Invention content
Based on this, it is necessary to for the problem of evaporating, providing a kind of inhalator and its atomizing component in liquid storage cylinder.
A kind of atomizing component of inhalator is removably connect with the battery component of inhalator, and the atomizing component includesLiquid storage structure, atomization core and movable part；
The inside of the liquid storage structure forms the liquid storage cylinder for storing liquid；
The atomization core is fixedly connected with the liquid storage structure, and the atomization core includes liquid-sucking core；
The movable part is flexibly connected with the liquid storage structure, when not connect with the battery component, the movable part envelopeThe liquid storage structure is blocked up, the liquid in the liquid storage cylinder is made to be isolated with the liquid-sucking core；When connecting the battery component, the workMoving part is moved to the battery component, and the liquid storage cylinder is made to be connected with the liquid-sucking core.
The liquid storage structure includes inner tube, outer tube and drain piece in one of the embodiments,；The inside shape of said inner tubeInto gas channel, the liquid storage cylinder is between said inner tube and the outer tube；The drain piece is located at said inner tube and describedBetween outer tube, and the drain piece is located at the opening of the liquid storage cylinder；
The drain on piece offers delivery hole, and one end of the delivery hole is connected with the liquid storage cylinder；Not with the electricityDuring the component connection of pond, the movable part blocks the other end of the delivery hole；When connecting the battery component, the movable part toThe battery component movement, makes the other end of the delivery hole be connected with the liquid-sucking core.
The atomization core further includes atomization seat in one of the embodiments, and atomization is covered；
The atomization seat offers atomization chamber and liquid sucting port, and at least partly described liquid-sucking core is located in the atomization chamber, instituteLiquid-sucking core is stated to contact with the liquid in the liquid storage cylinder by the liquid sucting port；
The atomization lid is arranged in the atomization seat, and at least partly described atomization lid stretches into the inside of said inner tube, andThe atomization covers the intercommunicating pore for offering and connecting the atomization chamber and the gas channel.
The material of at least partly described movable part is magnetic material in one of the embodiments, and the movable part canAttracted and moved to the battery component by the magnet of the battery component；
The atomizing component of the inhalator further includes elastic component, and one end of the elastic component is connect with the movable part,The other end of the elastic component is connect with the liquid storage structure, force direction and the work of the elastic component to the movable partMoving part to the battery component move when moving direction it is opposite.
The movable part includes ontology, sealing element and ironware in one of the embodiments,；
The ontology is in tubbiness, and movable is set in the atomization seat；
The sealing element is located at the ontology close to one end of the drain piece, and the sealing element and the delivery hole phaseIt is corresponding；
The ironware is located at the ontology close to one end of the battery component.
The movable part is provided with the first screw thread, first screw thread and the battery pack in one of the embodiments,Second screw thread of part matches, and the battery component drives the movable part to move by rotating.
Elastic component is further included in one of the embodiments, and one end of the elastic component is connect with the movable part, describedThe other end of elastic component is connect with the liquid storage structure, force direction and the movable part of the elastic component to the movable partMoving direction when being moved to the battery component is opposite.
The movable part includes ontology and sealing element in one of the embodiments,；
The ontology is in tubbiness, and movable is set in the atomization seat；
The sealing element is located at the ontology close to one end of the drain piece, and the sealing element and the delivery hole phaseIt is corresponding；
First screw thread is external screw thread, and first screw thread is located at the ontology close to one end of the battery component.
The sealing element is located in the outer tube in one of the embodiments, and the movable part further includes the first sealingRing, first sealing ring are arranged on the sealing element, and first sealing ring is located at the sealing element and the outer tubeBetween inner wall.
The atomization core further includes the second sealing ring in one of the embodiments, is opened up on the outer wall of the atomization seatHave an annular groove, in at least partially embedded annular groove of the second sealing ring, with seal the ontology and the atomization seat itBetween gap.
The liquid storage structure further includes support base and baffle ring in one of the embodiments,；
The support base is annular in shape, is arranged on the opening of the outer tube, and the ontology passes through the support base, the bulletThe end of property part is abutted with the support base；
Between the outer tube and the atomization seat, the baffle ring is fixed with the support base to be connected the baffle ringIt connects, the elastic component is between the baffle ring and the ontology.
The liquid storage structure further includes positioning region in one of the embodiments, and the positioning region is arranged on the supportOn seat, and the positioning region protrudes from the inside of the support base；
The side of the ontology forms notch, and the notch is axially extending along the ontology, the notch with it is described fixedPosition portion is adapted to limit the ontology rotation.
