CN209527873U - Power supply unit, atomization unit and the unfired extractor of unfired extractor - Google Patents

Power supply unit, atomization unit and the unfired extractor of unfired extractor Download PDF

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Publication number
CN209527873U
CN209527873U CN201821752394.6U CN201821752394U CN209527873U CN 209527873 U CN209527873 U CN 209527873U CN 201821752394 U CN201821752394 U CN 201821752394U CN 209527873 U CN209527873 U CN 209527873U
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China
Prior art keywords
electrode
power supply
supply unit
unit
pin
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CN201821752394.6U
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Chinese (zh)
Inventor
山田学
松田健太郎
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Japan Tobacco Inc
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Japan Tobacco Inc
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Abstract

The utility model provides the power supply unit, atomization unit and unfired extractor of a kind of unfired extractor.The atomization unit has container body, heating part, the first plane electrode and the second plane electrode.In the case where container body is installed to the installation condition of power supply unit, first plane electrode and the second plane electrode be at least in arc-shaped be configured at while the region comprising the first virtual circumference and the second virtual circumference, for first virtual circumference by the first pin electrode centered on axis, which passes through the second pin electrode centered on axis.Pass through the center of second electrode configuration face and is the second virtual line along the straight line of the tangential direction of second electrode configuration face, insulation division is equipped on second virtual line, in the circumferential direction around axis, which is divided between the first plane electrode and the second plane electrode.

Description

Power supply unit, atomization unit and the unfired extractor of unfired extractor
Technical field
The utility model relates to the power supply unit of unfired extractor, atomization unit and unfired extractors.
Background technique
Conventionally, there is known following unfired extractor (hreinafter referred to as extractor.): by drawing heated mist The steam (for example, aerosol) of change samples fragrance.As this extractor, such as have atomization unit and main unit, it should Atomization unit contains aerosolizable content (for example, aerosol source), and the main unit is equipped with battery.
In extractor, generated heat set on the heating part of atomization unit by the electric power supplied from battery.It as a result, will atomization Content atomization in unit.User can be drawn the aerosol through being atomized by nozzle section together with air.
For example, disclosing in following patent documents 1 such as flowering structure: atomization unit is removably mountable to main unit.Under It states in extractor documented by patent document 1, considers by the way that atomization unit is assemblied in main unit, to be formed in main body list The pin electrode of member and the plane electrode electrical connection for being formed in atomization unit.
Existing technical literature
Patent document
Patent document 1: Chinese utility model announces No. 206482021 specification
But it is above-mentioned in the prior art, on this aspect of the reliability for ensuring the conducting of pin electrode and plane electrode, there are still Room for improvement.
Utility model content
The purpose of the utility model is to provide the non-combustible of the reliability for the conducting that can ensure pin electrode and plane electrode Atomization unit, power supply unit and the unfired extractor of burning formula extractor.
(1) in order to reach the purpose, the atomization unit of the unfired extractor of the utility model one side has: holding Device main body, consists of content removable relative to power supply unit, and containing aerosolizable, and the power supply unit has The the first pin electrode drawn from power supply unit and the second pin electrode first electrode configuration face outstanding；Heating part is set to the appearance In device main body, content is heated；First plane electrode and the second plane electrode are drawn from the heating part, and are set to institute State in container body under the installation condition that the container body is installed to the power supply unit with the first electrode configuration face In opposed second electrode configuration face, first plane electrode and second plane electrode sell electrode with described first respectively And the second pin electrode connection；The first pin electrode and the second pin electrode are relative to along the first electrode configuration face The axis of normal direction is configured in two sides, and is configured on the first virtual line, first virtual line by the axis and Along the tangential direction of the first electrode configuration face, the installation condition of the power supply unit is installed in the container body Under, the center configuration of the second electrode configuration face is installed to the power supply unit in the container body on the axis Installation condition under, first plane electrode and second plane electrode be at least in arc-shaped be configured at while comprising the The region of one virtual circumference and the second virtual circumference, first virtual circumference pass through the first pin electricity centered on the axis Pole, second virtual circumference, by the second pin electrode, pass through the second electrode configuration face centered on the axis Center and along the straight line of the tangential direction of the second electrode configuration face be the second virtual line, on second virtual line Equipped with insulation division, in the circumferential direction around the axis, the insulation division is in first plane electrode and second plane electrode Between divided.
According to present aspect, it is able to suppress that two pin electrodes are contacted with a plane electrode or a pin electrode is across two Plane electrode and configure, can ensure the area of plane electrode on this basis.Thereby, it is possible to inhibit plane electrode and pin electrode Short circuit, can ensure the reliability of the conducting of plane electrode and pin electrode on this basis.
(2) on the basis of the atomization unit of the unfired extractor of above-mentioned aspect (1), it is also possible in the week Upwards, the width of the insulation division is narrower than the width of first plane electrode and second plane electrode, and is wider than described The diameter of first pin electrode and the second pin electrode.
According to present aspect, though assume pin electrode configuration on insulation division, be also able to suppress in this case pin electrode across Two plane electrodes and configure.Thereby, it is possible to be reliably suppressed the short circuit of plane electrode Yu pin electrode.
(3) on the basis of the atomization unit of the unfired extractor of above-mentioned aspect (1) or (2), it is also possible in institute Second electrode configuration face, first plane electrode and second plane electrode are stated across second virtual line, in half Round shape it is formed in the two sides of second virtual line.
According to present aspect, each plane electrode is greater than radially while including the first virtual circumference and the second virtual circumference Region.Thereby, it is possible to absorption pins electrode and plane electrode dimensional discrepancys especially in the radial direction etc., thus, it is possible to ensure plane The reliability of the conducting of electrode and pin electrode.
(4) on the basis of above-mentioned aspect (1) atomization unit of the unfired extractor of either side into (3), It can be, be equipped with limiting unit in the container body, which limits under following connection status relative to the power supply The rotation of unit: when being overlooked from the normal direction of second plane electrode, the first pin electrode and first plane electricity Pole is overlapped and the second pin electrode and second plane electrode are overlapped.
According to present aspect, rotation of the smoke grenade relative to power supply unit can be limited, steadily maintains plane electrode and pin electricity The conducting of pole.
(5) on the basis of the atomization unit of the unfired extractor of above-mentioned aspect (4), it is also possible to the limitation Portion is recessed from the second electrode configuration face, and under the connection status, the limiting unit in the circumferential direction be formed in Protrusion engaging on the power supply unit.
According to present aspect, in the state that limiting unit is consistent with the circumferential position of protrusion, protrusion is inserted into limiting unit, from And, it can be achieved that power supply unit and atomization unit in the axial direction close to movement.Thereby, it is possible to make pin electrode and plane electrode each other Reliably be connected.
(6) on the basis of the atomization unit of the unfired extractor of above-mentioned aspect (5), it is also possible in the limit Portion processed is formed with following tapering: the width of the limiting unit in the circumferential direction is with the method in the second electrode configuration face The upward out second electrode configuration face in line side and reduce.
According to present aspect, it is easy to guide protrusion to limiting unit.Installation of the atomization unit relative to power supply unit as a result, Operation is easy.
(7) on the basis of above-mentioned aspect (4) atomization unit of the unfired extractor of either side into (6), It can be, the limiting unit is formed with multiple along the circumferential direction.
According to present aspect, during atomization unit is rotated with the state being placed on protrusion relative to power supply unit, Can decrease up to limiting unit it is consistent with the circumferential position of protrusion until atomization unit rotation angle.Atomization unit as a result, Installation operation relative to power supply unit is easy.
(8) on the basis of above-mentioned aspect (1) atomization unit of the unfired extractor of either side into (3), It can be, the insulation division is prominent from the second electrode configuration face, and extends along second virtual line.
According to present aspect, when atomization unit is installed on power supply unit, plane electrode respectively with corresponding pin electrode In the state of contact, it is assumed that atomization unit is rotated relative to power supply unit, in this case, insulation division connects with pin electrode in the circumferential Touching.Rotation of the atomization unit relative to power supply unit can be limited as a result,.Therefore, be able to suppress atomization unit pin electrode and absolutely Edge is installed on power supply unit in the state of abutting in axial direction.As a result, it is possible to ensure the conducting of pin electrode and plane electrode Reliability.
(9) on the basis of the atomization unit of the unfired extractor of above-mentioned aspect (8), it is also possible to described The outer peripheral portion in two electrode configuration faces is formed with backoff portion, which is recessed from the second electrode configuration face, and spreads institute Extend with stating the complete cycle of container body, it is described to keep out of the way under the installation condition that the container body is installed to the power supply unit Portion radially engages with the protrusion being formed on the power supply unit with the axis vertical take-off.
According to present aspect, backoff portion avoids the interference with protrusion in the circumferential in the mounted state, accommodates on this basis Protrusion.Protrusion and container body engage radially as a result, to stably keeping atomization unit in power supply unit.
(10) the unfired Sucking utensil of the utility model one side is standby: the atomization unit of any of the above-described aspect；Power supply Unit is equipped with the atomization unit in a manner of removable.
According to present aspect, it is capable of providing and extractor of good reliability is connected.
(11) on the basis of the unfired extractor of above-mentioned aspect (10), it is also possible to the power supply unit and has: The power supply unit；Shell contains the power supply unit, and has the first pin electrode drawn from the power supply unit and institute State the second pin electrode first electrode configuration face outstanding；The first pin electrode and the second pin electrode are relative to symmetrical Line is configured in a manner of symmetrical, and the line of symmetry is by the axis and along the tangential direction of the first electrode configuration face.
According to present aspect, by the way that the first pin electrode and second are sold electrode configuration in being in symmetrical position, thus power supply The manufacture of unit is easy.
(12) power supply unit of the unfired extractor of the utility model one side has: shell, with removable Mode is equipped with atomization unit, which has the first pin electrode drawn from the heating part heated to aerosol source And second pin electrode first electrode configuration face outstanding；Power supply unit is contained in the shell；First plane electrode and second flat Face electrode is connect with the power supply unit, and be set to the shell under the installation condition of the atomization unit with it is described In the opposed second electrode configuration face of first electrode configuration face, first plane electrode and second plane electrode respectively with The first pin electrode and the second pin electrode connection；The first pin electrode and the second pin electrode are relative to along described the The axis of the normal direction in one electrode configuration face is configured in two sides, and is configured on the first virtual line, first virtual line By the axis and along the tangential direction of the first electrode configuration face, first plane electrode and second plane Electrode be at least in arc-shaped be configured at while the region comprising the first virtual circumference and the second virtual circumference, first imaginary circles Week, second virtual circumference passed through described the centered on the axis by the first pin electrode centered on the axis Two pin electrodes, pass through the center of the second electrode configuration face and the straight line of the tangential direction along the second electrode configuration face For the second virtual line, insulation division is equipped on second virtual line, in the circumferential direction around the axis, the insulation division is in institute It states and is divided between the first plane electrode and second plane electrode.
According to present aspect, it is able to suppress that two pin electrodes are contacted with a plane electrode or a pin electrode is across two Plane electrode and configure, can ensure the area of plane electrode on this basis.Thereby, it is possible to inhibit plane electrode and pin electrode Short circuit, can ensure the reliability of the conducting of plane electrode and pin electrode on this basis.
One aspect according to the present utility model, it can be ensured that the reliability of the conducting of pin electrode and plane electrode.
Detailed description of the invention
Fig. 1 is the perspective view of the extractor of embodiment.
Fig. 2 is the exploded perspective view of the extractor of embodiment.
Fig. 3 is the sectional view along the III-III line of Fig. 1.
Fig. 4 is the exploded perspective view of the power supply unit of embodiment.
Fig. 5 is the sectional view along the V-V line of Fig. 1.
Fig. 6 is the perspective view of the power supply unit of embodiment.
Fig. 7 is the top view of the power supply unit of embodiment from axial holding unit side.
Fig. 8 is the exploded perspective view of the holding unit of embodiment.
Fig. 9 is the perspective view for indicating the connecting structure of the first connecting member and the second connecting member of embodiment.
Figure 10 is the holding unit of embodiment and the top view of smoke grenade from axial power supply unit side.
Figure 11 is the sectional view along the XI-XI line of Fig. 1.
Figure 12 corresponds to the exploded perspective view of the cigarette holder of the XII-XII line of Fig. 1.
Figure 13 is the axial sectional view along the smoke grenade of embodiment.
Figure 14 is the exploded perspective view of the smoke grenade of embodiment.
Figure 15 is the perspective view of the tank of embodiment from opening portion side.
Figure 16 is the perspective view of the heater holder of the embodiment from power supply unit side.
Figure 17 is the perspective view of the aerosol container of embodiment from dictyosome side.
Figure 18 is the main view of the extractor of embodiment.
Figure 19 is the sectional view axially when removing cigarette holder from the extractor of embodiment.
Figure 20 is to indicate that the smoke grenade of embodiment costs the explanatory diagram of the state of vertical engaging protuberances.
Figure 21 is the explanatory diagram for costing the situation of spinning cigarette holder under state indicated in the smoke grenade of embodiment.
Figure 22 is the explanatory diagram for the situation for indicating that the cigarette holder of embodiment and smoke grenade rotate together with.
Figure 23 is the explanatory diagram for indicating for the cigarette holder of embodiment to be fastened to last situation.
Figure 24 is the top view of the power supply unit of the variation of embodiment.
Figure 25 is the sectional view of the burner of the second variation of embodiment.
Specific embodiment
Next, being based on Detailed description of the invention the embodiments of the present invention.
[extractor]
Fig. 1 is the perspective view of extractor.
Extractor 1 shown in FIG. 1 is so-called unfired extractor, draws the gas using heating atomization by tobacco leaf Colloidal sol, to taste the fragrance of tobacco leaf.
Smoke grenade (atomization unit, first that extractor 1 has main unit 10, is detachably installed on main unit 10 Unit, second unit) 11 and cigarette capsule 12.
< main unit >
Fig. 2 is the exploded perspective view of extractor 1.
As shown in Fig. 2, main unit 10 has power supply unit (second unit, first unit) 21, holding unit 22 and cigarette Mouth (nozzle section) 23.Power supply unit 21, holding unit 22 and cigarette holder 23 are respectively formed as using axes O as the tubular of center axis, And it is configured in a row in axes O.In the following description, axial (normal direction) will be referred to as along the direction of axes O.? In this case, in the axial direction, also anti-mouth side or the first side can will be referred to as from cigarette holder 23 towards the side of power supply unit 21, It can will be referred to as mouth side or second side from power supply unit 21 towards the side of cigarette holder 23.In addition, sometimes will be from end on observation It overlooks the lower direction intersected with axes O and is referred to as radial direction, it is circumferential by being referred to as around the direction that axes O is gone in ring.In the present specification, " side To " refer to two directions, in the case where a direction in expression " direction ", it is recorded as " side ".
< power supply unit >
Fig. 3 is the sectional view along the III-III line of Fig. 1.
As shown in figure 3, the holder component 32 that power supply unit 21 has shell 31 and is contained in shell 31.
(holder component)
Fig. 4 is the exploded perspective view of power supply unit 21.
As shown in Figure 3, Figure 4, holder component 32 by by battery 33, substrate module (first substrate module 34 and The second substrate module 35) etc. be equipped on battery holder 36 and constitute.
Battery holder 36 is for example integrally formed using resin material.Battery holder 36 has base portion 40. Base portion 40 is formed as using axes O as the semi-circular cylindrical of center axis.In addition, as long as base portion 40 makes the group for receiving battery 33 etc. Dress opening 40a (referring to Fig. 4) is to radial outer openings, the shape being just also possible to other than semi-circular cylindrical.
