the guide post 656
It is dynamic.The cooperation of sliding guidance slot 614 and guide post 656 enables sliding lock block 61 smoothly to be slided in lock housing 65 without going out
Now shake.
Please continue to refer to Figure 14, the lid 66 and 63 contact position of latch hook of the present embodiment are additionally provided with limit groove 661, institute
The straight-bar portion 631 for stating latch hook 63 is caught in the limit groove 661 and abuts with 66 surface of lid.Limiting groove 661 can be further
Latch hook 63 is limited, prevents latch hook 63 from generating the movement in other directions and influences the normal work of latch hook 63.
66 side wall of lid is additionally provided with multiple fixture blocks 662, and the lock housing 65 is provided with more in the upper end of slide block slot 651
A card slot 657, each fixture block 662 are caught in a card slot 657.The cooperation of fixture block 662 and card slot 657 is fixed by lid 66
In in lock housing 65.
With reference to Figure 15 to Figure 19, the present embodiment elastic slide block mechanism specifically acts such as in the indentation of atomizer and ejection process
Under:
One, process of press in, such as Figure 15 to Figure 17:
1. by atomizer 30 from the installing port 11 of shell, the 52 indentation brackets of the first opening of bracket installation cavity 51 in, mist
Change the second magnet in device 30 and is attracted block 32 and the first magnet actuation attracting each other due to magnet of block 67 in sliding lock block 61
Its 30 end face of atomization is caused to be close to the end face of sliding lock block 61, the second hook portion 633 is located at the starting of the first sliding groove 642 at this time
Position (i.e. the Far Left of the first sliding groove 642 in Figure 15) continues to press atomizer 30 with hand, and atomizer 30 pushes sliding lock block
61 move inside, while the spring 62 inside lock housing 65 starts to compress, guidance of second hook portion 633 in the first guiding step 645
Under along 642 upward sliding of the first sliding groove and enter fixing groove 641, while the second hook portion 633 around the hook portion 632 carry out
Rotation, when sliding lock block 61 is moved to sliding block 611 inside and the first limited block 652 of lock housing 65 contacts, stop motion,
It can not continue to press on inside, 62 decrement of spring is maximum at this time, and the second hook portion 633 of latch hook 63 is stopped in the upper of fixing groove 641
Dynamic position 671, as shown in Figure 16；
2. after loosing one's grip, spring 62 starts to reset, 61 outward movment of sliding lock block is pushed, the second hook portion 633 is in the second guiding
Under the guidance of step 646, continues on fixing groove 641 and slide and rotated around the first hook portion 632, when the second hook portion 633
When reaching the position anchor 641a, the concave surface for being fixed recessed 641a is blocked, stop motion, and sliding lock block 61 is locked by latch hook 63,
Atomizer 30 is embedded in completely inside the bracket 50 of suction unit 100, and fixed, as shown in figure 17.
Two, ejection process, such as Figure 17 to Figure 19:
1. pressing atomizer 30 with hand under Figure 17 state, sliding lock block 61 moves inside, while spring 62 starts to compress,
At this point, the second hook portion 633 of latch hook 63 is in the case where third guiding step 647 is guided along 641 slide downward of fixing groove and around the
One hook portion 632 is rotated, and when the first limited block 652 of the sliding block 611 of sliding lock block 61 and lock housing 65 contacts, is stopped
Movement, i.e., can not continue to press on inside, and 62 decrement of spring is maximum at this time, and the second hook portion 633 of latch hook 63 is in fixing groove 641
Lower stop position 672, as shown in Figure 18；
2. after loosing one's grip, spring 62 starts to reset, 61 outward movment of sliding lock block is pushed, the second hook portion 633 is the 4th at this time
It is oriented to and enters the second sliding groove 643 under the guidance of step 648 and slide, while being rotated around the first hook portion 632, work as sliding
When the sliding block 611 of closing piece 51 and the second limited block 653 of lock housing 65 contact, stop motion, the second hook of latch hook 63 at this time
Portion 633 returns to the second sliding groove 642 from the second sliding groove 643 and is located at the initial position of the first sliding groove 642 (i.e. the in Figure 19
The Far Left of one sliding groove 642), while atomizer 30 pops up the installation cavity 51 of bracket 50, it then can be by atomizer 30 from suction
The shell 10 of device 100 takes out.