The liquid storage structure is provided with third screw thread, the third screw thread and described first in one of the embodiments,Screw thread matches.
A kind of inhalator, atomizing component and battery component including the inhalator, the atomizing component of the inhalatorIt is removably connect with the battery component.
Above-mentioned inhalator and its atomizing component, atomization core are fixedly connected with the liquid storage structure, movable part and liquid storage structureFlexible connection, when atomizing component connect with battery component, movable part blocks liquid storage structure, make liquid in the liquid storage cylinder andThe liquid-sucking core isolation avoids the liquid in liquid storage cylinder from constantly being drawn by liquid-sucking core and volatilizees.Atomizing component connects with battery componentWhen connecing, the movable part is moved to the battery component, and the liquid storage cylinder is made to be connected with the liquid-sucking core, and liquid-sucking core draws liquidFor being atomized.In inhalator long-time when not in use, atomizing component can be detached with battery component, movable part blocks liquid storage knotStructure avoids evaporating in liquid storage cylinder.
Specific embodiment
For the ease of understanding the present invention, inhalator and its atomizing component are carried out more fully below with reference to relevant drawingsDescription.The preferred embodiment of inhalator and its atomizing component is given in attached drawing.But inhalator and its atomizing component can be withMany different forms are realized, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments isMake the disclosure more thorough and comprehensive to inhalator and its atomizing component.
Unless otherwise defined, all of technologies and scientific terms used here by the article is with belonging to technical field of the inventionThe normally understood meaning of technical staff is identical.Herein in the term used in the description of inhalator and its atomizing component onlyIt is the purpose in order to describe specific embodiment, it is not intended that in the limitation present invention.
As shown in Figure 1, the inhalator 10 of an embodiment includes atomizing component 100 and battery component 300, the present embodimentFog after atomization for atomizing the liquid into, and is inputted human body by inhalator 10, which can be used as electronic cigarette,Can be used as medical nebulizer or other.
Referring also to Fig. 2, Fig. 3, the atomizing component 100 of an embodiment include liquid storage structure 120, atomization core 140 and liveMoving part 160.The inside of liquid storage structure 120 forms the liquid storage cylinder 122 for storing liquid.If inhalator is electronic cigarette, liquid storageLiquid in chamber 122 can be tobacco juice, if inhalator is medical nebulizer, the liquid in liquid storage cylinder 122 can be liquidState drug.
Atomization core 140 is fixedly connected with liquid storage structure 120, and atomization core 140 includes liquid-sucking core 142, can be on liquid-sucking core 142Heater strip 144 is wound, the liquid adsorbed in liquid-sucking core 142 is heated by heater strip 144 and realizes atomization.Movable part 160 and liquid storageStructure 120 is flexibly connected, and when not connect with battery component 300, movable part 160 blocks liquid storage structure 120, makes in liquid storage cylinder 122Liquid be isolated with liquid-sucking core 142.When connecting battery component 300, movable part 160 is moved to battery component 300, makes liquid storage cylinder122 connect with liquid-sucking core 142.
In the present embodiment, atomization core 140 is fixedly connected with liquid storage structure 120, and movable part 160 is lived with liquid storage structure 120Dynamic connection, when atomizing component 100 is not connect with battery component 300, movable part 160 blocks liquid storage structure 120, makes liquid storage cylinder 122Interior liquid is isolated with liquid-sucking core 142, and the liquid in liquid storage cylinder 122 is avoided constantly to draw volatilization by liquid-sucking core 142.Atomization groupWhen part 100 is connect with battery component 300, movable part 160 is moved to battery component 300, and liquid storage cylinder 122 is made to connect with liquid-sucking core 142Logical, liquid-sucking core 142 draws liquid for being atomized.It in 10 long-time of inhalator when not in use, can be by atomizing component 100 and batteryComponent 300 detaches, and movable part 160 blocks liquid storage structure 120, avoids evaporating in liquid storage cylinder 122.
Liquid storage structure 120 can include inner tube 124, outer tube 126 and drain piece 128 in one of the embodiments,.Inner tube124 inside forms gas channel 1242, and liquid storage cylinder 122 is between inner tube 124 and outer tube 126.Drain piece 128 is located at inner tubeBetween 124 and outer tube 126, and drain piece 128 is located at the opening of liquid storage cylinder 122.Delivery hole is offered on drain piece 1281282, one end of delivery hole 1282 is connected with liquid storage cylinder 122.When not connect with battery component 300, movable part 160 blocks drainThe other end in hole 1282.When connecting battery component 300, movable part 160 is moved to battery component 300, makes the another of delivery hole 1282One end is connected with liquid-sucking core 142.Liquid is flowed out by delivery hole 1282, can reduce flow velocity, is easy to control the amount of liquid outflow.