In base portion 40, the end of the side opposite with holding unit 22 is connected with indentation canister portion 41 in the axial direction.Pressure Enter canister portion 41 to be formed as using axes O as the cylindrical shape of center axis.In indentation canister portion 41, it is formed in circumferential a part along diameter To the connector through hole 42 of perforation indentation canister portion 41.Indentation canister portion 41 in, be presented axially in it is opposite with holding unit 22 Side opening portion be closed portion 43 closing.Closure 43 is formed as the round than being pressed into 41 major diameter of canister portion.
Part in base portion 40, being presented axially in 22 side of holding unit is formed with button openings 44 (referring to figure 3).Button openings 44 radially penetrate through circumferential a part in base portion 40.The connector through hole 42 and button are opened Mouth 44 is for example configured at 180 ° of different positions in the circumferential.In the present embodiment, the connector that will pass through respectively in circumferential direction Through hole 42 and the radial direction at the respective center of button openings 44 are referred to as table back side direction.It in this case, will relative to axes O 42 side of connector through hole is referred to as back side, and 44 side of button openings is referred to as surface side relative to axes O.In addition, connector is logical The position of via hole 42 and button openings 44 can suitably change.
In base portion 40, the button guide cylinder 45 for surface side extension of supporting or opposing is formed in the opening edge of button openings 44.It presses Button guides cylinder 45 to surround around button openings 44.
In base portion 40, in the portion for being presented axially in the side opposite with holding unit 22 compared to button openings 44 Divide and is formed with base portion 40 along axially spaced partition wall 46.
Fig. 5 is the sectional view along the V-V line of Fig. 1.
As shown in Fig. 3~Fig. 5, end in base portion 40, being presented axially in 22 side of holding unit is connected with platform Rank portion 47.Stage portion 47 is formed as the semi-circular cylindrical coaxially configured with base portion 40, and the radial distance away from axes O exists It is reduced step by step on axial with close to holding unit 22.The ora terminalis for being located axially at 22 side of holding unit in stage portion 47 It is connected with connection pedestal 48.Connection pedestal 48 is formed as using axes O as the round of center axis.It is formed in connection pedestal 48 A pair of electrodes maintaining part 50 and communications ports 51.
As shown in Figure 4, Figure 5, a pair of electrodes maintaining part 50 is formed as in the axial direction to 22 side of holding unit cylinder outstanding Shape.Each electrode maintaining part 50 is located at radial two sides relative to axes O.In the present embodiment, each electrode maintaining part 50 is along diameter Direction in, orthogonal with the table back side direction is (hereinafter, sometimes referred to as left and right directions.) configure in a row.In addition, each electricity Pole maintaining part 50 axially extends, and is connected with each other radially.
As shown in Figure 3, Figure 4, communications ports 51 are in connection pedestal 48 from the portion for being located at radial back side relative to axes O Divide prominent axially towards 22 side of holding unit.
As shown in figure 5, maintaining pin electrode 49 respectively in each electrode maintaining part 50.Pin electrode 49 is pin-shaped electrode body Elastic bearing is in the intracorporal composition of cylindrical case.Pin electrode 49 is configured to, the state in tubular shell insertion electrode maintaining part 50 Under, electrode body is axially through electrode maintaining part 50.Sell it is in the axial both ends in electrode 49 (electrode body), Be located axially at the end of the side opposite with holding unit 22 in battery holder 36 in be connected to by electrode wiring Aftermentioned first substrate 60.
Battery 33 is formed as making the cylindric of axes O axial direction.Battery 33 be contained in base portion 40 relative to Partition wall 46 is presented axially in the part of the side opposite with holding unit 22.In addition, the power supply unit for being equipped on extractor 1 is made For the power supply for capableing of charge and discharge, it is not limited to which the secondary cells such as battery 33 are also possible to supercapacitor etc..In addition, electric Source portion is also possible to one-shot battery.
As shown in Figure 3, Figure 4, first substrate module 34 is configured in base portion 40 relative to partition wall 46 in the axial direction Positioned at the part of 22 side of holding unit.Specifically, first substrate module 34 has first substrate 60,52 (reference of switch element Fig. 3) and pressure sensor 53.
First substrate 60 configures with making table back side direction thickness direction.Specifically, first substrate 60 is to be positioned in group State on the open end of dress opening 40a, is fixed on base portion 40 by screw etc..First substrate 60 is via the first connection cloth Line (not shown) is connected to battery 33.In addition, first substrate 60 is located in axes O in the example shown in Fig. 3.
Switch element 52 when being configured at from table back side direction on the surface (the first interarea) of first substrate 60 with by The position that button opening 44 is overlapped.In the present embodiment, switch element 52 is surface mounted in first substrate 60.Wherein, it switchs Element 52 can also be to install from the state in the through hole that the connection terminal that switch element 52 is drawn is inserted into first substrate 60 In first substrate 60.
Pressure sensor 53 is matched on the inside (the second interarea) of first substrate 60 relative to switch element 52 in the axial direction It is placed in 22 side of holding unit.That is, pressure sensor 53 be configured in the vertical view from table back side direction not with switch element 52 positions being overlapped.In addition, in the present embodiment, pressure sensor 53 relative to switch element 52 be configured in the axial direction to 22 lateral deviation of holding unit from position, it is not limited to this composition.That is, as long as switch element 52 and pressure sensor 53 exist Direction is configured at the position being staggered in the face of first substrate 60, then can also be configured in the axial direction to 22 phase of holding unit The position that anti-side is deviateed, can also configure in which be staggered in the left and right directions in radial direction.
Pressure sensor 53 can use such as electrostatic capacitance.That is, pressure sensor 53 will correspond to pressure oscillation and The diaphragm of deformation acts the variation as electrostatic capacitance and detects.The pressure sensor 53 of present embodiment is with from pressure sensing The state that the connection terminal that device 53 is drawn is inserted into the through hole of first substrate 60 is installed on first substrate 60.Wherein, pressure Sensor 53 can also be surface mounted in first substrate 60.
Sensor holder 54 is installed in pressure sensor 53.Sensor holder 54 compares battery by silicone resin etc. Holder 36 is soft and flexible resin material is formed.Sensor holder 54, which has, is installed on battery holder 36 Mounting portion 55 and the covering part 56 for covering pressure sensor 53.
Mounting portion 55 is formed as semicircle shape.Mounting portion 55 from the side opposite with holding unit 22 to be connected in the axial direction The state group of the connection pedestal 48 is loaded on battery holder 36.In addition, in the stage portion 47, with connect pedestal 48 Between be formed with the clamping piece 57 (referring to Fig. 4) for axially clamping mounting portion 55.Clamping piece 57 is located at diameter from stage portion 47 To the both ends of the circular arc in the outside of (left and right directions) towards circumferential prominent.
Covering part 56 is connected to side opposite with holding unit 22 in the axial direction from mounting portion 55.Covering part 56 is formed as The cover shape of side opening on surface.The spacer 56b of oriented surface side bulging is formed in the bottom wall part 56a of covering part 56.Pressure passes Sensor 53 is to be connected in the state insertion covering part 56 of spacer 56b.It is passed as a result, in the inner surface and pressure of bottom wall part 56a Radial gap is equipped between sensor 53.In addition, being formed with the air displacement for radially penetrating through bottom wall part 56a in bottom wall part 56a Hole 58.
The mounting portion 55 be formed with make in communications ports 51 with the access 59 that is connected in covering part 56.Access 59 axially extend in mounting portion 55.The end of the side opposite with holding unit 22 is being covered in axial direction in access 59 The inner peripheral surface upper opening of cover 56.On the other hand, in the axial direction in access 59 end of 22 side of holding unit in mounting portion 55 In axis 22 side of holding unit facing upwards face upper opening.In addition, in the present embodiment, the minimum diameter ratio of access 59 The maximum inner diameter in air displacement hole 58 is big.In addition, at least the end of upper 22 side of holding unit of axial direction is interior in access 59 Diameter is bigger than the internal diameter of communications ports 51.
In the present embodiment, communications ports 51 and access 59 be configured at when from end on observation at least part with The position that pressure sensor 53 is overlapped.Wherein, communications ports 51 and access 59 can also be configured at when from end on observation The position being staggered with pressure sensor 53.
As shown in Fig. 3~Fig. 5, the second substrate module 35 by battery 33 be clipped between be configured in the axial direction with first The opposite side of substrate module 34.That is, the substrate module 34,35 of present embodiment by battery 33 be clipped between be respectively configured In axial two sides.The second substrate module 35 has the second substrate 61 and female connector 62.
The second substrate 61 is contained in the indentation canister portion 41 with radial direction (table back side direction) for thickness direction.Such as Fig. 5 Shown, the second substrate 61 passes through screw to be placed in from indentation canister portion 41 to the state of radial inside lug boss 41a outstanding Etc. being fixed on lug boss 41a.The second substrate 61 is connected to first substrate 60 via the second connecting wiring 61a.That is, the second connection cloth Line 61a passes through around battery 33 in the outside of battery holder 36 along axial winding.
As shown in Figure 3, Figure 4, female connector 62 is for the charging to battery 33, and the sun for drawing from external power supply is even Connect device plug (not shown).In the present embodiment, female connector 62 is for example, by using USB connector (Universal Serial Bus).Wherein, female connector 62 is not limited to USB connector.In addition, female connector 62 is without being necessarily used for Charging, such as can be used for communicating.
Female connector 62 is so that the state of opening portion towards back side is installed on the second substrate 61.Before female connector 62 End (close to the end of opening portion) is inserted into the connector through hole 42.Wherein, female connector 62 can also be from even Device through hole 42 is connect to keep out of the way to radial inside.
(shell)
As shown in Figure 3, Figure 4, shell 31 has outer charging tube part 71, sandwiched component 72 and bindiny mechanism 73.
Outer charging tube part 71 is formed as using axes O as the cylindrical shape of center axis.Pass through position in the axial direction in outer charging tube part 71 In the side opposite with holding unit 22 opening portion inserted with holder component 32.Specifically, holder component 32 is to store The indentation canister portion 41 of battery holder 36 is pressed into the end positioned at the side opposite with holding unit 22 in outer charging tube part 71 State group loaded in outer charging tube part 71.As a result, holder component 32 be presented axially in the end of 22 side of holding unit from Outer charging tube part 71 state outstanding is contained in outer charging tube part 71.In addition, being located axially in outer charging tube part 71 is single with holding It is closed by the closure 43 of battery holder 36 opening portion of first 22 opposite sides.
The end for being located axially at the side opposite with holding unit 22 in outer charging tube part 71, when from radial The part being overlapped with the connector through hole 42 and female connector 62 is formed with connector exposed hole 75.Connector exposed hole 75 radially penetrate through outer charging tube part 71.In the present embodiment, the composition that female connector 62 is open radially is illustrated, but It can be the composition that female connector 62 is open in the axial direction.
The end of 22 side of holding unit in the axial direction in outer charging tube part 71, when from radial observation and the button openings 44 parts being overlapped are formed with button exposed hole 76.Button exposed hole 76 radially penetrates through outer charging tube part 71.
Button 78 is contained in button exposed hole 76 and button openings 44.Button 78 is configured to be supported on and press The state of button guidance cylinder 45 moves radially.Button 78 presses switch element 52 along with to the movement of radial inside Operation.Exposed on the outer peripheral surface of outer charging tube part 71 by button exposed hole 76 on the surface of button 78.In addition, button 78 is not It is confined to move radially, such as the movement that can also slide axially.Alternatively, it is also possible to be replace button 78 and utilize touch pass The composition of the operation extractor 1 such as sensor.
Sandwiched component 72 is formed as using axes O as the cylindrical shape of center axis.Holding unit 22 of the sandwiched component 72 from axial direction Side is embedded between holder component 32 and outer charging tube part 71.Holding unit is located axially in outer charging tube part 71 as a result, The opening portion of 22 sides is sealed between holder component 32 and outer charging tube part 71.
As shown in figure 3, being constituted by the space that sensor holder 54 is surrounded makes according to extractor 1 in shell 31 Pass through the pressure oscillation room S1 of 51 pressure oscillation of communications ports with (absorption).On the other hand, in shell 31, pressure becomes Space other than dynamic room S1 constitutes the atmospheric chamber S2 acted on by atmospheric pressure.In the present embodiment, battery 33 and substrate It is in module 34,35, be contained in atmospheric chamber S2 in addition to pressure sensor 53.Wherein, as long as at least pressure sensor 53 is received It is dissolved in the S1 of pressure oscillation room, then can be contained in the component other than pressure sensor 53 in the S1 of pressure oscillation room.In addition, Liquid detection strip of paper used for sealing etc. can be equipped in shell 31 to grasp entrance of the liquid into shell 31.
(bindiny mechanism)
As shown in Figure 4, Figure 5, bindiny mechanism 73 has connection cover 80, the first connecting member 81 and annular lamina 82.
By silicone resin etc., softer than battery holder 36 and flexible resin material is formed connection cover 80.Even It connects lid 80 and is installed on the connection pedestal 48 from axial 22 side of holding unit.Connection cover 80 has base portion 91, flange part 92 and surround protrusion 93.
As shown in figure 5, base portion 91 is formed as using axes O as the cylindric of center axis.In base portion 91, vertical view When the position that is overlapped with each electrode maintaining part 50 be respectively formed with the accommodating recess 95 being recessed in the axial direction to 22 side of holding unit. Each accommodating recess 95 axially extends and is connected radially.In base portion 91, it is overlapped when looking down with each accommodating recess 95 Position be formed with electrode insertion hole 97.Electrode insertion hole 97 is connected in accommodating recess 95 along axially through base portion 91.
As shown in figure 3, in base portion 91, the position that is overlapped with communications ports 51 is formed with port insertion hole when overlooking 99.Port insertion hole 99 is along axially through base portion 91.
As shown in figs. 3 and 5, electrode maintaining part 50 is accommodated in each accommodating recess 95 in the connection cover 80, and even Go side mouthful 51 is inserted into port insertion hole 99.Connection cover 80 is as a result, to butt up against being facing axially in connection pedestal 48 The state group of the end face of 22 side of holding unit is loaded on battery holder 36.In this state, pin electrode 49 is inserted by electrode Hole 97 and it is prominent from 22 side of holding unit in the axial direction of base portion 91.Communications ports 51 are by port insertion hole 99 from base portion 91 22 side of holding unit in the axial direction is prominent.That is, in connection cover 80 (base portion 91), face structure towards 22 side of holding unit Seat surface (first electrode configuration face) 91a that prominent and communications ports 51 are open at pin electrode 49.
The end of in the axial direction with holding unit 22 opposite side of the flange part 92 in base portion 91 is to outside radial direction Side is prominent.
It is protruded in the axial direction around protrusion 93 from the end face for being facing axially in 22 side of holding unit in base portion 91.Specifically For, be formed as the ring-type extended along the outer peripheral edge of base portion 91 around protrusion 93.That is, around protrusion 93 relative to pin electrode 49 and communications ports 51 to radial outside leave position, pin electrode 49 and communications ports 51 are surrounded with assembling.In addition, As long as the composition that will surround to aggregation around pin electrode 49 and communications ports 51 around protrusion 93, then can also be opposite It is located at radial inside in the outer peripheral edge of base portion 91.In addition, being not limited to ring-type around protrusion 93, it is also possible to polygon Shape etc..In addition, in the present embodiment, " surrounding " is not limited to continuously extend, it also include the meaning intermittently extended. As long as that is, will generally be surrounded around pin electrode 49 and communications ports 51 around protrusion 93 in present embodiment It constitutes, it will be able to suitably change.
The sharp triangle in axial 22 side of holding unit is formed towards depending under in vertical profile axially around protrusion 93 Shape.The projecting height away from base portion 91 in protrusion 93 is higher than communications ports 51, lower than pin electrode 49.Wherein, it surrounds The projecting height of protrusion 93 can also be higher than pin electrode 49.In addition, the vertical cross-sectional shape in protrusion 93 is not limited to three Angular shape.
