CN206079021U - Ceramic composite electron cigarette heating pipe and electron smog core thereof - Google Patents
Ceramic composite electron cigarette heating pipe and electron smog core thereof Download PDFInfo
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- CN206079021U CN206079021U CN201620472906.8U CN201620472906U CN206079021U CN 206079021 U CN206079021 U CN 206079021U CN 201620472906 U CN201620472906 U CN 201620472906U CN 206079021 U CN206079021 U CN 206079021U
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Abstract
The utility model discloses a ceramic composite electron cigarette heating pipe, including heating wire and micropore ceramic pipe, the heating wire main part is pre -buried intraductal at the micropore ceramic pipe, and micropore ceramic outside of tubes portion is drawn forth through the wiring pin to the heating wire, both ends respectively set up fine and close connecting piece about the micropore ceramic pipe. Two wiring pins of the heating wire of this heating pipe are drawn forth from the lower extreme of micropore ceramic pipe, and the fine and close connecting piece of this lower extreme be each other the go -between of insulating two halves circle becket that sets up and middle collets constitution. This each semicircle becket upside sets up protrusion to the intraductal connection stake of micropore ceramic pipe, each semicircle becket downside sets up the columnar order and connects the electrode, the upside of each semicircle becket is connected the stake and is connected heating wire wiring pin respectively. The utility model discloses a heating pipe use electron smog core the time, have no longer that the drain is cotton to combine the defect that produces with the heating wire, thus can increase of service life, avoid the wasting of resources, put forward high pressure heater worker precision, stop liquid leakage phenomenon.
Description
Technical field
The utility model is related to a kind of product component of daily life field, makes in more particularly to a kind of electronic smoke atomizer
Heater block, is a kind of electronic cigarette heating tube of Ceramic Composite.
The utility model further relates to use the electronic cigarette atomizing core of above-mentioned electronic cigarette heating tube.
Background technology
Electronics smoke product in the market, is, by a kind of electronic cigarette liquid of liquid of Resistant heating, to make electronic cigarette liquid
After atomization, the mist of electronic cigarette is sucked.
The atomising device of known electronic cigarette is made as a spray chamber, the indoor setting atomization core of atomization.As shown in figure 5, being
A kind of atomization core of known features, atomization core is made up of barrel-type casing and the interior resistance wire 101 that sets, and resistance wire 101 is wound in spiral
Shape, the inside of spiral resistance wire 101 arranges again rope form drain cotton 102, by drain cotton 102, then through being located at outside atomization core
The inlet opening 103 that shell-side face opens up is connected with an outside fluid reservoir, and the osmosis in order to drain cotton 102 leads electronic cigarette liquid
Enter to be atomized heating atomization at the resistance wire 101 of core.Then distinguished by the conductive pole of wire pin 104 and at the two ends of resistance wire 101
It is connected to the both positive and negative polarity of power supply.
There is following defect in above-mentioned this traditional atomization core：
One is that resistance wire 101 is set directly at the outside of drain cotton 102, and is directly in close contact with drain cotton 102, drain cotton
Tobacco juice for electronic smoke is impregnated with all the time in 102, when preparation is sucked and switched on power, because resistance wire 101 needs progressively to heat liter
Temperature, atomization penetrates into the electronic cigarette liquid of drain cotton 102.During atomization core use, due to resistance wire 101 and drain cotton 102
Directly contact, the drain cotton 102 for easily causing directly contact part in heating process is carbonized, coking, loses infiltration drain and makees
With the service life of impact drain cotton 102.Become easily infected by the outside of resistance wire in carbonization and coking simultaneously, make resistance wire
101 heating and heat conducting ability itself are reduced, or even cause resistance wire hardening to become fragile, and affect the service life of resistance wire.This structure
Resistance wire and drain cotton integrated structure so as to it is difficult to from atomization core in remove change.
Two due to the osmosis of drain cotton, and the electronic cigarette liquid when state is not sucked in drain cotton is in saturation state
, and now drain cotton not only can import electronic cigarette liquid, and the electronic cigarette liquid in drain cotton is also possible to ooze out aggregation and drips, and drips
Under electronic cigarette liquid can spill from the air admission hole of atomization core lower end again, cause the puzzlement of leakage.