The suction unit 100 for the Pop-up atomizer that the present embodiment proposes, by the way that installation atomizer is arranged in shell 10
30 bracket 50, bracket 50 are provided with the second opening 53 and are provided with elastic slide block mechanism 60 at the second opening 53, and elasticity is sliding
Block mechanism 60 includes sliding lock block 61, spring 62 and latch hook 63, and sliding lock block 61 passes through the second opening 53 and contacts with atomizer 30
And be attracted by magnet, it is provided with guide groove 64 in sliding lock block 61,63 1 end position of latch hook is fixed, and the other end slides in guide groove 64
Or it is fixed in guide groove 64；When external force pushes atomizer 30, atomizer 30 pushes sliding lock block 61, and 61 straight line of sliding lock block moves
Dynamic compressed spring 62, one end of latch hook are slided in guide groove 64 until fixed in guide groove 64, and atomizer 30 is fixed at this time
In in bracket 50；Equally push outside pressure atomizer 30 push sliding lock block 61 when, one end of latch hook 63 in guide groove 64 from
Fixed position starts to slide, after then external force releases, the linear motion under the elastic force effect of spring 62 of sliding lock block 61 stretch out and
Atomizer 30 is popped up from installing port 11, due to the effect of elastic slide block mechanism 60, need to only be pressed lightly on when dismantling atomizer 30
Atomizer 30 can pop up atomizer 30 from suction unit 100, convenient and efficient.
The above embodiments of the present invention is merely examples for clearly illustrating the present invention, and is not
Limitations of the embodiments of the present invention.For those of ordinary skill in the art, on above explained basis
On can also make other variations or changes in different ways.Here all embodiments can not be exhaustive.All categories
In the obvious changes or variations that the technical solution of the utility model is extended out still in the protection model of the utility model
The column enclosed.
Claims (10)
1. a kind of suction unit of Pop-up atomizer, including shell, it is set in the housing sequentially connected component suction nozzle, atomizer
And battery component, component suction nozzle is hollow with atomizer and is connected into gas passage；
It is characterized in that, being provided with bracket in shell, an installation cavity is formed in bracket, installation cavity both ends are respectively equipped with the first opening
And second opening, shell offer installing port in the position of the first opening, atomizer is put into and holds from installing port and the first opening
It is placed in installation cavity；
The second opening is closed in the shell and is additionally provided with elastic slide block mechanism, and the elastic slide block mechanism includes slide lock
One end of block, spring and latch hook, sliding lock block is contacted with spring, and the other end passes through the second opening in installation cavity and atomizer
The contact position of contact, sliding lock block and atomizer is provided with magnetic attracting block, and guide groove, latch hook one end are provided in sliding lock block
Position is fixed, and the other end is slided in guide groove or fixed in guide groove, so that sliding lock block linear movement is with compressed spring and locks
Only, or under spring force it stretches out and pops up atomizer from installing port.
2. the suction unit of Pop-up atomizer according to claim 1, which is characterized in that the elastic slide block mechanism is also
Be attracted block including lock housing, lid, the first magnet, lock housing is fixedly connected with bracket, both ends of the spring respectively with lock housing and sliding lock block
Contact；
The lock housing includes slide block slot, the first limit block and the second limit block that slide block slot both ends are arranged in, away from sliding lock block
The latch hook mounting hole of one end setting, the sliding lock block are provided with sliding block, the slide lock block portion close to one end of spring
Divide and be inserted in the slide block slot, and the sliding block slides between the first limit block and the second limit block, the one of the latch hook
End is installed on latch hook mounting hole, and rotates relative to latch hook mounting hole, and the cover cap is set to lock housing slide block slot and is connected to latch hook
Surface；
One end that sliding lock block closes on atomizer is additionally provided with the first magnet installation cavity, and first magnet is attracted block and is set to the
One magnet installation cavity, one end that atomizer closes on sliding lock block are additionally provided with the second magnet installation cavity, in the second magnet installation cavity
It is provided with the second magnet and is attracted block, first magnet is attracted block and the second magnet is attracted block and is attracted；
The guide groove of the sliding lock block includes sliding groove and fixing groove, and latch hook is slided in sliding groove or fixed in fixing groove,
The first pop-up is formed between sliding lock block in slide block slot and the first limited block of lock housing when latch hook is fixed on the fixing groove
Gap, the corresponding atomizer close on one end of sliding lock block and the inner wall interval of installation cavity and are formed with the second pop-up gap.
3. the suction unit of Pop-up atomizer according to claim 2, which is characterized in that the latch hook includes straight-bar
Portion, the first hook portion and the second hook portion that straight-bar portion both ends are arranged in, first hook portion are installed on latch hook mounting hole, and described
The fixing groove is slided in sliding groove or be fixed on to two hook portions.