First connecting member 81 has pedestal canister portion 100, vertical engaging protuberances (the vertical card of the first vertical engaging protuberances 101a~the 3rd Close protrusion 101c) and horizontal engaging protuberances 102.
Pedestal canister portion 100 is formed as centered on axes O with towards axial 22 side of holding unit and step by step undergauge Multistage tubular.The end for being presented axially in the side opposite with holding unit 22 in pedestal canister portion 100 is embedded in sandwiched The inside of component 72.In this state, in the axial direction in pedestal canister portion 100 22 side of holding unit end with connect pedestal The state for clamping flange part 92 between 48 along axial direction will surround around connection cover 80.Axial guarantor in pedestal canister portion 100 The end for holding 22 side of unit forms oriented radial outside outward flange section 105 outstanding.
Fig. 6 is the perspective view of power supply unit 21.
As shown in Figure 5, Figure 6, holding unit 22 pleurapophysis of the engaging protuberances 101a~101c from pedestal canister portion 100 in the axial direction is indulged Out.Each vertical engaging protuberances 101a~101c is circumferentially spaced alternately formed it is multiple.In the present embodiment, each vertical engaging is convex The equivalent arrangements at spaced intervals that circumferentially spaced 120 ° of portion 101a~101c.In addition, vertical engaging protuberances 101a~101c can be with It is individually, to be also possible to multiple.In addition, the spacing of vertical engaging protuberances 101a~101c can be changed suitably.In this case, Multiple vertical engaging protuberances 101a~101c can also be configured unequally.
Fig. 7 is the top view of the power supply unit 21 from axial 22 side of holding unit.
As shown in fig. 7, each vertical engaging protuberances 101a~101c it is each in, not by circumferential center and axis The mode that the pin electrode 49 is configured on virtual line La~Lc of line O connection is configured with each vertical engaging protuberances 101a~101c. Specifically, pin electrode 49 is configured at relative to the virtual line of the first vertical engaging protuberances 101a and axes O connection is (symmetrical Line) La be in symmetrical position.That is, by each pin electrode 49 virtual line connected to each other (the first virtual line) T1 and virtually straight Line La is mutually orthogonal, and is equal to each other from virtual line La to the distance of each pin electrode 49.
As shown in Figure 5, Figure 6, the ora terminalis for being located at axial 22 side of holding unit in engaging protuberances 101a~101c is indulged, Positioned at the position than pin electrode 49 by axial 22 side of holding unit.Engaging protuberances 101a~101c is indulged from radially Be formed as when side view rectangular-shaped.The end of 22 side of holding unit in the axial direction in vertical engaging protuberances 101a~101c, towards diameter To the face of inside be set as that the inclined surface of radial thickness is gradually thinned with towards axial 22 side of holding unit.This inclines Guidance of the inclined-plane as the aftermentioned engaging recessed part 210 for vertical engaging protuberances 101a~101c to be swimmingly directed to smoke grenade 11 Part functions.
Horizontal engaging protuberances 102 are prominent from outward flange section 105 to radial outside.Horizontal engaging protuberances 102 are formed under vertical view It is rectangular-shaped.Horizontal engaging protuberances 102 are circumferentially spaced alternately formed it is multiple.In the present embodiment, each horizontal engaging protuberances 102 circumferentially with 90 ° of equivalent arrangements at spaced intervals.In the present embodiment, a horizontal engaging protuberances 102 are configured in circumferential direction Upper and the first vertical engaging protuberances 101a same position.In addition, horizontal engaging protuberances 102 can be individually, it is also possible to multiple.Separately Outside, the spacing of horizontal engaging protuberances 102 can be changed suitably.In this case, multiple horizontal engaging protuberances 102 can also be unequal Ground configuration.
Annular lamina 82 is formed as the ring-type of thin-walled.Annular lamina 82 is by being inserted into the pedestal from axial 22 side of holding unit Canister portion 100 and be held between sandwiched component 72 and outward flange section 105 in the axial direction.As shown in figure 5, in annular lamina 82, Circumferential a part is formed with deflection division 106.Deflection division 106 is formed as the arcuation bloated to radial outside.Deflection division 106 It is configured to radially flexible deformation.Deflection division 106 is located at than the radial end face outside in horizontal engaging protuberances 102 by radial Inside position.
The deflection division 106 is circumferentially spaced alternately formed it is multiple.Such as deflection division 106 be configured in the circumferential with It is in each horizontal engaging protuberances 102, on radial direction (left and right directions) the same position of the horizontal engaging protuberances 102 of opposed pairs.Wherein, The quantity of deflection division 106 can be changed suitably.For example, deflection division 106 can accordingly be formed with each horizontal engaging protuberances 102, It only can also accordingly be formed with a horizontal engaging protuberances 102.
< holding unit >
Fig. 8 is to maintain the exploded perspective view of unit 22.
As shown in figure 8, holding unit 22 is detachably installed on main unit 10.Specifically, holding unit 22 has Standby container holding cylinder 120, transmission cylinder 121, the second connecting member 122 and sleeve 123.
Container holding cylinder 120 is formed as using axes O as the cylindrical shape of center axis.It is axial in container holding cylinder 120 Central portion is formed with peep hole 130.Peep hole 130 radially penetrates through container holding cylinder 120.Peep hole 130 is formed as with axial direction For the oblong shape of longitudinal direction.In container holding cylinder 120, the opposed radially part of peep hole 130 is formed with one It is right.In addition, the quantity of peep hole 130, position, shape etc. can be changed suitably.
It is in container holding cylinder 120, logical positioned at being formed with than peep hole 130 by the part of axial 21 side of power supply unit Port 131.Blow vent 131 radially penetrates through container holding cylinder 120.Blow vent 131 makes the inside and outside connection of holding unit 22.Ventilation 131 in container holding cylinder 120, opposed in radial direction (table back side direction) parts of mouth are formed with a pair.In addition, blow vent 131 quantity, position, shape etc. can be changed suitably.
Transmission cylinder 121 is formed by the material with translucency.Transmission cylinder 121 is inserted into container holding cylinder 120.Tool For body, transmit cylinder 121 in container holding cylinder 120, than blow vent 131 by axial 23 side of cigarette holder by peep hole 130 from Radial inside covering.That is, user can be by peep hole 130 and transmission 121 visual confirmation holding unit 22 of cylinder. In addition, holding unit 22 is also possible to without peep hole 130, transmit the composition of cylinder 121.
Second connecting member 122 is engaged when installing holding unit 22 to main unit 10 in first connecting member 81.Specifically, the second connecting member 122 has chimeric cylinder 140, guidance cylinder 141 and locking piece 142.
Chimeric cylinder 140 is formed as using axes O as the tubular of center axis.Chimeric cylinder 140 is fitted to container guarantor by indentation etc. Hold part in cylinder 120, positioned at 21 side of power supply unit than transmission cylinder 121 by axial direction.
Guidance cylinder 141 is coaxially configured with chimeric cylinder 140.Guidance cylinder 141 prolongs from 23 side of cigarette holder of chimeric cylinder 140 in the axial direction Stretch setting.Guidance cylinder 141 is formed as the cone cylinder shape that internal diameter with axial 23 side of cigarette holder of direction and is gradually expanded.Guide cylinder 141 Outer diameter it is smaller than the outer diameter of chimeric cylinder 140.When guiding in cylinder 141, side view from radially with the blow vent 131 The position of coincidence is formed with backoff portion 145.U-shaped of the backoff portion 145 for example formed as 23 side opening of cigarette holder in the axial direction.Blow vent 131 pass through backoff portion 145 to 22 inner opening of holding unit.In addition, the shape of backoff portion 145 is also possible to make in blow vent 131 The structure exposed in holding unit 22 of at least part.In addition, guidance cylinder 141 and blow vent 131 along axial arrangement in In the case where different positions, it is also possible to the composition for guiding cylinder 141 not have backoff portion 145.
Fig. 9 is the perspective view for indicating the connecting structure of the first connecting member 81 and the second connecting member 122.
As shown in Figure 8, Figure 9, locking piece 142 is prominent from 21 side of power supply unit of chimeric cylinder 140 in the axial direction.Locking piece 142 Be formed as L shape in the side view from radially.Specifically, locking piece 142 has vertical extension 150 and horizontal extension 151。
Vertical extension 150 is prominent from 21 side of power supply unit of chimeric cylinder 140 in the axial direction.
As shown in figure 9, end direction week of the horizontal extension 151 from axial 21 side of power supply unit in vertical extension 150 To side extended with cantilever.
Figure 10 is holding unit 22 and the top view of smoke grenade 11 from axial 21 side of power supply unit.
As shown in Figure 9, Figure 10, it in horizontal extension 151, is formed in a circumferential side end towards radial outer concave Sunken engaging recessed part 155.Engaging recessed part 155 is formed as semicircle shape towards radial outside.
The locking piece 142 is circumferentially spaced alternately formed it is multiple.In the present embodiment, each 142 edge of locking piece It is circumferential with 90 ° of equivalent arrangements at spaced intervals.Adjacent locking piece 142 divides have for the horizontal engaging each other in the circumferential The engaging slot 158 that protrusion 102 is inserted into.Engaging slot 158 is formed as L shape in side view.
As shown in Fig. 2, Fig. 9, power supply unit 21 is connect by locking piece 142 with horizontal engaging protuberances 102 with holding unit 22 And it can load and unload.That is, horizontal engaging protuberances 102 are being axially inserted into card in order to connect power supply unit 21 with holding unit 22 After closing in slot 158, make power supply unit 21 and holding unit 22 around axes O relative rotation.Then, horizontal engaging protuberances 102 are along axis To being fastened between horizontal extension 151 and chimeric cylinder 140.In addition, in power supply unit 21 and holding unit 22 around the opposite rotation of axes O During turning, the deflection division 106 of annular lamina 82 is embedded in engaging recessed part 155.Deflection division 106 is circumferentially sticked in card as a result, Close recess portion 155.As a result, power supply unit 21 and holding unit 22 are to complete the state of the positioning in axial direction and circumferential direction Mutually assembled.
As shown in figure 9, being formed as between chimeric cylinder 140 and horizontal extension 151 in the engaging slot 158 of present embodiment With from the circumferential other side towards the side and gradually cone cell of the width of constriction axial direction.Specifically, in horizontal extension 151 It is set as towards the end face of axial 23 side of cigarette holder with the power supply unit 21 from the circumferential other side towards side and in the axial direction The inclined surface that side extends.
Horizontal engaging protuberances 102 are formed with from circumferential side towards the other side and gradually cone of the width of constriction axial direction Shape.Specifically, the end face towards the side opposite with axial holding unit 22 in the horizontal engaging protuberances 102 is set as With the inclined surface extended from circumferential side cigarette holder 23 side axial towards the other side.As a result, in power supply unit 21 and guarantor When holding the connection of unit 22, it is able to suppress the interference of horizontal extension 151 and horizontal engaging protuberances 102, improves assemblability.
As shown in figure 8, sleeve 123 by be pressed into etc. be embedded in it is in container holding cylinder 120, positioned at than transmission cylinder 121 lean on The part of axial 23 side of cigarette holder.The transmission cylinder 121 axially maintains between the second connecting member 122 and sleeve 123.? The inner peripheral surface of sleeve 123 is formed with internal thread part 123a.
< cigarette holder >
Figure 11 is the sectional view along the XI-XI line of Fig. 1.Figure 12 is cigarette holder 23 corresponding with the XII-XII line of Fig. 1 Exploded perspective view.
As shown in Figure 11, Figure 12, cigarette holder 23 has cigarette holder main body 160 and slip-proofing device (the first slip-proofing device 161 and Two slip-proofing devices 162).
The suction port 23a that can accommodate cigarette capsule 12 is formed in cigarette holder 23.Cigarette holder main body 160 is formed as The multistage tubular of mandrel.The end of axial 22 side of holding unit in cigarette holder main body 160 is formed with external thread part 160a.Cigarette The external thread part 160a of mouth main body 160 detachably spinning in the internal thread part 123a of the sleeve 123.In addition, cigarette holder master Body 160 is also possible to his method (for example, chimeric etc.) in addition to spinning and is loaded and unloaded on the composition of sleeve 123.
In cigarette holder main body 160, one opposite with holding unit 22 is being presented axially in relative to external thread part 160a The part of side is formed with against flange 165.Be formed as against flange 165 to radial outside ring-type outstanding.Against flange 165 In the state that cigarette holder 23 is installed on holding unit 22, holding unit 22 is connected to along axial direction.In addition, against flange 165 in axis Outer diameter is gradually reduced with far from holding unit 22 upwards.
The end of axial 22 side of holding unit in cigarette holder main body 160 is formed with along axially spaced cigarette holder main body 160 Interior lattice 167.In lattice 167, it is formed in the position be overlapped with axes O along passing through axially through lattice 167 Through-hole 168.Through hole 168 is for example set as using a direction in radial direction as the oblong shape of longitudinal direction.In addition, through hole 168 plan view shape is also possible to positive round shape, multilateral shape etc..
First slip-proofing device 161 is such as integrally formed using resin material silicone resin.First slip-proofing device 161 has Ring portion 169, mosaic process 170 and abutting protrusion 171.
Ring portion 169 is fitted along axial direction from 22 side of holding unit in cigarette holder main body 160.In addition, the first slip-proofing device 161 The positioning for the axial direction that the lattice 167 is completed relative to cigarette holder main body 160 is connected to along axial direction by ring portion 169.
Intercommunicating pore 169a is centrally formed in ring portion 169.Intercommunicating pore 169a makes to keep by the through hole 168 In unit 22 with cigarette holder main body 160 is interior is connected to.
Mosaic process 170 it is in the inner peripheral of ring portion 169, intercommunicating pore 169a is clipped between diametrically opposite position It sets and is formed with a pair.Mosaic process 170 is prominent from ring portion 169 to side opposite with holding unit 22 in the axial direction.It is each chimeric Protrusion 170 is embedded in the radial both ends in the through hole 168.As a result, the first slip-proofing device 161 be completed relative to The circumferential positioning of cigarette holder main body 160.In addition, in the present embodiment, to mosaic process 170 chimeric in through hole 168 Constitute the composition being illustrated but it is also possible to be mosaic process 170 is fitted into another hole for being different from through hole 168.
It is prominent from 22 side of holding unit of ring portion 169 in the axial direction to abut protrusion 171.Protrusion 171 is abutted to be formed as with axes O Centered on round.In the present embodiment, it abuts protrusion 171 and is formed with two with concentric circles.In addition, the first anti-slip part Part 161 is also possible to do not have the composition for abutting protrusion 171.
Second slip-proofing device 162 is integrally formed such as the resin material as silicone resin.Second slip-proofing device 162 is in cigarette It is fitted in mouth main body 160 from the side opposite with axial holding unit 22.In addition, the second slip-proofing device 162 is supported along axial direction It is connected to the lattice 167, so as to complete the axial positioning relative to cigarette holder main body 160.
< cigarette capsule >
As shown in Fig. 2, Figure 11, cigarette capsule 12 is detachably installed on from the side opposite with holding unit 22 in the axial direction In cigarette holder main body 160.Cigarette capsule 12 has capsule portion 180 and filter portion 181.
As shown in figure 11, capsule portion 180 is formed as using axes O as the bottomed tube of center axis.In capsule portion 180, The closed bottom wall part 186 in the opening portion of 22 side of holding unit is formed in the axial direction and is opened along the net axially through bottom wall part 186 Mouthful.
Filter portion 181 is fitted in capsule portion 180 from the side opposite with axial holding unit 22.By capsule The space that portion 180 and filter portion 181 mark off is sealed with tobacco leaf.
< smoke grenade >
As shown in Fig. 2, smoke grenade 11 stores the aerosol source of liquid, and it is atomized the aerosol source of the liquid.Smoke grenade 11 It is accommodated in the transmission cylinder 121 of holding unit 22.