Three when being the structure for using drain cotton and heating wire to combine, because drain cotton is fibrous matter, lack it is necessary just
Property, must manually be installed when mounted, it is difficult to realize large-scale production automatically.
Final defect is：When the heater strip of this structure is used in electronic cigarette, it is necessary to coordinate drain cotton, could realize
Import liquid, plus hot liquid, the effect of atomized liquid, thus above-mentioned defect be all drain cotton generation itself can not gram
The defect of clothes.
In view of the foregoing, the utility model designer devise it is a kind of can overcome drawbacks described above do not use drain cotton
Electronic cigarette atomizing heating tube, can be very good to solve the above problems.
Utility model content
One of the purpose of this utility model is to provide a kind of ceramic composite electronic cigarette heating tube, and it can substitute and use drain
Structure of the cotton in combination with resistance wire, in being arranged on atomising device, can easily change, it is to avoid using resistance wire and drain
Cotton atomization core bulk life time it is low and produce wasting phenomenon.
The two of the purpose of this utility model are to provide a kind of electronic cigarette atomizing core of use ceramic composite electronic cigarette heating tube
Structure.
Ceramic composite electronic cigarette heating tube of the present utility model, including heating wire and micropore ceramic tube, the heating wire master
Body portion is embedded in micropore ceramic tube pipe, and heating wire is drawn outside micropore ceramic tube by wiring pin；The micropore ceramics
Pipe upper and lower ends respectively arrange fine and close connector.
Heating wire described above can twist wind setting in micropore ceramic tube, in micropore ceramic tube
Wall, part heating wire main body protrudes from earthenware inner wall surface.
The wiring pin of heating wire two of heating tube described above is drawn from the lower end of micropore ceramic tube, the densification of the lower end
Connector is the connection ring of the collets composition of the two semicircular becket that mutually insulated is arranged and centre.Described each semicircle metal
Ring upside arranges the connection stake protruded in micropore ceramic tube pipe；Each semicircle becket downside arranges column type connection electrode；Half and half
The upside connection stake of circle becket connects respectively heating wire wiring pin.
Preferred structure 1 is：The column type connection electrode that connection stake that each semicircle becket upside is arranged, downside are arranged with
Semicircle becket is integrally formed or fixed electrical connection, and it is fast that the column type electrode lower end arranges horizontal connection card.
The upper end densification connector of the heating tube is metal connection ring or ceramic of compact connection ring, the fine and close connector
It is provided with the connection stake protruded in earthenware pipe.
The electronic cigarette atomizing core of the heating tube using this preferred structure 1 of the present utility model, enters including side wall is provided with
The atomization core outer tube of fluid apertures, heating tube and bipolar electrode are conductively connected post.The heating tube is arranged on atomization core outer barrel, double electricity
Pole is conductively connected post and is arranged on atomization core outer tube lower end, and with its airtight connection.The wiring pin of the heating tube two and bipolar electrode
It is conductively connected post to be electrically connected.Wherein, the heating tube is Ceramic Composite heating tube, and the wiring pin of heating tube heating wire two is divided
The two semicircular becket of heating tube lower end is not connected to, two semicircular becket respectively arranges column type connection electrode.The bipolar electrode is led
Electric binding post is provided with internal layer electrode rod and outer electrode ring, is respectively fixedly installed on internal layer electrode rod and outer electrode ring flexible
Conductive connecting piece, the column type electrode respectively with elastic conduction connection sheet card and be connected.
Electronic cigarette atomizing core described above, wherein, the ceramic composite electronic cigarette heating tube is vertically arranged in atomization core
In outer tube, it is coaxially disposed with atomization core outer tube.Ceramic composite electronic cigarette heating tube lower end connection ring is conductively connected post with bipolar electrode
Between card and connect.The card and connected mode arrange horizontal card soon for the column type electrode hypomere of semicircle becket, bipolar electrode
The elastic conducting strip being conductively connected on post arranges correspondence draw-in groove.