4. the suction unit of Pop-up atomizer according to claim 3, which is characterized in that leading in the sliding lock block
Slot is curved shape, and the sliding groove includes the first sliding groove and the second sliding groove, and first sliding groove, fixing groove, second are slided
Dynamic slot is successively connected to from beginning to end, and the fixing groove and the first sliding groove and the second sliding groove junction are also respectively provided with the mistake of arc
Aqueduct；
The sliding lock block slides gathering into slide block slot when slide block slot, the second hook portion of the latch hook from the first sliding groove to
Fixing groove sliding；
When the sliding block of the sliding lock block is stayed between the first limit block and the second limit block, the second hook of the latch hook
Fixing groove is fixed in portion；
When the sliding lock block slides stretching slide block slot to outside slide block slot, the second hook portion of the latch hook is sliding from fixing groove to second
Dynamic slot sliding.
5. the suction unit of Pop-up atomizer according to claim 4, which is characterized in that the fixing groove includes deviating from
In the setting of atomizer side anchor and be set to the guide protrusions of anchor opposite side, it is sliding that the guide protrusions close on first
The side of dynamic slot is simultaneously shifted to install with anchor, and the second hook portion of the latch hook is fixed on the anchor.
6. the suction unit of Pop-up atomizer according to claim 5, which is characterized in that first sliding groove and
The interconnecting part of two sliding grooves is provided with the first guiding step, and first sliding groove and fixing groove junction are provided with the second guiding
Step is provided with third guiding step, second sliding groove and fixation between the anchor and guide protrusions of the fixing groove
Slot junction is provided with the 4th guiding step.
7. the suction unit of Pop-up atomizer according to claim 2, which is characterized in that the sliding lock block closes on lock
One end of shell is provided with spring mounting hole, and the lock housing is additionally provided with spring bearing surface, the bullet on the outside of the first limited block
One end of spring is installed on spring mounting hole, and the other end is connected to spring bearing surface.
8. the suction unit of Pop-up atomizer according to claim 2, which is characterized in that the sliding lock block bottom is set
It is equipped with sliding guidance slot, the lock housing bottom is provided with guide post, and the sliding guidance slot is caught in the guide post and along described
Guide post sliding.
9. the suction unit of Pop-up atomizer according to claim 3, which is characterized in that the lid is contacted with latch hook
Position is additionally provided with limit groove, and the straight-bar portion of the latch hook is caught in the limit groove and abuts with top surface.
10. the suction unit of Pop-up atomizer according to claim 9, which is characterized in that the covered body wall is also set
Multiple fixture blocks are equipped with, the lock housing is provided with multiple card slots in the upper end of slide block slot, and each fixture block is caught in a card slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821907211.3U CN209152380U (en) | 2018-11-19 | 2018-11-19 | A kind of suction unit of Pop-up atomizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821907211.3U CN209152380U (en) | 2018-11-19 | 2018-11-19 | A kind of suction unit of Pop-up atomizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209152380U true CN209152380U (en) | 2019-07-26 |
Family
ID=67338867
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821907211.3U Active CN209152380U (en) | 2018-11-19 | 2018-11-19 | A kind of suction unit of Pop-up atomizer |
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| Country | Link |
|---|---|
| CN (1) | CN209152380U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110547504A (en) * | 2019-08-27 | 2019-12-10 | 宁波帅特龙集团有限公司 | Box body structure of vehicle ash box with automatic ejection device |
| CN110984723A (en) * | 2019-12-30 | 2020-04-10 | 杨云波 | Mounting structure of electric switch cabinet door lock |
| CN112401309A (en) * | 2019-08-15 | 2021-02-26 | 湖北中烟工业有限责任公司 | Charging device and smoking equipment with same |
| CN114098998A (en) * | 2020-08-31 | 2022-03-01 | 疆域康健创新医疗科技成都有限公司 | Ejection device |
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2018
- 2018-11-19 CN CN201821907211.3U patent/CN209152380U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112401309A (en) * | 2019-08-15 | 2021-02-26 | 湖北中烟工业有限责任公司 | Charging device and smoking equipment with same |
| CN112401309B (en) * | 2019-08-15 | 2022-07-08 | 湖北中烟工业有限责任公司 | Charging device and smoking equipment with same |
| CN110547504A (en) * | 2019-08-27 | 2019-12-10 | 宁波帅特龙集团有限公司 | Box body structure of vehicle ash box with automatic ejection device |
| CN110547504B (en) * | 2019-08-27 | 2022-05-06 | 宁波帅特龙集团有限公司 | Box body structure of vehicle ash box with automatic ejection device |
| CN110984723A (en) * | 2019-12-30 | 2020-04-10 | 杨云波 | Mounting structure of electric switch cabinet door lock |
| CN114098998A (en) * | 2020-08-31 | 2022-03-01 | 疆域康健创新医疗科技成都有限公司 | Ejection device |
| CN114098998B (en) * | 2020-08-31 | 2023-08-01 | 疆域康健创新医疗科技成都有限公司 | Ejecting device |
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