Figure 13 is the axial sectional view along smoke grenade 11.Figure 14 is the exploded perspective view of smoke grenade 11.
As shown in figs. 13 and 14, smoke grenade 11 has the tank (container body) 191 of bottomed cylindrical, is accommodated in tank 191 Substantially disk-shaped washer 192, substantially disk-shaped dictyosome 193, heating part 194 and aerosol container (container body) 195, By the closed heater holder (container body) 196 of the opening portion 191a of tank 191.
Figure 15 is the perspective view of the tank 191 from the side 191a of opening portion.
As shown in Figure 13~Figure 15, on the peripheral wall 191b of tank 191, formed than opening portion 191a slightly by the bottom side 191c There are two connecting holes 198.Connecting hole 198 is used to heater holder 196 being fixed on tank 191.Connecting hole 198 is circumferentially to become Rectangle when long mode is formed as from radial.Two connecting holes 198 are with clipping the axis Q of tank 191 opposed in two sides Configuration.In addition, axis Q is consistent with the axes O of main unit 10 in the state that smoke grenade 11 is accommodated in transmission cylinder 121.Axis Q is the axis shared in each portion for constituting smoke grenade 11.Hereinafter, axis Q is set as being not limited to the axis Q of tank 191, but It constitutes and is used in the explanation in each portion of smoke grenade 11.
In addition, drawing on the peripheral wall 191b of tank 191 being formed with from connecting hole 198 slightly by the inner peripheral surface of opening portion 191a Lead recess portion 198a.Guide recess 198a is also in opening portion 191a side opening.Guide recess 198a has by heater holder 196 effects that aftermentioned snap-latch piece 206 is guided when being fixed on tank 191.
The through hole 191d of perforation bottom 191c is formed in the radial center of the bottom 191c of tank 191.In through hole The periphery of 191d is formed with from the inner surface of bottom 191c the flow channel tube 197 of the annular shape outstanding into tank 191.Moreover, The inside of flow channel tube 197 is connected to through hole 191d.Flow channel tube 197 becomes the flow path for the aerosol being atomized.Flow channel tube 197 extend slightly by the 191a of opening portion from bottom 191c to the approximately axially center than tank 191.
Be formed between the inner peripheral surface of peripheral wall 191b and the outer peripheral surface of flow channel tube 197 across these peripheral walls 191b with Multiple (being 3 in the present embodiment) flanks 199 of flow channel tube 197.The edge in a manner of radial from axial direction of flank 199 It is circumferential equally spaced to configure.In addition, flank 199 is in the bottom 191c from tank 191 to the opening portion side 191a than flow channel tube 197 End (front end) extend between front.Flank 199 is for supporting flow channel tube 197.
On the inner peripheral surface of peripheral wall 191b, protrusion 201 is formed in the position for being formed with flank 199.201 edge of protrusion 199 ground of flank axially extend.Moreover, protrusion 201 is formed in from the bottom 191c of tank 191 to the opening portion of flank 199 Between the end (front end) of the side 191a and the front end of flow channel tube 197.Protrusion 201 has the mechanical intensity for improving tank 191 Effect, and have the function of carrying out the positioning of washer 192.
It is roughly the same with the internal diameter of tank 191 that washer 192 is formed as outer diameter.Washer 192 carries out determining for aftermentioned dictyosome 193 Position, and keep the posture of dictyosome 193.In other words, washer 192 supports aftermentioned dictyosome 193.In the radial direction of washer 192 Centre is formed with the insertion hole 192a for being inserted into flow channel tube 197.In a manner of being inserted into flow channel tube 197 to the insertion hole 192a, Washer 192 is stored in tank 191.In addition, washer 192 makes one side 192b be connected to the end face 201a of protrusion 201 and carries out in tank 191 Positioning.In the state that washer 192 is positioned, the inner peripheral surface of the outer peripheral surface contact tank 191 of washer 192.In addition, washer 192 Insertion hole 192a contact flow channel tube 197 outer peripheral surface.
It (is 4 in the present embodiment that major part between insertion hole 192a and the outer peripheral surface of washer 192, which is formed with multiple, It is a) opening portion 192c.Opening portion 192c is formed as arc-shaped when from end on observation.Each opening portion 192c is circumferentially, equally spaced Configuration.Make to be connected to across the two sides of washer 192 via opening portion 192c in tank 191.In such washer 192 and one side Dictyosome 193 is configured on the another side 192d of 192b opposite side.
Dictyosome 193 is in cellular and with the component of absorbency.Dictyosome 193 is for example formed by cotton fiber material.Net Body 193 is again formed as shape roughly the same with washer 192 and is formed.That is, dictyosome 193 is formed as the internal diameter of outer diameter and tank 191 substantially It is identical.The insertion hole 193a for being inserted into flow channel tube 197 is formed in the radial center of dictyosome 193.In the 193a of the insertion hole It is inserted into flow channel tube 197, is overlapped the one side 193b of dictyosome 193 with the another side 192d of washer 192, to determine dictyosome 193 Position.The inner peripheral surface of the outer peripheral surface contact tank 191 of dictyosome 193.In addition, the insertion hole 193a contact flow channel tube 197 of dictyosome 193 Outer peripheral surface.
Using dictyosome 193, the inside of tank 191 is divided into fluid storage room 202 and the opening portion 191a of the bottom side 191c The open chamber 203 of side.The aerosol source of liquid is stored in fluid storage room 202.Open chamber 203, which becomes, to be made to be inhaled by dictyosome 193 The space of the aerosol source atomization taken.
The another side 193c of the side opposite with one side 193b of dictyosome 193 exposes in open chamber 203.With in the opening The mode of the another side 193c connection for the dictyosome 193 that room 203 is exposed is equipped with heating part 194.
Heating part 194 is for being atomized the aerosol source of liquid.Heating part 194 is accommodated in open chamber 203.Heating part 194 The heating wire 205 for having the core 204 for being shaped generally as U-shaped and heating core 204.Core 204 is that in cellular and have The generally cylindrical component of absorbency.Make such 204 bending deformation of core at generally U-shaped.
In more detail, core 204 by two axially-extending portion 204a axially extending and make two it is axially extending One end of portion 204a is constituted via the radial extension 204c of bending section 204b connection each other.Moreover, being connected with axis in dictyosome 193 To the other end of extension 204a.It can be drawn as a result, by core 204 by the aerosol source that dictyosome 193 absorbs.
There is heating wire 205 mode around the radial extension 204c to surround core 204 to be formed as spiral helicine Heating wire main body 205a and extend axially towards 196 side of heater holder from two terminals of heating wire main body 205a Two terminal part 205b.If being heated core 204 using heating wire 205, the aerosol source absorbed by core 204 is atomized. The front end of two terminal part 205b is folded back towards 193 side of dictyosome.Two terminal part 205b are connected to heater holder 196.
Figure 16 is the perspective view of the heater holder 196 from 21 side of power supply unit (the first axial side).
As shown in Figure 13, Figure 16, heater holder 196 is shaped generally as bottomed cylindrical.Moreover, so that heater is protected The mode of the opening portion 196a of gripping member 196 towards 191 side of tank closes the opening portion 191a of tank 191.
The peripheral wall 196b of heater holder 196 is formed as outer diameter and roughly same outer diameter in the peripheral wall 191b of tank 191. In the outer peripheral surface of peripheral wall 196b, it is formed with via step surface 196c and contracts between the 196a of opening portion from approximately axially center The fitting portion 196d of diameter.Fitting portion 196d is embedded in the inner peripheral surface of the peripheral wall 191b in tank 191.In addition, the peripheral wall of tank 191 The end abutment of the opening portion side 191a in 191b is in the step surface 196c of peripheral wall 196b.Adding relative to tank 191 is carried out as a result, The axial positioning of hot device holder 196.
In addition, in the end of the opening portion side 196a of fitting portion 196d, corresponding with the two of tank 191 connecting holes 198 Position is integrally formed, and there are two snap-latch pieces 206.Two snap-latch pieces 206 are prominent towards corresponding connecting hole 198.That is, two engagings Piece 206 is arranged opposite in two sides across the axis Q of heater holder 196.
Snap-latch piece 206 is sticked in the connecting hole 198 of tank 191 and keeps tank 191 integrated with heater holder 196.Engaging Piece 206 is formed to radially flexible deformation.Tank is inserted into prominent be formed with of radial outside in the front end of snap-latch piece 206 Meshing pawl 207 in 191 connecting hole 198.
Meshing pawl 207 is formed as, and axially and the section shape of radial plane is roughly triangular shape.That is, nibbling Close pawl 207 by the face of front end side with towards radial outside and to base end side (side fitting portion 196d) it is inclined in a manner of be set as inclining Inclined-plane 207a with.On the other hand, the flat surface 207b of the base end side of meshing pawl 207 is orthogonal to the axial direction.
In addition, being formed with and engaging in the outer peripheral surface for avoiding fitting portion 196d in the peripheral wall 196b of heater holder 196 The recess portion 208 that pawl 207 arranges in the axial direction.The radial outside and step surface 196c side opening of recess portion 208.In the formation of recess portion 208 There is the first suction hole 209 of through-thickness perforation peripheral wall 196b.Make to connect inside and outside peripheral wall 196b via the first suction hole 209 It is logical.
Also, on the peripheral wall 196b of heater holder 196, in the bottom side 196e, there are three engaging recessed part (limits for formation Portion processed) 210.Three engaging recessed parts 210 are circumferentially (circumferentially with 120 ° of intervals) and to avoid the shape of recess portion 208 at equal intervals At position configure.Engaging recessed part 210 is formed as radial outside and bottom 196e is open.In the bottom 196e of engaging recessed part 210 Side, which is formed with, gradually widens the flat corner portion of the cone cell of the circumferential width of engaging recessed part 210 with towards bottom 196e 210a。
It is inserted into the vertical engaging protuberances (protrusion) of the first connecting member 81 respectively in three engaging recessed parts 210 formed in this way 101a~101c.Heater holder 196 (smoke grenade 11) is concatenated with the first connecting member 81 as a result, and can be heated The circumferential positioning of device holder 196 (smoke grenade 11) and the first connecting member 81.
The generally plate like company erected from inner surface along axial direction is formed in the bottom 196e of heater holder 196 Connect wall 211.In addition, the radially extending along the axis Q by heater holder 196 of connection wall 211, radial longitudinal direction two End is connected to the inner surface of peripheral wall 196b.Using such connection wall 211, two skies will be divided into heater holder 196 Between.
Also, slit 212 there are two being formed in the bottom 196e of heater holder 196.Two slits 212 are along even It configures with connecing the plate thickness direction two sides of wall 211.
Electrode 213,214 is respectively equipped on the thickness direction two sides of connection wall 211.Electrode 213,214, which has, is set to connection Extraction electrode portion 213a, 214a of wall 211 and from extraction electrode portion 213a, 214a respectively via corresponding slit 212 to Connection electrode portion (the first plane electrode and the second plane electrode) 213b, 214b that the bent outside of bottom 196e extends.And And two terminal parts for constituting the heating wire 205 of heating part 194 are connected separately in each extraction electrode portion 213a, 214a 205b。
Connection electrode portion 213b, 214b by aftermentioned insulation division 215 be clipped between be shaped generally as in radial two sides Semicircle shape.Specifically, two connection electrode portion 213b, 214b are configured to make linear one side when from end on observation 213c, 214c opposed shape radially.In addition, two connection electrode portion 213b, 214b are when from end on observation with circular arc Arc-shaped edges 213d, 214d of shape constitute peripheral part.Between one side 213c, 214c of two connection electrode portions 213b, 214b Form as the end for accompanying connection wall 211.In each connection electrode portion 213b, 214b with 196 (smoke grenade of heater holder 11) state contacts with the connection of the first connecting member 81 have the pin electrode 49 (electrode body) kept by each electrode maintaining part 50 Front end.That is, the bottom 196e of heater holder 196 to the main unit 10 of smoke grenade 11 in the state of installing as in axis The electrode configuration face opposed with the seat surface 91a (second electrode configuration face) functions upwards.
Here, each connection electrode portion 213b, 214b is at least formed at power supply unit 21 and smoke grenade 11 around axes O (axis Q) On the rotational trajectory of pin electrode 49 (the first pin electrode 49a and the second pin electrode 49b) in the case where relative rotation.That is, each Connection electrode portion 213b, 214b are formed in comprising the first virtual circumference by the first pin electrode 49a centered on axes O C1 and the region passed through including this two side of the second virtual circumference C2 of the second pin electrode 49b centered on axes O.In this reality It applies in mode, each electrode 49a, 49b line of selling symmetrically configures, therefore each virtual circumference C1, C2 is consistent.
In addition, the end for the connection wall 211 being located between one side 213c, 214c of two connection electrode portions 213b, 214b Portion is radially extended along the axis Q's by heater holder 196, therefore in other words, it may be said that is connected by two pin electrodes 49 The virtual line T1 of regulation direction in the virtual line T1 of knot is equipped with connection wall 211.This is defined to be oriented, and passes through shape It is kept at the circumferential center of an engaging recessed part 210 in three engaging recessed parts 210 of heater holder 196 and heater The virtual line T2 of the axis Q of part 196 is consistent.Connection wall 211 is formed as the width ratio of short side direction (around the circumferential direction of axis Q) The diameter of axle of each pin electrode 49 is larger.
The end for the connection wall 211 being configured so that is as the insulation division 215 for circumferentially dividing connection electrode portion 213b, 214b It functions.By making the configuration of insulation division 215 in the circumferential central and heater holder 196 by an engaging recessed part 210 Axis Q virtual line T2 on, thus heater holder 196 (smoke grenade 11) and the first connecting member 81 connection state Under, reliably two connection electrode portions 213b, 214b of independent contact are distinguished in each front end for selling electrode 49.In other words, it does not have Two pin electrodes 49 contact one in two connection electrode portions 213b, 214b simultaneously.In this way, each connection electricity of present embodiment Pole portion 213b, 214b by virtual line T2 (insulation division 215) be clipped between in radial two sides include virtual circumference C1, C2, And relative to virtual circumference C1, C2 be formed as to radial outside (arc-shaped edges 213d, 214d) and inside (one side 213c, 214c) the semicircle shape extended.
In addition, being formed in arc-shaped edges 213d, 214d of two connection electrode portions 213b, 214b in circumferential substantial middle Recess portion 213e, the 214e being recessed to radially inner side.In the bottom 196e of heater holder 196, in connection electrode portion 213b, Position in position corresponding to recess portion 213e, 214e of 214b, corresponding with the recess portion 213e of a side is formed with along bottom Second suction hole 216 of the thickness direction perforation of 196e.Make the inside and outside connection of bottom 196e via the second suction hole 216.
In addition, in bottom 196e, when position corresponding with connection electrode portion 213b, 214b is formed with from the end on observation With the recess portion 196f of connection electrode portion 213b, 214b same shape.Recess portion 196f be accommodated with connection electrode portion 213b, 214b.By forming recess portion 196f, so that the surface of connection electrode portion 213b, 214b and these connection electrode portions are not configured The surface of the bottom 196e of the position of 213b, 214b is in the same plane.To be embedded in such heater holder 196 Peripheral wall 196b inner peripheral surface mode by aerosol container 195 a part store.
As shown in figure 11, in the state that smoke grenade 11 is installed in holding unit 22, the peripheral part of bottom 196e is in axial direction On be connected to it is described around protrusion 93.It is surrounded as a result, by bottom 196e and connection cover 80 (seat surface 91a and surround protrusion 93) Space form the cushion space S3 for making to be connected in communications ports 51 with the second suction hole 216.In the example of Figure 11, connection Port 51 and the second suction hole 216 are configured at the position for separating and being circumferentially offset with one another in the axial direction.In addition, even Go side mouthful 51 and the second suction hole 216 can also be configured at the position deviated from each other radially.