The fine and close connection ring and bipolar electrode of heating tube lower end described above is conductively connected between the outer electrode ring of post and arranges
Sealed insulation pad.
It is tight between the fine and close connection ring and heating tube micropore ceramic tube of the heating tube lower end in above-mentioned atomization cored structure
Close connection, fine and close connection ring be conductively connected post outer electrode ring airtight connection, be conductively connected post outer electrode ring outer rim and mist
Change core outer tube inner wall to be tightly connected, constitute the closed structure of atomization core outer tube lower end；Heating tube upper end densification connector with
Micropore ceramic tube closely connects, and fine and close connector upside is arranged to be covered on atomization core, and lid connects with fine and close connector sealing on atomization core
Connect, constitute the airtight connection structure of atomization core outer tube upper end.
Arrange at inlet opening corresponding to the micropore ceramics position of ceramic heating pipe in atomization core outer tube described above.
Preferred structure 2 is：Connection stake, the column type connection electricity of downside setting that each semicircle becket upside described above is arranged
Pole is integrally formed with semicircle becket or fixation is electrically connected, and the column type electrode lower end arranges tape pin.
The upper end densification connector of the heating tube is metal connection ring or ceramic of compact connection ring, the fine and close connector
It is provided with the connection stake protruded in ceramic tube wall.
The utility model uses the electronic cigarette atomizing core of the ceramic composite electronic cigarette heating tube of preferred structure 2, including setting
Atomization core outer tube, heating tube and the bipolar electrode for having side wall inlet opening is conductively connected post.The heating tube is arranged on atomization core outer tube
Inside, bipolar electrode is conductively connected post and is arranged on atomization core outer tube lower end, and with its airtight connection.The wiring pin of the heating tube two
Post is conductively connected with bipolar electrode to be electrically connected.Wherein, the heating tube is Ceramic Composite heating tube, and heating tube heating wire two connects
Wire pin is connected respectively to the two semicircular becket of heating tube lower end, and two semicircular becket respectively arranges column type connection electrode, described
Column type connection electrode arranges tape pin；The bipolar electrode is conductively connected post and is provided with internal layer electrode rod and outer electrode ring, interior
Elastic conduction jack is each provided with layer electrode bar and outer electrode ring, the column type electrode contact pin is respectively at elastic conduction jack
Plug connection.
Ceramic composite electronic cigarette heating tube described above is vertically arranged in atomization core outer tube, coaxial with atomization core outer tube
Arrange；Ceramic composite electronic cigarette heating tube lower end densification connection ring and bipolar electrode are conductively connected contact pin connection between post.It is described to insert
Pin connected mode arranges arc convex for the column type electrode hypomere tape pin of semicircle becket, and bipolar electrode is conductively connected on post
Elastic conduction jack arranges correspondence arc-shaped recess.
The fine and close connection ring and bipolar electrode of the heating tube lower end is conductively connected between the outer electrode ring of post and arranges sealing
Felt pad.
Closely connect between the fine and close connection ring and heating tube micropore ceramic tube of the heating tube lower end, fine and close connection ring with
Post outer electrode ring airtight connection is conductively connected, post outer electrode ring outer rim is conductively connected and is connected with the outer tube inner wall sealing of atomization core
Connect, constitute the closed structure of atomization core outer tube lower end；The heating tube upper end densification connector is closely connected with micropore ceramic tube,
Fine and close connector upside is arranged to be covered on atomization core, and lid is tightly connected with fine and close connector on atomization core, constitutes on atomization core outer tube
The airtight connection structure at end.
Arrange at inlet opening corresponding to the micropore ceramics position of ceramic heating pipe in atomization core outer tube described above.
Ceramic Composite heating tube of the present utility model is micro- by being sintered in resistance wire is pre-buried in the earthenware with micropore
Hole earthenware can not use atomization cored structure of the resistance wire in combination with drain cotton with directly contact electronic cigarette liquid.Not only may be used
To avoid the phenomenon of the carbonization of drain cotton, coking, it is also possible to overall in the aging discarding of the coking of drain cotton or heating wire without considering
Atomization core.