Referring also to Fig. 4, atomization core 140 can also include atomization seat 146 in one of the embodiments, and atomization is covered148.Atomization seat 146 offers atomization chamber 1462 and liquid sucting port 1464, and at least part liquid-sucking core 142 is located in atomization chamber 1462,Liquid-sucking core 142 is contacted by liquid sucting port 1464 with the liquid in liquid storage cylinder 122.Atomization lid 148 is arranged in atomization seat 146, untilSmall part atomization lid 148 stretches into the inside of inner tube 124, and is atomized on lid 148 and offers connection atomization chamber 1462 and gas channel1242 intercommunicating pore.Elasticity can be had by being atomized lid 148, with the gap between sealed inner tube 124 and atomization core 140, while canAtomization core 140 is to the pressure of inner tube 124 when installing battery component 300 with buffering so that structural reliability is high.
Further, in the present embodiment, the material of at least part movable part 160 is magnetic material, and battery component 300 wrapsMagnet 320 is included, movable part 160 can be attracted by the magnet 320 of battery component 300 and be moved to battery component 300.Inhalator10 atomizing component 100 further includes elastic component 180, and one end of elastic component 180 is connect with movable part 160, elastic component 180 it is anotherEnd is connect with liquid storage structure 120, and elastic component 180 moves the force direction of movable part 160 with movable part 160 to battery component 300Moving direction when dynamic is opposite.
The magnet 320 of battery component 300 can be permanent magnet or the electromagnet by switching control, if the magneticBody 320 is electromagnet, then movable part 160 can be controlled by the switch of battery component 300, which can be with controlling heatingThe switch of 144 work of silk or the switch separately set.When atomizing component 100 and battery component 300 fit together, magneticBody 320 will attract movable part 160, and delivery hole 1282 is opened so as to which movable part 160 be made to be moved to atomizing component 100.ElasticityPart 180 can be spring, sebific duct, rubber cushion or shrapnel group, and in the present embodiment, elastic component 180 is compressed spring.Work as atomizing component100 with battery component 300 when detaching, elastic component 180 to movable part 160 reversely pressure to seal delivery hole 1282.
Movable part 160 includes ontology 162, sealing element 164 and ironware 166 in one of the embodiments,.Ontology 162 is inTubbiness, movable is set in atomization seat 146.Ontology 162 can be metalwork or plastic article etc..Sealing element 164In ontology 162 close to one end of drain piece 128, and sealing element 164 is corresponding with delivery hole 1282.The material of sealing element 164 canTo be the elastic materials such as silica gel, the movable part 160 when setting sealing element 164 can make not connect with battery component 300 is to drainThe sealing effect in hole 1282 is more preferably.Referring also to Fig. 5, the inside of sealing element 164 can open up caulking groove 1642, be set on ontology 162Bulge loop 1622 is put, bulge loop 1622, which is caught in caulking groove 1642, is reliably connected ontology 162 and sealing element 164.In one embodiment, it is elasticPart 180 can be set in outside ontology 162, and the end of elastic component 180 can be abutted with sealing element 164.
Ironware 166 is located at ontology 162 close to one end of battery component 300, and setting ironware 166 can enhance atomizing componentThe attraction of 100 pairs of movable parts 160.Ontology 162 can form storage tank close to one end of battery component 300, and ironware 166 can be withIt is cricoid iron plate, the riveting by way of riveted of ironware 166 enters in storage tank.
Referring also to Fig. 6, in one of the embodiments, liquid storage structure 120 further include support base 132 and baffle ring 134.Support base 132 is annular in shape, is arranged on the opening of outer tube 126, is fixedly connected with outer tube 126.Ontology 162 passes through support base 132,The end of elastic component 180 is abutted with support base 132.Baffle ring 134 is between outer tube 126 and atomization seat 146, baffle ring 134It is fixedly connected with support base 132, in one embodiment, baffle ring 134 can be with 132 integrally connected of support base, elastic component 180Between baffle ring 134 and ontology 162, intermittent motion of the elastic component 180 between baffle ring 134 and ontology 162, baffle ring134 and ontology 162 can play the role of guiding to the movement of elastic component 180.Meanwhile baffle ring 134 can also be to movable part160 movement is limited, to determine in fit on battery component 300, the distance of the movement of movable part 160.
As shown in fig. 7, the inhalator 70 of another embodiment includes atomizing component 700 and battery component 900, the present embodimentInhalator 70, for atomizing the liquid into, and by after atomization fog input human body, the inhalator 70 can be used as electronic cigarette,Can also be used as medical nebulizer 70 or other.