The communications ports 51 of present embodiment are connected to flow channel tube 197 by cushion space S3, second suction hole 216 etc. It is interior.In addition, the confession in bottom (the second face) 196e is formed as flat surface orthogonal to the axial direction around the part that protrusion 93 abuts.Bottom Confession in portion 196e is also possible to convex surface, concave surface, inclined surface etc. around the part that protrusion 93 abuts.
In the present embodiment, smoke grenade 11 is pressed using cigarette holder 23 around protrusion 93, so that the state with flexible deformation is tight It is close to be contacted with bottom 196e.Wherein, it is not necessarily in close contact, can also separate around protrusion 93 and bottom 196e.As long as that is, Pressure oscillation room S1 can be made to generate negative pressure by communications ports 51 when drawing, then can also surround protrusion 93 and bottom Small gap is generated between 196e.
Figure 17 is the perspective view of the aerosol container 195 from 193 side of dictyosome (axial second side).
Aerosol container 195 is by flexible component, the resin such as silicone resin shown in Figure 13, Figure 14, Figure 17 etc. Material is formed.Aerosol container 195 is in the axial direction set on the bottom of the another side 193c of dictyosome 193 and heater holder 196 Between near 196e.That is, aerosol container 195 is shaped generally as cylindrical shape in a manner of surrounding around by heating part 194, Make the canister portion 217 of the inner peripheral surface for the peripheral wall 191b being embedded in tank 191 and the peripheral wall 196b being embedded in heater holder 196 The substantially block-like fitting portion 218 of inner peripheral surface it is integrally formed.
In the end of 193 side of dictyosome of canister portion 217, the major part in radial center is formed with step surface 217a.Pass through shape At step surface 217a, to form the peripheral part of canister portion 217 towards 193 side of dictyosome cricoid protruding portion 219 outstanding.The protrusion The end abutment in portion 219 is in the another side 193c of dictyosome 193.The outer diameter of protruding portion 219 be in the peripheral wall 191b in tank 191 The roughly the same or smaller degree of diameter.
In the major part of step surface 217a, housing recess 220 is formed in a manner of corresponding with the shape of heating part 194. Housing recess 220 becomes the spray chamber M for the aerosol storage being atomized using heating part 194.Spray chamber M is connected to tank 191 flow channel tube 197.
The seat surface 221 of the bending section 204b mounting for the core 204 for constituting heating part 194 is formed in housing recess 220. The terminal part of the heating wire 205 for avoiding and constituting heating part 194 is formed on the face of the radially inner side of seat surface 221 The recess portion 221a of the interference of 205b.
In the outer peripheral surface of canister portion 217, sealing 222 is being formed at fitting portion 218.Sealing 222 spread in addition to It complete cycle except aftermentioned notch section 222a and is formed to radial outside is prominent.Sealing 222 have ensure canister portion 217 and tank The effect of leakproofness between 191 peripheral wall 191b, and have the function of inhibiting disengaging of the aerosol container 195 from tank 191.
The outer diameter of sealing 222 is larger than the internal diameter of the peripheral wall 191b of tank 191.Therefore, to be accommodated in tank 191 The state of aerosol container 195, sealing 222 is radially compressed.Thus, it can be ensured that the leakproofness of sealing 222, and utilize The frictional resistance of sealing 222 inhibits disengaging of the aerosol container 195 from tank 191.
In addition, being formed in sealing 222, there are two notch section 222a.Axis Q of two notch section 222a across tank 191 It is opposed to configure in two sides.Outside air is connected to aftermentioned liquid storing part 223 using notch section 222a.
In the outer peripheral surface of canister portion 217, in the front end from protruding portion 219 to being formed with liquid storing part 223 between sealing 222. Liquid storing part 223 is such as lower portion: when dictyosome 193 and core 204 are saturated, being stored in the fluid storage room 202 of tank 191 Liquid peripheral wall 191b of the aerosol source in tank 191 inner peripheral surface transmitting and in the case where leaking out, the gas of the leakage is molten Jiao Yuan is temporarily stored.
Liquid storing part 223 be so that the outer peripheral surface of canister portion 217 it is whole with before from sealing 222 towards protruding portion 219 End and recess portion that gradually mode in the gap between the peripheral wall 191b of the outer peripheral surface and tank 191 of constriction canister portion 217 is formed obliquely. In other words, liquid storing part 223 be with the opening portion 191a towards tank 191 and gradually widen canister portion 217 outer peripheral surface and tank 191 Peripheral wall 191b between gap recess portion.It is attached in the protruding portion 219 of canister portion 217 due to being thusly-formed liquid storing part 223 Closely, the narrow part 279 of minim gap is formed between the protruding portion 219 and the peripheral wall 191b of tank 191.
Here, the end abutment of the protruding portion 219 in canister portion 217 is in the another side 193c of dictyosome 193.In addition, dictyosome 193 Outer peripheral surface contact tank 191 inner peripheral surface.Therefore, it is formed between the protruding portion 219 of canister portion 217 and the peripheral wall 191b of tank 191 Narrow part 279 by dictyosome 193 peripheral part cover (closure).
Also, in the outer peripheral surface of canister portion 217, in 206 institute of snap-latch piece for leaning on 196 side of heater holder than sealing 222 Corresponding position is formed with the recess portion 224 for receiving the snap-latch piece 206.By being inserted into snap-latch piece 206 to the recess portion 224, mist is carried out Change the circumferential positioning of container 195 and heater holder 196.In addition, the bottom surface 224a of the recess portion 224 in canister portion 217 is abutted In the inner surface of the radially inner side of snap-latch piece 206.
The fitting portion 218 of aerosol container 195 is formed to the interior of the peripheral wall 196b being embedded in heater holder 196 Circumferential surface it is substantially cylindric.That is, the outer diameter of fitting portion 218 compared to canister portion 217 outer diameter via stage portion 217b undergauge landform At.In the slit 225 that the connection wall 211 that fitting portion 218 forms having heaters holder 196 is inserted into.In addition, chimeric Portion 218, which is formed with, is connected to slit 225 and is inserted into the heating wire (not shown) of the terminal part 205b of heating wire 205 with narrow Seam.By being inserted into the terminal part 205b of heating wire 205 with slit to the heating wire, terminal part 205b is held in aerosol container 195.In addition, the terminal part 205b of extraction electrode portion 213a, 214a and heating wire 205 for being set to connection wall 211 are connected.
In addition, in fitting portion 218, with the first suction hole 209 of heater holder 196 and the second suction hole 216 corresponding positions are formed with vent passage 226.Also, it is formed in fitting portion 218 by slit 225 and vent passage 226 and cylinder The slit 218a of spray chamber M (housing recess 220) connection in portion 217.Via slit 218a, vent passage 226 and aerosol container 195 spray chamber M (housing recess 220) is connected to.As a result, via vent passage 226 and slit 218a, aerosol container 195 Spray chamber M (housing recess 220) is connected to the first suction hole 209 of heater holder 196 and the second suction hole 216.
The assembled configuration > of < extractor entirety
Figure 18 is the main view of extractor 1.
As shown in figure 18, the main unit 10 of extractor 1 has power supply unit 21, holding unit 22 and cigarette holder 23 In the interconnecting piece 300 that the axis that axes O (central axis) is extended connects up.Interconnecting piece 300 has power supply unit 21 and keeps The first rotary connector 301 that unit 22 connects and the second rotary connector for connecting holding unit 22 with cigarette holder 23 302。
In addition, in the following description, among the circumferential direction around axes O, will from 23 lateral edge axes O of cigarette holder power supply It is referred to as direction of rotation M1 around the direction of axes O clockwise when the vertical view of 21 side of unit, the direction counterclockwise around axes O is claimed Make direction of rotation M2.
First rotary connector 301 passes through the relative rotation around axes O of power supply unit 21 and holding unit 22, carries out electricity Source unit 21 and the connection of holding unit 22 are released with connecting.On the basis of power supply unit 21, if relative to electricity Source unit 21 rotates holding unit 22 to direction of rotation M1, then power supply unit 21 is connect with holding unit 22.In addition, if opposite Rotate holding unit 22 to direction of rotation M2 in power supply unit 21, then power supply unit 21 and the connection of holding unit 22 are solved It removes.
First rotary connector 301 has based on first connecting member 81 shown in Fig. 9 and the second connecting member 122 connecting mechanism for rotating 310 and based on described Fig. 9 and annular lamina shown in Fig. 10 82 and the second connecting member 122 Locking mechanism 311.Specifically, connecting mechanism for rotating 310 makes the first connecting member set on power supply unit 21 as shown in Fig. 9 81 horizontal engaging protuberances 102 are axially inserted into after the engaging slot 158 of the second connecting member 122 of holding unit 22, phase Rotate holding unit 22 to direction of rotation M1 (referring to Fig.1 8) power supply unit 21, to keep horizontal engaging protuberances 102 locking In locking piece 142, power supply unit 21 is connect with holding unit 22.
Locking mechanism 311 limits holding unit 22 to the direction of rotation for releasing the connection based on the connecting mechanism for rotating 310 The rotation of M2.Specifically, locking mechanism 311 has as shown in Fig. 9 and Figure 10: deflection division 106, set on being installed on power supply The annular lamina 82 of unit 21, it is prominent towards radial outside；And front end 142a, set on the second linking part of holding unit 22 Part 122, it is prominent relatively toward radial inside relative to the bottom of engaging recessed part 155 in locking piece 142.Locking piece 142 Front end 142a be located in the movement routine of the deflection division 106 of axes O.
(make holding unit 22 to rotation side relative to power supply unit 21 when carrying out the connection in connecting mechanism for rotating 310 When being rotated to M1), deflection division 106 is contacted with the front end 142a of locking piece 142, and deflection division 106 becomes to radial inner elastic Shape and cross front end 142a.After deflection division 106 crosses front end 142a, restore to deform and engage towards radial outside In engaging recessed part 155.If deflection division 106 is sticked in engaging recessed part 155, the front end of deflection division 106 and locking piece 142 142a is opposed and locking on the M1 of direction of rotation.If not applying power to a certain degree as a result, cannot by power supply unit 21 with The connection of holding unit 22 releases.
According to the first rotary connector 301, even if as in the present embodiment will be electric in order to improve manufacture efficiency etc. Source unit 21 and holding unit 22 are set as in the case where capable of dividing, and also can be realized the power supply based on connecting mechanism for rotating 310 The facilitation that unit 21 is connect with holding unit 22 and the power supply unit 21 based on locking mechanism 311 and holding unit 22 Connection status reliability (bonding strength) raising.In addition, being utilized while being connected using connecting mechanism for rotating 310 Locking mechanism 311 is locked, therefore the convenience (availability) of assembling can be made to improve.
In locking mechanism 311, as shown in Figure 10, the deflection division 106 of flexible deformation is configured at than annular lamina 82 by wall thickness The higher locking piece 142 of rigidity radially inner side.Therefore, it in the state that power supply unit 21 is connect with holding unit 22, scratches Pars convoluta 106 is engaged piece 142 and covers and protect from outside.Thus, it is supposed that have whereabouts, collision etc., the case where deflection division 106 damages Also less.Thus, it can be ensured that for the intensity of the Reusability of assembling, the reliability of locking is also improved.
The locking locking piece 142 of deflection division 106 is as shown in figure 9, the horizontal engaging for being formed with connecting mechanism for rotating 310 is convex The engaging slot 158 that portion 102 is engaged.In this way, locking piece 142 forms a part (engaging slot 158) of connecting mechanism for rotating 310, And a part (front end 142a (protrusion)) of locking mechanism 311 is formd, therefore can relatively easy where improve connection The reliability (bonding strength) of state.
As shown in figure 18, the opposite rotation around axes O that the second rotary connector 302 passes through holding unit 22 and cigarette holder 23 Turn, carry out holding unit 22 and the connection of cigarette holder 23 with connect releasing.On the basis of holding unit 22, if relatively Rotate cigarette holder 23 to direction of rotation M1 in holding unit 22, then holding unit 22 is connect with cigarette holder 23.In addition, if relative to guarantor Holding unit 22 rotates cigarette holder 23 to direction of rotation M2, then holding unit 22 and the connection of cigarette holder 23 are released from.
Second rotary connector 302 has as shown in described Figure 11 set on the external thread part 160a of cigarette holder 23 and set on guarantor Hold the internal thread part 123a of unit 22.Specifically, the second rotary connector 302 passes through the external thread part made set on cigarette holder 23 160a is rotated relative to the internal thread part 123a for being set to holding unit 22 to direction of rotation M1, thus by holding unit 22 and cigarette Mouth 23 connects.In addition, by making the external thread part 160a set on cigarette holder 23 relative to the internal thread part for being set to holding unit 22 123a is rotated to direction of rotation M2, to release the connection of holding unit 22 and cigarette holder 23.
As shown in figure 18, direction of rotation M1 is to maintain connection direction of the unit 22 relative to power supply unit 21, and is also Connection direction of the cigarette holder 23 relative to holding unit 22.In addition, direction of rotation M2 is to maintain unit 22 relative to power supply unit 21 Connection release direction, and be also cigarette holder 23 relative to holding unit 22 connection release direction.In this way, connecting in the first rotation In socket part 301 and the second rotary connector 302, the direction of rotation that connection and connection around axes O release is consistent.Therefore, The unified sense that unit assembling operation can be brought to user, improves convenience (availability).
Due to replacement of smoke grenade 11 etc., releases the frequency ratio that cigarette holder 23 is connect with holding unit 22 and release power supply list The frequency that member 21 is connect with holding unit 22 is high.In the present embodiment, it in the first rotary connector 301, is applied around axes O Add the first torque 301T to release the connection of power supply unit 21 Yu holding unit 22, in the second rotary connector 302, applies ratio The second first torque 301T small torque 302T releases the connection of holding unit 22 Yu cigarette holder 23.Thereby, it is possible to prevent from guarantor The gearing for holding when unit 22 removes cigarette holder 23, holding unit 22 and power supply unit 21 rotates.
First torque 301T is to maintain torque value when unit 22 is rotated relative to power supply unit 21 to direction of rotation M2 Peak value, and depend on spring constant corresponding to the radial flexible deformation of Fig. 9 and deflection division shown in Fig. 10 106 etc.. Second torque 302T is the peak value of torque value when cigarette holder 23 is rotated relative to holding unit 22 to direction of rotation M2, and depends on The friction of rest power etc. of the external thread part 160a shown in Figure 11 and internal thread part 123a.In addition, the first torque 301T compared to Second torque 302T is for example set as 1.5 times or more preferably.
Since the first rotary connector 301 is different from the connecting structure of the second rotary connector 302, it is easy to adjust The size relation of one torque 301T and the second torque 302T.For example, if to be formed the locking machine of the first rotary connector 301 The screening of the material of the deflection division 106 (annular lamina 82) of structure 311, the adjustment of thickness, the then radial flexible deformation of deflection division 106 Corresponding spring constant change, can be easily adjusted size of the first torque 301T relative to the second torque 302T.
Figure 19 is the sectional view axially when removing cigarette holder 23 from extractor 1.
It as shown in figure 19,, can be in the axial direction to smoke grenade by removing cigarette holder 23 from main unit 10 in extractor 1 11 are loaded and unloaded.In addition, will remove cigarette holder from main unit 10 is referred to as smoke grenade receiving portion 320.That is, smoke grenade receiving portion 320 Include holding unit 22 and power supply unit 21.
Smoke grenade receiving portion 320 forms the smoke grenade accommodating space 321 of bottomed tube.Form the cigarette of smoke grenade accommodating space 321 The peripheral wall for playing receiving portion 320 is formed by holding unit 22.In addition, form the smoke grenade receiving portion 320 of smoke grenade accommodating space 321 Bottom is formed by power supply unit 21.That is, the peripheral wall (holding unit 22) of smoke grenade receiving portion 320 can be relative to smoke grenade receiving portion 320 bottom (power supply unit 21) handling.