Because earthenware has rigidity, and ceramics itself have resistant to elevated temperatures characteristic, can greatly increase making for atomization core
With the time, even if after this ceramic heating pipe is damaged in atomization core, it is also possible to directly dismantle heating tube, change heating tube, i.e.,
It is capable of achieving reusing for atomization core, it is to avoid the wasting of resources.
Further, since having used after micropore ceramics material, the pore size and porosity of ceramic material can be into pedestrian
For what is set, thus can ensure that it can again be oozed without electronic cigarette liquid is made by electronic cigarette liquid on ceramic tube wall
Go out aggregation, also would not drip and leakage.The puzzlement of leakage is fundamentally prevented.
The two ends of this Ceramic Composite heating tube are provided with the connector of densification, and the connector itself will not permeate electronic cigarette
Liquid, when being installed on atomization core, keeps ceramic heating pipe not produce larger gap when being arranged in atomization core, the two ends
Fine and close connector play good sealing function.
Standardization connected mode between Ceramic Composite heating tube and atomization core is set, it is possible to achieve the structure of standard,
Convenient carrying out is changed.
Description of the drawings
Fig. 1 is the cross-sectional view of the utility model Ceramic Composite heating tube embodiment 1；
Fig. 2 is the surface structure schematic diagram of the utility model Ceramic Composite heating tube embodiment 1；
Fig. 3 is to use the heating tube of the utility model embodiment 1 atomization core assembling cross-sectional view；
Fig. 4 is the cross-sectional view of the utility model Ceramic Composite heating tube embodiment 2；
Fig. 5 is atomization core cross-sectional view of the prior art.
Shown in figure：1 is connection stake；2 is heating wire；3 is micropore ceramic tube；4 is heating wire wiring；5 is semicircle metal
Ring；6 is sealing gasket；7 is column type electrode；8 is upper end connection ring；9 is heating wire wiring；10 are connection stake；11 is column type electrode；
12 is fast for card；13 are lid on atomization core；14 are atomization core outer tube；15 is inlet opening；16 is sealing ring；17 is fixing screws；18
For elastic electrode piece；19 is outer electrode ring；20 is draw-in groove；21 is elastic electrode piece；22 is fixing screws；23 is dead ring；
24 is electrode bar；25 are locking arc convex；26 is contact pin electrode.
Specific embodiment
Below in conjunction with the accompanying drawings the utility model is described in detail with specific embodiment, the drawings and specific embodiments are only used
In the explanation to technical solutions of the utility model, restriction protection domain is not used in.
Embodiment 1：
As shown in figure 1, being the Ceramic Composite heating tube cross-sectional view of the present embodiment.Ceramic Composite heating tube includes
Two parts, it for heating is heating wire 2 that a part is, it for fixed embedded heating wire 2 is micropore pottery that another part is
Porcelain tube 3.The micropore ceramic tube 3 is cylindrical structure, and heating wire 2 itself winds curl, and the spiral helicine heating wire 2 is located at micro-
At the inner tubal wall of hole earthenware 3, and the wall of the inner tubal wall of micropore ceramic tube 3 is protruded from, the purpose of do so is to realize pottery
Porcelain composite heating pipe is gradually increasing by the temperature of outer wall to inwall, the temperature highest at inwall, and is that smog is suctioned out in inwall
Pipeline, can so increase atomizing effect.
As shown in Figure 1 and Figure 2, the two ends of heating wire 2 arrange heating wire wiring 4 and 9, and these heating wire wiring are not made pottery by micropore
Porcelain tube 3 is covered, in order to the Ceramic Composite heating tube is connected in heater circuit.
Micropore ceramic tube 3 is formed using the sintering of the ceramic material with micropore, and the purpose for arranging these micropores is to make micropore
Absorption electronic cigarette liquid in earthenware 3, and then realize the infiltration from outside to inside of electronic cigarette liquid.