Referring also to Fig. 8, the atomizing component 700 of another embodiment include liquid storage structure 720, atomization core 740 and activityPart 760.The inside of liquid storage structure 720 forms the liquid storage cylinder 722 for storing liquid.If inhalator is electronic cigarette, liquid storage cylinderLiquid in 722 can be tobacco juice, if inhalator is medical nebulizer, the liquid in liquid storage cylinder 722 can be liquidDrug.
Atomization core 740 is fixedly connected with liquid storage structure 720, and atomization core 740 includes liquid-sucking core 742, can be on liquid-sucking core 742Heater strip 744 is wound, the liquid adsorbed in liquid-sucking core 742 is heated by heater strip 744 and realizes atomization.Movable part 760 and liquid storageStructure 720 is flexibly connected, and when not connect with battery component 900, movable part 760 blocks liquid storage structure 720, makes in liquid storage cylinder 722Liquid be isolated with liquid-sucking core 742.When connecting battery component 900, movable part 760 is moved to battery component 900, makes liquid storage cylinder722 connect with liquid-sucking core 742.
In the present embodiment, atomization core 740 is fixedly connected with liquid storage structure 720, and movable part 760 is lived with liquid storage structure 720Dynamic connection, when atomizing component 700 is not connect with battery component 900, movable part 760 blocks liquid storage structure 720, makes liquid storage cylinder 722Interior liquid is isolated with liquid-sucking core 742, and the liquid in liquid storage cylinder 722 is avoided constantly to draw volatilization by liquid-sucking core 742.Atomization groupWhen part 700 is connect with battery component 900, movable part 760 is moved to battery component 900, and liquid storage cylinder 722 is made to connect with liquid-sucking core 742Logical, liquid-sucking core 742 draws liquid for being atomized.It in 70 long-time of inhalator when not in use, can be by atomizing component 700 and batteryComponent 900 detaches, and movable part 760 blocks liquid storage structure 720, avoids evaporating in liquid storage cylinder 722.
Liquid storage structure 720 can include inner tube 724, outer tube 726 and drain piece 728 in one of the embodiments,.Inner tube724 inside forms gas channel 7242, and liquid storage cylinder 722 is between inner tube 724 and outer tube 726.Drain piece 728 is located at inner tubeBetween 724 and outer tube 726, and drain piece 728 is located at the opening of liquid storage cylinder 722.Delivery hole is offered on drain piece 7287282, one end of delivery hole 7282 is connected with liquid storage cylinder 722.When not connect with battery component 900, movable part 760 blocks drainThe other end in hole 7282.When connecting battery component 900, movable part 760 is moved to battery component 900, makes the another of delivery hole 7282One end is connected with liquid-sucking core 742.Liquid is flowed out by delivery hole 7282, can reduce flow velocity, is easy to control the amount of liquid outflow.
Referring also to Fig. 9, atomization core 740 can also include atomization seat 746 in one of the embodiments, and atomization is covered748.Atomization seat 746 offers atomization chamber 7462 and liquid sucting port, and at least part liquid-sucking core 742 is located in atomization chamber 7462, imbibitionCore 742 is contacted by liquid sucting port with the liquid in liquid storage cylinder 722.Atomization lid 748 is arranged in atomization seat 746, at least part mistChange the inside that lid 748 stretches into inner tube 724, and be atomized the company that connection atomization chamber 7462 and gas channel 7242 are offered on lid 748Through-hole.Elasticity can be had by being atomized lid 748, with the gap between sealed inner tube 724 and atomization core 740, while can buffer peaceAtomization core 740 is to the pressure of inner tube 724 during packed battery component 900 so that structural reliability is high.
Further, referring also to Figure 10, in the present embodiment, movable part 760 are provided with the first screw thread 761, battery packPart 900 is provided with the second screw thread 940.First screw thread 761 is matched with the second screw thread 940 of battery component 900, battery component900 drive movable part 760 to move by rotation, and delivery hole 7282 is opened with control.
Atomizing component 700 further includes elastic component 780, one end of elastic component 780 and movable part in one of the embodiments,760 connections, the other end of elastic component 780 are connect with liquid storage structure 720, force direction and work of the elastic component 780 to movable part 760Moving part 760 to battery component 900 move when moving direction it is opposite.