The vertical engaging protuberances set on first connecting member 81 are vertically equipped with along axial direction in the bottom of smoke grenade receiving portion 320 101 (appended drawing reference 101 is marked to vertical engaging protuberances 101a~101c after Figure 19).Vertical engaging protuberances 101 are configured to, Neng Gou Axis, which is inserted upwardly into, to be set to by the engaging recessed part 210 of smoke grenade 11.That is, vertical engaging protuberances 101 are configured with engaging recessed part 210 with axis On same Radius centered on O.Vertical engaging protuberances 101 form limitation smoke grenade 11 with engaging recessed part 210 and accommodate relative to smoke grenade First rotationally constrained portion 330 of the relative rotation around axes O in portion 320 (smoke grenade accommodating space 321).
In the first rotationally constrained portion 330, if making smoke grenade 11 and smoke grenade receiving portion 320 around axes O relative rotation, it is set to It is inserted into engaging recessed part 210 with the vertical engaging protuberances 101 on Radius, the rotation around axes O for carrying out smoke grenade 11 limits.As a result, Smoke grenade 11 is positioned in the circumferential, it can be ensured that connection electrode portion 213b, 214b (referring to Fig.1 0) of the bottom 196e of smoke grenade 11 and The pin electrode 49 of power supply unit 21 conducts.
First rotationally constrained portion 330 is together formed with cigarette holder 23 and (is kept with cigarette holder 23 relative to smoke grenade receiving portion 320 Unit 22) the spinning positioning mechanism 340 that linkedly positions smoke grenade 11 relative to smoke grenade receiving portion 320.According to the localization machine Structure 340 can carry out the positioning of smoke grenade 11 while spinning of the cigarette holder 23 relative to smoke grenade receiving portion 320.It therefore, can be opposite It is become easy in the positioning for the smoke grenade 11 that smoke grenade receiving portion 320 is loaded and unloaded, eliminates the cumbersome of assembling.Furthermore, it is not longer necessary to directly Smoke grenade 11 is rotated with hand.
Specifically, cigarette holder 23 has that rotate smoke grenade 11 around axes O relative to smoke grenade receiving portion 320 described first anti- Sliding component (smoke grenade abutting part) 161.First slip-proofing device 161 is installed on cigarette holder main body 160, is connected to guarantor in cigarette holder main body 160 The midway for holding unit 22 is connected to smoke grenade 11.If the first slip-proofing device 161 is connected to smoke grenade 11, smoke grenade 11 and cigarette holder 23 start It rotates together with, in the circumferential position consistency of engaging recessed part 210 and vertical engaging protuberances 101, smoke grenade 11 is towards smoke grenade receiving portion 320 bottom side is fallen by gravity, and vertical engaging protuberances 101 are inserted into engaging recessed part 210, to carry out the week of smoke grenade 11 To positioning.
Also, if it is screwed into cigarette holder 23, in the smoke grenade 11 and cigarette holder for being supported on power supply unit 21 (vertical engaging protuberances 101 etc.) Between main body 160, the first slip-proofing device 161 is axially compressed.First slip-proofing device 161 as shown in figure 11, is revolved in cigarette holder 23 In the state of holding unit 22, smoke grenade 11 is pressed towards power supply unit 21.Thus the axial positioning of smoke grenade 11 is carried out.
Since the first slip-proofing device 161 is formed by silicone resin as described, smoke grenade of sening as an envoy to is presented in the circumferential The frictional force of 11 rotations, in addition, being easy to show the pressing force of pressing smoke grenade 11 in the axial direction.In addition, as shown in figure 19, first Slip-proofing device 161 is formed on the opposed faces 161a opposed with smoke grenade 11 abuts protrusion 171.Using abutting protrusion 171, the One slip-proofing device 161 is no longer plane contact relative to the contact of smoke grenade 11, therefore contacts pressure and increase, it is easier to show week Pressing force in upward frictional force and axial direction.
In addition, as shown in figure 11, abutting protrusion 171 and being crushed in the axial direction, so that the through hole 191d of smoke grenade 11 and the It is hermetically sealed between the intercommunicating pore 169a of one slip-proofing device 161, the fluid communication of smoke grenade 11 and cigarette holder 23, is produced in smoke grenade 11 Raw aerosol can be drawn via cigarette holder 23.Be formed as double loop (referring to Fig.1 2), energy due to abutting protrusion 171 Enough form the high dual-seal of air-tightness.
Cigarette holder 23 as shown in figure 19, has relative rotation of the first slip-proofing device 161 of limitation relative to cigarette holder main body 160 The second rotationally constrained portion 350.Second rotationally constrained portion 350 is by the 170 (reference of mosaic process set on the first slip-proofing device 161 Through hole 168 (referring to Fig.1 2) formation of long hole Figure 12) and set on cigarette holder main body 160.Mosaic process 170 is towards cigarette holder main body 160 are extended axially by a pair, and are embedded in the long side direction both ends of through hole 168.
According to the second rotationally constrained portion 350, it is assumed that the aerosol of cohesion is stored in cigarette holder main body 160 and the first slip-proofing device Between 161, idle running (sliding) of first slip-proofing device 161 relative to cigarette holder main body 160 can be also prevented.It therefore, can be reliable Ground carries out the positioning in the circumferential direction of smoke grenade 11.Alternatively, it is also possible to which through hole 168 is formed as long hole, and it is set as with suction port 23a One.
[effect]
The assemble method > of < extractor
Next, being illustrated to the assemble method of the extractor 1.
As shown in Fig. 2, holding unit 22 is assembled in power supply unit first when assembling the extractor 1 of present embodiment 21.Specifically, making power supply unit 21 after horizontal engaging protuberances 102 are inserted into engaging slot 158 along axial direction and keeping single Member 22 is around axes O relative rotation.Then, power supply unit 21 and holding unit 22 be in first rotary connector 301, It is mutually assembled with completing the state of axial and circumferential positioning.In addition, removing power supply unit 21 and holding unit 22 When, carry out the movement opposite with the movement.
Then, smoke grenade 11 is inserted into holding unit 22.Specifically, so that the connection electrode portion 213b of smoke grenade 11, 214b is inserted into smoke grenade 11 into holding unit 22 towards the state of axial 22 side of holding unit.In the vertical card of power supply unit 21 Under the circumferential position unanimous circumstances for closing the engaging recessed part 210 of protrusion 101a~101c and smoke grenade 11, it is inserted into each vertical engaging protuberances In engaging recessed part 210 corresponding to 101a~101c.It is formed with flat corner portion 210a in engaging recessed part 210, on the other hand, The front end of vertical engaging protuberances 101a~101c is formed with inclined surface.Therefore, indulging engaging protuberances 101a~101c can swimmingly be inserted into Engaging recessed part 210.Positioning of the smoke grenade 11 relative to the circumferential direction of power supply unit 21 and axial direction can be carried out as a result, and smoke grenade 11 is being marked Quasi- position is assembled in power supply unit 21.
That is, the connection electrode portion 213b sold in electrode 49 and smoke grenade 11 of power supply unit 21 sold in electrode 49, Connection electrode portion 213b, 214b of a side in 214b is connected.In addition, the connection electrode portion in other pin electrodes 49 and smoke grenade 11 Connection electrode portion 213b, 214b of another party in 213b, 214b is connected.Via these connection electrode portions 213b, 214b (electricity Pole 213,214), can be passed through the electric power of power supply unit 21 to the heating wire 205 of heating part 194.Also, the bottom of smoke grenade 11 196e is connected to around protrusion 93, to mark off cushion space S3 using smoke grenade 11 and connection cover 80.
Next, cigarette holder 23 is assembled in holding unit 22 using second rotary connector 302.Specifically, will The external thread part 160a spinning of cigarette holder main body 160 is in the internal thread part 123a of sleeve 123.Then, the first anti-slip part of cigarette holder 23 The bottom 191c of the contact smoke grenade 11 of part 161.In this state, if further fastening cigarette holder 23,161 bullet of the first slip-proofing device Property deformation so that smoke grenade 11 by the state pressed towards axial 21 side of power supply unit to be held in holding unit 22.In addition, Smoke grenade 11 limits the movement of the circumferential direction relative to power supply unit 21 by engaging protuberances 101a~101c is indulged.Therefore, become utilization The frictional force acted between the first slip-proofing device 161 and smoke grenade 11 avoids smoke grenade 11 and cigarette holder 23 from interlocking the composition of rotation.
Next, cigarette capsule 12 is inserted into cigarette holder 23.Specifically, so that net opening makes cigarette capsule towards the state of cigarette holder 23 12 are embedded in cigarette holder main body 160.
By the above, completing the assembling of extractor 1.
However, due to the direction in the circumferential direction of smoke grenade 11, there are the vertical of power supply unit 21 in the insertion of the smoke grenade 11 The inconsistent situation of the circumferential position of engaging protuberances 101a~101c and the engaging recessed part of smoke grenade 11 210.In this case, smoke grenade 11 bottom 196e (hreinafter referred to as " costs state " as the state for costing vertical engaging protuberances 101a~101c.).
Figure 20 is to indicate that smoke grenade 11 has costed the explanatory diagram of the state of vertical engaging protuberances 101.
As shown in figure 20, smoke grenade 11 cost state under, smoke grenade 11 is relative to power supply unit 21 in the axial direction to electricity The movement of 21 side of source unit is limited.Therefore, pin electrode 49 separates in the axial direction with connection electrode portion 213b, 214b, power supply list Member 21 and the conducting of smoke grenade 11 are not ensured that.Under state of costing, it is assumed that connect in pin electrode 49 and connection electrode portion 213b, 214b In the case where touching, there is also pin electrodes 49 and connection electrode portion 213b, 214b to be not configured in the possibility of desired circumferential position Property.
Figure 21 is the explanatory diagram for costing the situation of spinning cigarette holder 23 under state indicated in smoke grenade 11.
As shown in figure 21, if remain smoke grenade 11 rotates cigarette holder 23 and spinning in holding unit 22 with costing state, Shown in Figure 22 as be described hereinafter, at least before spinning completion, the first slip-proofing device 161 is connected to smoke grenade 11.Specifically, such as Figure 21 It is shown, encounter the moment of the internal thread part 123a of holding unit 22 in the external thread part 160a of cigarette holder 23, the first slip-proofing device 161 It is not connected to smoke grenade 11, but as shown in figure 22, external thread part 160a is screwed together in internal thread part 123a, from half rotation to rotation If turning one, two circles, the first slip-proofing device 161 is connected to smoke grenade 11.
Figure 22 is the explanatory diagram for the situation for indicating that cigarette holder 23 and smoke grenade 11 rotate together with.
As shown in figure 22, make in the state that the first slip-proofing device 161 is connected to smoke grenade 11 cigarette holder 23 spinning operate after If continuous, by the frictional force acted between the first slip-proofing device 161 and smoke grenade 11, cigarette holder 23 is rotated together with smoke grenade 11. That is, the spinning by cigarette holder 23 operates, smoke grenade 11 is generally pressed by 21 side of power supply unit in the axial direction, on one side circumferentially (fastening Direction (direction of rotation M1)) rotation.
Later, if vertical engaging protuberances 101a~101c of connection electrode portion 213b, 214b of smoke grenade 11 and power supply unit 21 Circumferential position it is consistent, then indulge engaging protuberances 101a~101c enter corresponding engaging recessed part 210 in.That is, smoke grenade 11 relative to The axial movement of power supply unit 21 is allowed to, thus smoke grenade 11 is assembled in the position of standard.It is opposite in smoke grenade 11 as a result, Under the circumferential confined state of movement of power supply unit 21, electrode 49 and connection electrode portion 213b, 214b contact are sold.
Figure 23 is the explanatory diagram for indicating for cigarette holder 23 to be fastened to last situation.
As shown in figure 23, by indulging engaging protuberances 101 and the positioning in the circumferential direction of engaging recessed part 210, allow smoke grenade 11 If axial movement, it is able to carry out further being screwed into for cigarette holder 23.If cigarette holder 23 is fastened to finally, if connection electrode Portion 213b, 214b are pressed to pin electrode 49, and are being supported between the smoke grenade 11 of power supply unit 21 and cigarette holder main body 160, First slip-proofing device 161 is compressed axially against, and smoke grenade 11 is positioned in the axial direction.In this way, passing through the spinning of cigarette holder 23, cigarette is carried out The circumferential direction of bullet 11 and positioning in axial direction and then be smoke grenade 11 and power supply unit 21 conducts.In addition to this, first is anti-skidding The abutting protrusion 171 of component 161 is compressed axially against, thus by the clearance seal of smoke grenade 11 and cigarette holder 23.
In addition, smoke grenade 11 to be assembled in the position of standard if so, then the protrusion 93 that surrounds of connection cover 80 is connected to the cigarette Bullet 11.Therefore, it is formed between the bottom 196e and connection cover 80 of the heater holder 196 of smoke grenade 11 and is wrapped around protrusion 93 Enclose the cushion space S3 of surrounding (referring to Fig. 3).
The assemble method > of < smoke grenade
Next, being illustrated to the assemble method of the smoke grenade 11.
Firstly, to the aerosol source of the fluid storage room 202 of tank 191 filling liquid, later, from the opening portion of tank 191 191a is sequentially inserted into washer 192, dictyosome 193.At this point, make the one side 192b of washer 192 be connected to tank 191 protrusion 201 end Face 201a.In addition, the one side 193b of dictyosome 193 is made to coincide with the another side 192d of washer 192.As a result, by dictyosome in tank 191 193 are correctly divided into fluid storage room 202 and open chamber 203.Although dictyosome 193 itself is soft, protected using washer 192 It holds posture and is positioned.
In addition, heating part 194 and aerosol container 195 are assembled in heater holder 196 together with the process. Specifically, firstly, heating part 194 to be assembled in the housing recess 220 of aerosol container 195.Then, by aerosol container 195 Aerosol container 195 is inserted into heater holder 196 towards the opening portion 196a of heater holder 196 by 218 side of fitting portion. Then, the inner peripheral surface for the peripheral wall 196b for being embedded in fitting portion 218 in heater holder 196.At this point, making heater holder 196 connection wall 211 and the direction of the slit 225 of fitting portion 218 relatively make connection wall 211 be inserted into slit 225.
Then, heater holder 196 is assembled in the opening portion 191a of tank 191.Specifically, with heater holder Mode from 196 206 side of snap-latch piece to the opening portion side 191a of tank 191 by heater holder 196 be inserted into tank 191 opening Portion 191a.In addition, at this point, being formed in the connecting hole 198 of the peripheral wall 191b of tank 191 and guide recess 198a and heater are protected The position of the snap-latch piece 206 of gripping member 196 is also aligned.
In this state, if heater holder 196 to be inserted into the opening portion 191a of tank 191, make to be formed in card first The inclined surface 207a for closing the meshing pawl 207 of piece 206 is connected to the peripheral wall 191b of tank 191.Utilize inclined surface 207a, meshing pawl 207 are successfully connected to the guide recess 198a of tank 191.
Later, if being further pressed into heater holder 196 into tank 191, meshing pawl 207 is accommodated in guide recess In 198a.Then, under the action of guide recess 198a, snap-latch piece 206 is pressed and flexible deformation to radially inner side.At this point, Under the action of the inclined surface 207a of meshing pawl 207, snap-latch piece 206 is swimmingly to radially inner side flexible deformation.Here, due to Two snap-latch pieces 206 are opposed to configure across axis Q in two sides, therefore when from heater 196 whole observation of holder, are applied to Two snap-latch pieces 206 are difficult to deviate to the power of radially inner side.Therefore, power when making 206 flexible deformation of snap-latch piece can be obtained Balance is easy to for being inserted into heater holder 196 the opening portion 191a of tank 191.In addition, the bottom of the recess portion 224 of aerosol container 195 Face 224a is connected to the inner surface of the radially inner side of snap-latch piece 206.Therefore, when snap-latch piece 206 is to radially inner side flexible deformation, The recess portion 224 of aerosol container 195 is deformed slightly towards radially inner side.