As shown in Figure 1 and Figure 2, the heating wire wiring 4 and 9 in the heating tube of the present embodiment is from the lower end of micropore ceramic tube 3
Draw, and be connected respectively with the bipolar electrode being arranged in the bipolar electrode connection ring of the lower end of micropore ceramic tube 3, as Ceramic Composite plus
The external link electrode of heat pipe.
Because the utility model is that heating wire 2 is embedded in micropore ceramic tube 3, liquid is imported using ceramic capillary,
Thus drain cotton can not used.But, due to having buried heating wire 2 in micropore ceramic tube 3, in order to prevent heating wire 2 to melt
Change or denaturation, in sintering, temperature can not possibly be too high, thus the micropore ceramic tube 3 for being formed is formed for low-temperature sintering.It is this micro-
The precision of the upper and lower ends of hole earthenware 3 can be affected by certain, so that can leave larger seam when being connected with other parts
Gap, the gap is exposed in fluid reservoir and then can produce the phenomenon of leakage.Simultaneously because micropore ceramic tube 3 is high-temperature component, against plus
If the sealing gasket such as silicagel pad can not be fully solved problem, in addition silicagel pad can produce offending taste after heating up, and affect
Electronic cigarette taste.In order to avoid this phenomenon, the upper and lower ends of the micropore ceramic tube 3 of the present embodiment are provided with the connection of densification
Part.
The fine and close connector of the wherein lower end of micropore ceramic tube 3 is exactly above-mentioned bipolar electrode connection ring, the bipolar electrode connection ring
Formed for the middle setting collets of two semicircular becket 5, collets can be insulating ceramic materials.The two semicircular becket 5
Upside be provided with the connection stake 10 protruded in micropore ceramic tube pipe, the connection stake 10 is directly electric with heating wire wiring 4 and 9
Connect and compose the extraction electrode of the ceramic heating pipe.Meanwhile, the downside of semicircle becket 5 is each provided with column type electrode 7 and 11.Should
Connection ring is then to be connected stake 10 by those to be together molded into micropore ceramic tube 3 with the connected mode of the main body of micropore ceramic tube 3
It is sintered together after type.
One of effect of the bipolar electrode connection ring is that by close when ceramic heating pipe is integrally connected with other parts
Envelope, due to being not provided with heating wire at connection ring, thus its temperature is relatively low, less for the impact of silica gel sealing pad.
Another effect of bipolar electrode connection ring is the electrode for also serving as external connection, as shown in Figure 1, 2, the bipolar electrode connection ring
The downside of each semicircular ring 5 has been wholely set column type electrode 7 and 11, and the heating wire wiring 4 of formation is connected with column type electrode 7, electric heating
Silk wiring 9 and the status of electrically connecting of column type electrode 11.
As shown in figure 1, the upper end of the micropore ceramic tube 3 is also provided with upper end connection ring, the upper end connection ring 8 is ring junction
Structure, is also equipped with to the projecting inward connection stake 1 of the tube wall of micropore ceramic tube 3, the connection stake 1 be used to realizing connection therebetween and
It is fixed.And the upper end connection ring 8 can be becket, it is possible to use ceramic of compact ring.The above-mentioned upper end of micropore ceramic tube 3
Connection ring 8 be also be integrally formed with micropore ceramic tube 3 after sinter.
As shown in figure 1, the column type electrode 7 and 11 of the bipolar electrode connection ring of the lower end of micropore ceramic tube 3 respectively arranges horizontal draw-in groove
12, it is easy to be installed in being atomized core inner.
Above-mentioned ceramic heating pipe is so obtained, first, if upper end connection ring 8 uses ceramic of compact connector
When, need first to be about to after the independent compression molding of connection ring 8, high temperature sintering.If then being needed in advance using metal connection ring
Machine-shaping.The two semicircular becket of the bipolar electrode connection ring of lower end is also required to that shaping is pre-machined, and collets use fine and close pottery
The advance sinter molding of ceramic material.Then by the semicircle becket and collets of the bipolar electrode connection ring of upper end connection ring 8, lower end,
The together compression molding of heating wire 2, also needs to that heating wire wiring is connected firmly with two semicircular becket before compression molding.It is molded into
Low-temperature sintering is carried out according to the sintering temperature of micropore ceramics after type, sintering temperature is advisable below 900 degrees Celsius, too high easily to make
Into metalwork fusing or denaturation.