When atomizing component 700 and battery component 900 fit together, rotation battery component 900 pulls to movable part 760Battery component 900, so as to open delivery hole 7282.Elastic component 780 can be spring, sebific duct, rubber cushion or shrapnel group, in this implementationIn example, elastic component 780 is compressed spring.When atomizing component 700 is detached with battery component 900, elastic component 780 is to movable part760 reversely press to seal delivery hole 7282.
Movable part 760 includes ontology 762 and sealing element 764 in one of the embodiments,.Ontology 762 is in tubbiness, movableBe set in atomization seat 746.Sealing element 764 is located at ontology 762 close to one end of drain piece 728, and sealing element 764 and drainHole 7282 is corresponding.The material of sealing element 764 can be the elastic materials such as silica gel, setting sealing element 764 can make not with batteryMovable part 760 when component 900 connects to the sealing effect of delivery hole 7282 more preferably.The inside of sealing element 764 can open up embeddingSlot sets bulge loop on ontology 762, and bulge loop, which is caught in caulking groove, is reliably connected ontology 762 and sealing element 764.In one embodiment, bulletProperty part 780 can be set in outside ontology 762, and the end of elastic component 780 can be abutted with sealing element 764.First screw thread 761 is outerScrew thread, the second screw thread 940 are internal thread, and the first screw thread 761 is located at ontology 762 close to one end of battery component 900.
Referring also to Figure 11, in one embodiment, sealing element 764 are located in outer tube 726, and movable part 760 further includes firstSealing ring 768, the first sealing ring 768 are arranged on sealing element 764, and the first sealing ring 768 is located at sealing element 764 and outer tube 726Inner wall between.When movable part 760 is moved along the inner wall of outer tube 726, the first sealing ring 768 can be prevented from delivery hole 7282The Liquid Penetrant flowed down is to the cavity where elastic component 780, the then gap between movable part 760 and liquid storage structure 720Leak to the external world.
Referring back to Fig. 9, further, in one embodiment, atomization core 740 can also include the second sealing ring 752, atomizationAnnular groove 7466 is offered on the outer wall of seat 746, in 752 at least partially embedded annular groove 7466 of the second sealing ring, to seal thisGap between body 762 and atomization seat 746.When movable part 760 moves to delivery hole 7282 to battery component 900 to be opened, liquidBody flow to drain core from liquid storage cylinder 722 where cavity in.Second sealing ring can prevent the liquid in cavity from revealing.
Referring also to Figure 12, in one of the embodiments, liquid storage structure 720 can also include support base 732 and backstopRing 734.Support base 732 is annular in shape, is arranged on the opening of outer tube 726, is fixedly connected with outer tube 726.Ontology 762 passes through supportSeat 732, the end of elastic component 780 is abutted with support base 732.Baffle ring 734 is between outer tube 726 and atomization seat 746, backstopRing 734 is fixedly connected with support base 732, and in one embodiment, baffle ring 734 can be with 732 integrally connected of support base, elastic component780 between baffle ring 734 and ontology 762, intermittent motion of the elastic component 780 between baffle ring 734 and ontology 762, onlyBaffle ring 734 and ontology 762 can play the role of guiding to the movement of elastic component 780.Meanwhile baffle ring 734 can also be to workThe movement of moving part 760 is limited, to determine in fit on battery component 900, the distance of the movement of movable part 760.
Liquid storage structure 720 further includes positioning region 736 in one of the embodiments, and positioning region 736 is arranged on support baseOn 732, and positioning region 736 protrudes from the inside of support base 732.The side of ontology 762 forms notch 763, and notch 763 is along ontology762 it is axially extending, notch 763 is adapted with positioning region 736 to be rotated with limiting ontology 762.When ontology 762 is in support base 732When the inside moves, positioning region 736 is cooperated with notch 763 to prevent movable part 760 from being rotated relative to support base 732, to carryHigh stability and leakproofness.
Certainly, the mode that battery component 900 drives movable part 760 to move can also be other modes, for example, in such as Figure 13Into another embodiment shown in figure 15, liquid storage structure 720 can be provided with third screw thread 738,738 and first spiral shell of third screw threadLine 761 matches.Elastic component 780 can be omitted, and when atomizing component 700 is not connect with battery component 900, pass through third screw thread738 limitation movable parts 760 are abutted with drain piece 728, to seal delivery hole 7282.Third screw thread 738 can be arranged on support baseOn 732.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned realityIt applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not depositedIn contradiction, it is all considered to be the range of this specification record.
Embodiment described above only expresses the several embodiments of the present invention, and description is more specific and detailed, but simultaneouslyIt cannot therefore be construed as limiting the scope of the patent.It should be pointed out that those of ordinary skill in the art are comeIt says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present inventionRange.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.