Later, if being pressed further into heater holder 196, meshing pawl 207 is moved along guide recess 198a.Later, Meshing pawl 207 costs the terminal (end of 198 side of connecting hole of tank 191) of guide recess 198a, and then in the extensive of snap-latch piece 206 Under the restoring force of the recess portion 224 of multiple power and aerosol container 195, meshing pawl 207 is inserted into the connecting hole 198 of tank 191.By This, heater holder 196 is fixed in tank 191, and smoke grenade 11 is completed.
Here, in the state that heater holder 196 is fixed in tank 191, card is covered using the peripheral wall 191b of tank 191 Close the face of the radial outside of piece 206.In addition, if being intended to release the engaging of the side in two meshing pawls 207, such as tank to be made 191 Or heater holder 196 tilt so that meshing pawl 207 from connecting hole 198 be detached from, then the meshing pawl 207 of another party by Radial outside pressing.Therefore, once it is engaged, then it is difficult to release connecting hole 198 and snap-latch piece 206.
The application method > of < extractor
When using the extractor 1, user carries out pressing operation to button 78.At this point, for example multiple by pressing (for example, 5 times) button 78 exports the control unit for being installed on first substrate module 34 from switch element 52 and starts ready signal.
Then, user is drawn with the state for containing cigarette holder 23 or cigarette capsule 12.Then, the sky in holding unit 22 Gas is drawn, so that becoming negative pressure in holding unit 22.If becoming negative pressure in holding unit 22, held by the atomization of smoke grenade 11 In device 195 (in spray chamber M), also suction pressure changes the air in the S1 of room for cushion space S3 and communications ports 51, so that pressure Also become negative pressure in the S1 of variation room.Specifically, the air in the S1 of pressure oscillation room flows into buffering sky by communications ports 51 Between in S3 after, flowed into heater holder 196 by the second suction hole 216.Flow into the sky in heater holder 196 Gas is by vent passage 226 and aerosol container 195 and by being entered in the mouth of user by cigarette holder 23 after flow channel tube 197. If pressure sensor 53 detects that the pressure in the S1 of pressure oscillation room is, for example, less than specified value, is exported towards control unit and start letter Number.
The control unit for receiving start signal makes the heating part 194 of smoke grenade 11 be powered.In addition, becoming in holding unit 22 Negative pressure, to import new air by blow vent 131 into holding unit 22.In turn, by being formed in the heating of smoke grenade 11 First suction hole 209 of device holder 196 and the vent passage 226 of aerosol container 195, to the spray chamber M (tank 191 of smoke grenade 11 Open chamber 203) import new air.
It is energized by heating part 194, so that heating wire 205 generates heat.Then, the liquid of core 204 is immersed via dictyosome 193 The aerosol source of body is heated and is atomized.Aerosol after atomization riddles spray chamber M.Then, the aerosol after atomization with lead The flow channel tube 197 that the new air entered to spray chamber M passes through tank 191 together is drawn to 23 side of cigarette holder.Later, the gas after atomization The mixed gas of colloidal sol and air is entered by cigarette capsule 12 in the mouth of user.User can taste the perfume (or spice) of cigarette as a result, Taste.
The effect > of < smoke grenade
However, the aerosol source for being stored in the liquid of the fluid storage room 202 of tank 191 is inhaled by dictyosome 193 in smoke grenade 11 It receives, and then is absorbed by core 204.If dictyosome 193, core 204 saturation (being more than liquid retentivity), worry from the outer of dictyosome 193 Between the inner peripheral surface of peripheral wall 191b in circumference and tank 191 along the inner peripheral surface transmit and to 196 side omission timber of heater holder The aerosol source of body.
Here, liquid storage is formed in the outer peripheral surface of the aerosol container 195 for 196 side of heater holder for being located at dictyosome 193 Portion 223.Therefore, the aerosol source of liquid is stored in liquid storing part 223, it is therefore prevented that is gone out to 196 side leakage of heater holder Situation.
Specifically, in the present embodiment, the capacity (spatial volume) of liquid storing part 223 is about 53.4mm3.Moreover, Liquid residue in the fluid storage room 202 of tank 191 is assumed to 1/3, by head space cubical expansivity (fluid storage room The cubical expansivity of the air of remaining 2/3 space segment in 202) it is assumed that in the case where 6%, pass through the liquid of tank 191 Air expansion in body reception room 202, extrudes about 100mm from the fluid storage room 2023Liquid aerosol source.It being capable of benefit About 20~30mm in the aerosol source of the liquid of the extrusion is kept with dictyosome 193, core 2043Aerosol source.About 100mm3 Liquid aerosol source in remaining 70~80mm3Aerosol source be stored in liquid storing part 223.
Here, liquid storing part 223 is formed as, with from sealing 222 towards the front end of protruding portion 219 and gradually constriction canister portion Gap between 217 outer peripheral surface and the peripheral wall 191b of tank 191.In other words, it near the protruding portion 219 of canister portion 217, is formed There is the narrow part 279 of the gap turn narrow between the protruding portion 219 and the peripheral wall 191b of tank 191.Therefore, it is received from the liquid of tank 191 Remaining aerosol source in the aerosol source for the liquid that room 202 extrudes, after dictyosome 193, core 204 saturation is easy narrow Small portion 279 is drawn, and energetically flows to liquid storing part 223 by narrow part 279.
In other words, the aerosol source for being stored in the liquid of the fluid storage room 202 of tank 191 is absorbed by dictyosome 193 first, It is absorbed later by core 204.After these dictyosomes 193, core 204 are saturated, the aerosol source of liquid is drawn by narrow part 279, And it is stored in liquid storing part 223.
On the other hand, if the saturation state of dictyosome 193 is eliminated, it is stored in the aerosol source of the liquid of liquid storing part 223 Via narrow part 279 (between protruding portion 219 and the peripheral wall 191b of tank 191) by.Then, the aerosol source of the liquid is by dictyosome 193 absorb.In other words, the aerosol source of the liquid stored in liquid storing part 223 is received via narrow part 279 to the liquid of tank 191 Room 202 flows back.At this point, since narrow part 279 is by the peripheral part covering (closure) of dictyosome 193, also using based on dictyosome 193 capillary force efficiently makes the aerosol source of liquid flow back to the fluid storage room 202 of tank 191.
In addition, since the sealing 222 in canister portion 217 is formed, there are two notch section 222a, liquid storing part 223 and outsides Air is via the notch section 222a of sealing 222 and the snap-latch piece 206 of the connecting hole 198 of tank 191 and heater holder 196 Gap between (meshing pawl 207) and be connected to.As another embodiment, it is also possible to liquid storing part 223 and outside air via close The notch section 222a in envelope portion 222 and the first suction hole 209 of heater holder 196 and be connected to.Therefore, liquid storing part 223 It is inside and outside to generate pressure difference.As a result, can prevent the aerosol source of liquid from unexpectedly being flowed from liquid storing part 223 to outside Out, and the aerosol source of liquid further can efficiently be made to flow back to the fluid storage room 202 of tank 191.
[effect]
In this way, being set as in present embodiment such as flowering structure: each connection electrode portion 213b, 214b be formed in and meanwhile comprising with Pass through the second pin electrode centered on axes O by the first virtual circumference C1 of the first pin electrode 49a and centered on axes O The region of the second virtual circumference C2 of 49b, and the virtual of the prescribed direction in the connected virtual line T1 of electrode 49 will sold On straight line T1 (virtual line T2), equipped with the insulation division 215 for dividing connection electrode portion 213b, 214b in the circumferential.
According to this structure, be able to suppress two pin electrodes 49 contacted with connection electrode portion 213b, a 214b or one pin Electrode 49 is configured across two connection electrode portion 213b, 214b, can ensure connection electrode portion 213b, 214b on this basis Area.Thereby, it is possible to inhibit the short circuit of connection electrode portion 213b, 214b and pin electrode 49, can ensure to connect on this basis The reliability of the conducting of receiving electrode portion 213b, 214b and pin electrode 49.
In present embodiment, be set as such as flowering structure: the width of the circumferential direction around axis Q of insulation division 215 (connection wall 211) is big In the diameter of axle (diameter) of each pin electrode 49.
According to this structure, it is assumed that pin electrode 49 is configured on insulation division 215.Even if in this case, be able to suppress pin electricity Pole 49 is configured across two connection electrode portion 213b, 214b.Thereby, it is possible to be reliably suppressed connection electrode portion 213b, 214b With the short circuit of pin electrode 49.
In present embodiment, be set as such as flowering structure: connection electrode portion 213b, 214b is in semicircle shape across virtual line T2 Ground is formed in the radial two sides of virtual line T2.
According to this structure, each connection electrode portion 213b, 214b are greater than radially while including virtual circumference C1, C2 Region.Thereby, it is possible to absorption pins electrodes 49 and connection electrode portion 213b, 214b dimensional discrepancy especially in the radial direction etc., thus, It can ensure connection electrode portion 213b, 214b and sell the reliability of the conducting of electrode 49.
It in present embodiment, is set as such as flowering structure: being formed with engaging recessed part 210 in smoke grenade 11 (heater holder 196), Rotation of the engaging recessed part 210 in following state lower limit tobacco curing bullet 11 relative to power supply unit 21, that is, when vertical view, a pin electrode 49 and one connection electrode portion 213b, 214b coincide with one another and another pin electrode 49 and another connection electrode portion 213b, 214b each other It is overlapped.
According to this structure, rotation of the smoke grenade 11 relative to power supply unit 21 can be limited, connection electrode portion is steadily maintained 213b, 214b and the conducting for selling electrode 49.
In present embodiment, be set as such as flowering structure: engaging recessed part 210 is recessed from the bottom 196e of heater holder 196.
According to this structure, in the state that engaging recessed part 210 is consistent with the circumferential position of vertical engaging protuberances 101, by vertical card Protrusion 101 is closed to be inserted into engaging recessed part 210, thus can realize power supply unit 21 and smoke grenade 11 in the axial direction close to movement.By This, can be such that pin electrode 49 and connection electrode portion 213b, 214b is reliably connected each other.
It in present embodiment, is set as such as flowering structure: being formed with the flat of following cone cell in the bottom side 196e of engaging recessed part 210 Corner portion 210a, that is, the circumferential width of engaging recessed part 210 is gradually reduced with leaving from bottom 196e.
According to this structure, being easy will be in the guidance to engaging recessed part 210 of vertical engaging protuberances 101.Smoke grenade 11 is relative to electricity as a result, The installation operation of source unit 21 is easy.
In present embodiment, be set as such as flowering structure: engaging recessed part 210 is circumferentially formed with multiple.
According to this structure, it is rotated with the state being placed in vertical engaging protuberances 101 relative to power supply unit 21 in smoke grenade 11 During, can decrease up to engaging recessed part 210 it is consistent with the circumferential position of vertical engaging protuberances 101 until smoke grenade 11 rotation Gyration.Smoke grenade 11 is easy relative to the installation operation of power supply unit 21 as a result,.
The extractor 1 of present embodiment has above-mentioned smoke grenade 11 and power supply unit 21, thus, it is possible to provide conducting reliability Good extractor 1.
In present embodiment, the configuration of pin electrode 49 is being in symmetrical position relative to virtual line La, thus power supply list The manufacture of member 21 is easy.
(first variation)
Then, illustrate the first variation of above embodiment.Figure 24 is the power supply unit 21 of the variation of embodiment Top view.In this variation, be different from above embodiment in following point: smoke grenade 11 be formed with pin electrode 500a, 500b is formed with connection electrode portion 501a, 501b in power supply unit 21.It should be noted that in the following description, to it is upper The corresponding structure of embodiment is stated, identical label is marked sometimes and omits the description.
As shown in figure 24, in the extractor of this variation 1, a pair of pin electrode 500a, 500b are equipped in smoke grenade 11.Pin The bottom (first electrode configuration face) for the heater holder 196 that electrode 500a, 500b are for example indicated from Figure 13 in the axial direction 196e is prominent.It should be noted that it is similar with above embodiment, electrode 500a, 500b, which are sold, relative to axis Q is configured at radial direction Two sides, and be configured at by axis Q and along on the virtual line T1 of the tangential direction of bottom 196e.
Connection electrode portion 501a, 501b are for example formed in seat surface (second electrode configuration face) 91a of such as connection cover 80 On.Similar with above embodiment, connection electrode portion 501a, 501b is at least formed on power supply unit 21 and smoke grenade 11 around axes O On the rotational trajectory of pin electrode 500a, 500b when (axis Q) relative rotation.That is, each connection electrode portion 501a, 501b are formed In simultaneously comprising passing through by the first virtual circumference C1 of the first pin electrode 500a centered on axis Q and centered on axis Q The region of the second virtual circumference C2 of second pin electrode 500b.
In this variation, connection electrode portion 501a, 501b is formed in the two of axes O across axes O in semicircle Side.In addition, the part on the virtual line T2 for passing through axes O and radially extending is constituted in the circumferential in seat surface 91a Divide the insulation division 502 of connection electrode portion 501a, 501b.
In this variation, function and effect same as the above embodiment can also be played.
(the second variation)
Then, illustrate the second variation of above embodiment.Figure 25 is the burner 1 of the second variation of embodiment Sectional view.In this variation, be different from above embodiment in following point: insulation division 510 is prominent from bottom 196e.
In the burner 1 shown in Figure 25, insulation division 510 is from the bottom 196e of smoke grenade 11 towards axial 21 side of power supply unit It is prominent.Insulation division 510 along above-mentioned second virtual line T2 (referring to Fig.1 0) extend radially with connection electrode portion 213b, The identical length of one side 213c, 214c of 214b.It should be noted that insulation division 510 be at least configured at radially with above-mentioned void The part that quasi circle C1, C2 intersect.
Preferably, in the state that smoke grenade 11 is installed on main unit 10, insulation division 510 from bottom 196e in the axial direction Overhang be located at least in than pin electrode 49 by 21 side of power supply unit.Further, the overhang of insulation division 510 is preferably set to The following length: it is not abutted with seat surface 91a in the state that smoke grenade 11 is configured at main unit 10.In present embodiment, Under the uninstalled state of smoke grenade 11, the axial overhang of pin electrode 49 from seat surface 91a be greater than insulation division 510 from bottom The overhang that 196e rises.
In the peripheral wall 196b of heater holder 196, the end composition outer diameter ratio positioned at the bottom side 196e is located at and bottom The backoff portion 514 that the end of 196e opposite side reduces.Specifically, backoff portion 514 is in the axial direction from the outer peripheral edge of bottom 196e Recess, and in radial outer openings.Backoff portion 514 is formed with spreading the complete cycle of peripheral wall 196b.It should be noted that keeping out of the way The face towards radial outside in portion 514 be shorter than at a distance from axis Q above-mentioned vertical engaging protuberances 101 inner peripheral surface and axes O away from From.That is, when smoke grenade 11 is installed on main unit 10, backoff portion 514 is avoided and vertical engaging protuberances 101 in the circumferential dry It relates to, accommodates vertical engaging protuberances 101 on this basis.It indulges engaging protuberances 101 as a result, and smoke grenade 11 engages radially, thus cigarette Bullet 11 is stably kept in main unit 10.But in this variation, also it is configured to do not have vertical engaging protuberances 101.
According to this structure, when smoke grenade 11 is installed on main unit 10, though assume insulation division 510 in the axial direction with Electrode 49 is sold to abut, with the operation that screws of above-mentioned cigarette holder 23, smoke grenade 11 and cigarette holder 23 also common rotation.As a result, due to insulation The circumferential position of portion 510 and pin electrode 49 is staggered, to allow the movement of smoke grenade 11 in the axial direction relative to main unit 10, even Receiving electrode portion 213b, 214b are respectively guided to corresponding pin electrode 49.
On the other hand, it is contacted respectively with corresponding pin electrode 49 in following situation, i.e. connection electrode portion 213b, 214b Under state, smoke grenade 11 and cigarette holder 23 are with the screwing operation of cigarette holder 23 and in the case where common rotation, and insulation division 510 is in the circumferential It is contacted with pin electrode 49.Rotation of the smoke grenade 11 relative to power supply unit 21 can be limited as a result,.
In this way, being able to suppress in pin electrode 49 with insulation division 510 in the state of being abutted in axial direction, cigarette in this variation Bullet 11 is installed on main unit 10.As a result, it is possible to ensure the reliable of the conducting of pin electrode 49 and connection electrode portion 213b, 214b Property.It should be noted that in this variation, even if the feelings narrower than the diameter of axle of pin electrode 49 in the circumferential width of insulation division 510 Under condition, also it is able to suppress pin electrode 49 and is configured across two connection electrode portion 213b, 214b.
(other variations)
It this concludes the description of preferred embodiments of the present invention, but the utility model is not limited to these embodiments.? In the range of not departing from the utility model purport, it is able to carry out increase, omission, replacement and other changes of structure.Above description The utility model is not constituted and limited, the utility model is only limited by the content of claims.
For example, in said embodiment, one as generate aerosol apparatus for aerosol creation with being not accompanied by burning A example enumerates cigarette capsule 12 and is configured to be illustrated for the extractor 1 loaded and unloaded, it is not limited to this composition. As other examples of apparatus for aerosol creation, that can also not have the composition of cigarette capsule 12 using electronic cigarette.In this case, Dulcet aerosol source will be contained to be contained in smoke grenade 11, generated using apparatus for aerosol creation and contain dulcet aerosol.
In said embodiment, illustrate that main unit 10 is power supply unit 21, holding unit 22 and cigarette holder 23 The case where segmentation is constituted, it is not limited to this composition.For example, power supply unit 21 and holding unit 22 can also integrated landform At holding unit 22 and cigarette holder 23 also may be integrally formed.
In said embodiment, illustrate that holding unit 22 is formed as the structure of the tubular surrounded around smoke grenade 11 At it is not limited to this composition.As long as holding unit 22 is able to maintain the composition of smoke grenade 11.In addition, in this explanation In book, the handling of smoke grenade 11 and main unit 10 (power supply unit 21) are not limited to for smoke grenade 11 being contained in holding unit 22 And it is kept with cigarette holder 23, the also releasing comprising only making pin electrode 49 be attached and connect with connection electrode portion 213b, 214b The case where.
In said embodiment, illustrate that power supply unit 21 and holding unit 22 are formed as the tubular coaxially configured Composition, it is not limited to this composition.Power supply unit 21 and holding unit 22 can also be different shape each other.
In said embodiment, illustrate that battery 33, substrate module 34,35 are equipped on the structure of battery holder 36 At it is not limited to this composition.Battery 33, substrate module 34,35 can also be mounted directly in shell 31.
In said embodiment, it illustrates equipped with for exporting the button 78 (switch element 52) for starting ready signal Composition but it is also possible to be do not have button 78 composition (composition started by the detection under pressure sensor 53).
In said embodiment, illustrate that the configuration of pin electrode 49 is being in symmetrical position relative to virtual line La Structure, but it is not limited only to the structure.That is, pin electrode 49 is that direction (wiring direction) extends and by two along the face of seat surface 91a The virtual line T1 that a pin electrode 49 is connected with each other passes through the structure of axes O, and the radial distance away from axes O can also be each It is not identical.In this case, connection electrode portion 213b, 214b be at least in arc-shaped be configured at and meanwhile comprising being with axes O in The heart is virtual by the second of the second pin electrode 49b by the first virtual circumference C1 of the first pin electrode 49a and centered on axes O The region of circumference C2.Therefore, respectively pin electrode 49 is not limited to semicircle shape, is also possible to rectangular-shaped or elliptical shape.In addition, each Pin electrode 49 is also possible to different shape.
In said embodiment, it illustrates that axes O passes through the structure at the center of seat surface 91a, but is not limited only to the knot Structure.Axes O can also be staggered from the center of seat surface 91a and be configured.In addition, in said embodiment, illustrating power supply The entirety and smoke grenade 11 of unit 21 are configured at the structure on coaxial, but are not limited only to the structure.First electrode configuration face and second Electrode configuration face is arranged opposite, and for example, it can be such as flowering structures: the battery 33 of power supply unit 21 and the axis of smoke grenade 11 Line configures in parallel with each other.
In said embodiment, illustrate first substrate 60 make thickness direction and it is radially consistent in the state of configure Structure, but it is not limited only to the structure.For example, first substrate 60 can also match in the state of keeping thickness direction consistent with axial direction It sets.
In said embodiment, as the sensor being equipped on first substrate 60, by taking pressure sensor 53 as an example into It has gone explanation, but the various sensors in addition to pressure sensor 53 can also be carried.
In said embodiment, the structure that pressure oscillation room S1 and atmospheric chamber S2 are divided into shell 31 is illustrated, but Pressure oscillation room S1 and atmospheric chamber S2 can not also be divided into.
The some or all of above embodiment can also be recorded as being attached as follows, but be not limited to the following contents.
(note 1)
A kind of atomization unit, wherein have:
Container body contains aerosol source；
Heating part is set in said vesse main body, heats content；
First plane electrode and the second plane electrode, connect with above-mentioned heating part, and are set to said vesse main body In first electrode configuration face；
Above-mentioned first plane electrode and above-mentioned second plane electrode are at least along the normal side of above-mentioned first electrode configuration face It is configured to arc-shaped centered on to the axis of extension,
It is equipped with insulation division in above-mentioned first electrode configuration face, in the circumferential direction around above-mentioned axis, the insulation division is above-mentioned the It is divided between one plane electrode and above-mentioned second plane electrode.
(note 2)
A kind of atomization unit, wherein above-mentioned first plane electrode and above-mentioned second plane electrode are distinguished across above-mentioned axis It is formed in the two sides of above-mentioned axis in semicircle, and relative to by above-mentioned axis and along above-mentioned first electrode configuration face The line of symmetry of tangential direction to be formed as line symmetrical.
(note 3)
A kind of atomization unit, wherein have:
Cylindric container body, consists of content removable relative to power supply unit, and containing aerosolizable Object, the power supply unit have the first pin electrode drawn from power supply unit and the second pin electrode first electrode configuration face outstanding；
Heating part is set in said vesse main body, heats content；
First plane electrode and the second plane electrode are drawn from above-mentioned heating part, and are set in said vesse main body Second electricity opposed with above-mentioned first electrode configuration face under the installation condition that said vesse main body is installed to above-mentioned power supply unit In the configuration face of pole, above-mentioned first plane electrode and above-mentioned second plane electrode are sold with above-mentioned first pin electrode and above-mentioned second respectively Electrode connection；
Above-mentioned first pin electrode and the second pin electrode are configured in a manner of symmetrical relative to line of symmetry, which passes through The center of above-mentioned first electrode configuration face and along the tangential direction of above-mentioned first electrode configuration face,
Under the installation condition that said vesse main body is installed to above-mentioned power supply unit, the center of above-mentioned second electrode configuration face It is configured at by the center of above-mentioned first electrode configuration face and along on the axis of the normal direction of above-mentioned first electrode configuration face,
Above-mentioned first plane electrode and above-mentioned second plane electrode are formed in above-mentioned axis across above-mentioned axis in semicircle The two sides of line,
Pass through the center of above-mentioned second electrode configuration face and the straight line of the tangential direction along above-mentioned second electrode configuration face For the second virtual line, insulation division is equipped on second virtual line, in the circumferential direction around above-mentioned axis, the insulation division is upper It states and is divided between the first plane electrode and above-mentioned second plane electrode.
(note 4)
A kind of unfired extractor, wherein have:
Atomization unit has the heating part for containing the container body of aerosol source and being heated to content；
Power supply unit contains power supply unit, and above-mentioned atomization unit is equipped in a manner of removable；
First unit among above-mentioned atomization unit and above-mentioned power supply unit has the first pin electrode and the second pin electrode prominent First electrode configuration face out,
Second unit among above-mentioned atomization unit and above-mentioned power supply unit, which has, is formed with the first plane electrode and second The second electrode configuration face of plane electrode, first plane electrode and second plane electrode are in the second unit and above-mentioned first It is connect respectively with above-mentioned first pin electrode and above-mentioned second pin electrode under the installation condition of unit,
Above-mentioned first pin electrode and the second pin electrode are relative to the normal direction extension along above-mentioned first electrode configuration face Axis configure in two sides, and be configured on the first virtual line, first virtual line is by above-mentioned axis and along above-mentioned The tangential direction of first electrode configuration face,
Above-mentioned first plane electrode and above-mentioned second plane electrode be at least in arc-shaped be configured at while empty comprising first The region of quasi circle and the second virtual circumference, first virtual circumference sell electrode by above-mentioned first centered on above-mentioned axis, Second virtual circumference sells electrode by above-mentioned second centered on above-mentioned axis,
Pass through the center of above-mentioned second electrode configuration face and the straight line of the tangential direction along above-mentioned second electrode configuration face For the second virtual line, insulation division is equipped on second virtual line, in the circumferential direction around above-mentioned axis, the insulation division is upper It states and is divided between the first plane electrode and above-mentioned second plane electrode.
It in addition to this, can suitably will be in the embodiment in the range of not departing from the purport of the utility model Constituent element replace with well known constituent element, alternatively, it is also possible to be appropriately combined each variation.

Claims (12)

1. a kind of atomization unit of unfired extractor, which is characterized in that have:
Container body consists of content removable relative to power supply unit, and containing aerosolizable, the power supply list Member has the first pin electrode drawn from power supply unit and the second pin electrode first electrode configuration face outstanding；
Heating part is set in the container body, heats content；
First plane electrode and the second plane electrode are drawn from the heating part, and are set in the container body in institute It states container body and is installed to second electrode opposed with the first electrode configuration face under the installation condition of the power supply unit and match It sets on face, first plane electrode and second plane electrode sell electrode with the first pin electrode and described second respectively Connection；
The first pin electrode and the second pin electrode are matched relative to the axis of the normal direction along the first electrode configuration face It sets in two sides, and is configured on the first virtual line, first virtual line is by the axis and along the first electrode The tangential direction of configuration face,
Under the installation condition that the container body is installed to the power supply unit, the center configuration of the second electrode configuration face In on the axis,
Under the installation condition that the container body is installed to the power supply unit, first plane electrode and described second flat Face electrode be at least in arc-shaped be configured at while the region comprising the first virtual circumference and the second virtual circumference, this is first virtual Circumference is by the first pin electrode centered on the axis, and second virtual circumference is centered on the axis by described Second pin electrode,
It is the by the center of the second electrode configuration face and along the straight line of the tangential direction of the second electrode configuration face Two virtual lines are equipped with insulation division on second virtual line, and in the circumferential direction around the axis, the insulation division is described the It is divided between one plane electrode and second plane electrode.
2. the atomization unit of unfired extractor as described in claim 1, which is characterized in that
In the circumferential direction, the width of the insulation division is narrower than the width of first plane electrode and second plane electrode Degree, and it is wider than the diameter of the first pin electrode and the second pin electrode.
3. the atomization unit of unfired extractor as claimed in claim 1 or 2, which is characterized in that
In the second electrode configuration face, first plane electrode and second plane electrode are virtual straight across described second Line is formed in the two sides of second virtual line in semicircle.
4. the atomization unit of unfired extractor as claimed in claim 1 or 2, which is characterized in that
It is equipped with limiting unit in the container body, which limits under following connection status relative to the power supply unit Rotation: when being overlooked from the normal direction of second plane electrode, the first pin electrode and the first plane electrode weight It closes and the second pin electrode and second plane electrode is overlapped.
5. the atomization unit of unfired extractor as claimed in claim 4, which is characterized in that
The limiting unit is recessed from the second electrode configuration face, and under the connection status, the limiting unit is in the week Engage upwards with the protrusion being formed on the power supply unit.
6. the atomization unit of unfired extractor as claimed in claim 5, which is characterized in that
Following tapering is formed in the limiting unit: the width of the limiting unit in the circumferential direction is in second electricity The second electrode configuration face is left in the normal direction of pole configuration face and is reduced.
7. the atomization unit of unfired extractor as claimed in claim 4, which is characterized in that
The limiting unit is formed with multiple along the circumferential direction.
8. the atomization unit of unfired extractor as claimed in claim 1 or 2, which is characterized in that
The insulation division is prominent from the second electrode configuration face, and extends along second virtual line.
9. the atomization unit of unfired extractor as claimed in claim 8, which is characterized in that
It is formed with backoff portion in the outer peripheral portion of the second electrode configuration face, the backoff portion is recessed from the second electrode configuration face It falls into, and extends throughout the complete cycle of the container body,
Under the installation condition that the container body is installed to the power supply unit, the backoff portion with the axis vertical take-off Radially engage with the protrusion being formed on the power supply unit.
10. a kind of unfired extractor, which is characterized in that have:
Atomization unit described in any one of claims 1 to 9；
Power supply unit is equipped with the atomization unit in a manner of removable.
11. unfired extractor as claimed in claim 10, which is characterized in that
The power supply unit has:
The power supply unit；
Shell contains the power supply unit, and has the first pin electrode and described second drawn from the power supply unit Sell the electrode first electrode configuration face outstanding；
The first pin electrode and the second pin electrode are configured in a manner of symmetrical relative to line of symmetry, which passes through The axis and along the tangential direction of the first electrode configuration face.
12. a kind of power supply unit of unfired extractor, which is characterized in that have:
Shell is equipped with atomization unit in a manner of removable, which has from being heated to aerosol source The the first pin electrode and the second pin electrode first electrode configuration face outstanding that heating part is drawn；
Power supply unit is contained in the shell；
First plane electrode and the second plane electrode, connect with the power supply unit, and are set in the shell in the mist Change in second electrode configuration face opposed with the first electrode configuration face under the installation condition of unit, first plane electrode And second plane electrode is connect with the first pin electrode and the second pin electrode respectively；
The first pin electrode and the second pin electrode are matched relative to the axis of the normal direction along the first electrode configuration face It sets in two sides, and is configured on the first virtual line, first virtual line is by the axis and along the first electrode The tangential direction of configuration face,
First plane electrode and second plane electrode be at least in arc-shaped be configured at while comprising the first imaginary circles The region of week and the second virtual circumference, first virtual circumference is by the first pin electrode centered on the axis, this Two virtual circumferences sell electrode by described second centered on the axis,
It is the by the center of the second electrode configuration face and along the straight line of the tangential direction of the second electrode configuration face Two virtual lines are equipped with insulation division on second virtual line, and in the circumferential direction around the axis, the insulation division is described the It is divided between one plane electrode and second plane electrode.
CN201821752394.6U 2018-10-26 2018-10-26 Power supply unit, atomization unit and the unfired extractor of unfired extractor Active CN209527873U (en)

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CN201821752394.6U CN209527873U (en) 2018-10-26 2018-10-26 Power supply unit, atomization unit and the unfired extractor of unfired extractor

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CN201821752394.6U CN209527873U (en) 2018-10-26 2018-10-26 Power supply unit, atomization unit and the unfired extractor of unfired extractor

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CN209527873U true CN209527873U (en) 2019-10-25

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