As shown in figure 3, being illustrated using the atomization core cross-section structure of the electronic cigarette of Ceramic Composite heating tube of the present utility model
Figure.The atomization core includes being atomized the ring cover 13 at the top of core, atomization core outer tube 14, Ceramic Composite heating tube and outside atomization core
The bipolar electrode of 14 bottoms of cylinder is conductively connected post, and the bipolar electrode is conductively connected post including outer electrode ring 19 and internal layer electrode rod 24,
Electrically insulated by insulated ring 23 between outer electrode ring 19 and internal layer electrode rod 24, to avoid occurring short circuit phenomenon between electrode.
Wherein, it is cylinder-like structure to be atomized core outer tube 14, inlet opening 15 is opened up on the bucket wall of the cylinder, for from outside
Fluid reservoir introduces electronic cigarette liquid.
Bipolar electrode is conductively connected the outer rim of the outer electrode ring 19 of post and is fixedly connected with the lower end of atomization core outer tube 14, and sets
Sealing ring 16 is put, for the sealing of junction, it is to avoid the leakage of the electronic cigarette liquid in atomization core outer tube 14.The form of being fixedly connected can
To be threaded connection or tight fit connection, the realization of the present embodiment is not affected.
The ring cover 13 at top is fixed and sealed with the upper end of atomization core outer tube 14, and the central authorities of ring cover 13 arrange passage,
For deriving the atomization smog for producing.
Ceramic Composite heating tube is arranged on the inside of atomization core outer tube 14, is coaxially disposed with atomization core outer tube 14, and ceramics are multiple
Close the bipolar electrode connection ring of heating tube lower end and by column type electrode card and be fixed to bipolar electrode and be conductively connected on post respectively, in order to
Ceramic Composite heating tube is fixed on the inside of atomization core outer tube 14.
As shown in figure 3, the hypomere of the column type electrode 7 and 11 of bipolar electrode connection ring is respectively provided with horizontal card fast 12.For
Coordinate the structure of column type electrode 7 and 11, the structure that following bipolar electrode is conductively connected post is set：With fixation on outer ring electrode
Screw 17 is fixedly installed the arc elastic conductive connecting piece 18 of an axial direction, fixes setting with fixing screws 22 on inner rings of electrode rod 24
Put the arc elastic conductive connecting piece 21 of an axial direction.And draw-in groove corresponding to card fast 12 is set on the conductive connecting piece 18 and 21
20.When the fixture block 12 of column type electrode blocks and after to draw-in groove 20, just heater is fixed to and has been conductively connected on post.
When mounted, for upper end, it is multiple that atomization core ring cover 13 pushes against ceramics to the atomization core of said structure from upper end
The upper end connection ring 8 of heating tube is closed, and can be tightly connected using sealing ring, it is ensured that the electronic cigarette in atomization core outer tube 14
Liquid will not be leaked out from there.
For lower end, bipolar electrode is conductively connected the outer rim of the outer electrode ring 19 of post and the inwall of atomization core outer tube 14
By the airtight connection of sealing ring 16, leakage just will not be produced herein.Bipolar electrode is conductively connected the inner edge of the outer electrode ring 19 of post
Pushing against with the lower end of bipolar electrode connection ring and be connected, and be provided with sealing ring 6 carries out airtight connection, and leakage will not be also produced herein.
It is also closed and the upside of semicircle becket 5 of the bipolar electrode connection ring is connected with the sintering of micropore ceramic tube 3, therefore is just formed
Air-tight state between atomization core outer tube 14 and ceramic heating pipe, only also can only be passed through by inlet opening 15 with feed liquor
The osmosis of micropore ceramic tube 3 can just make Liquid Penetrant go out, and the position that permeable direction exactly heating wire 2 is located
Put.
As shown in figure 3, the main part of Ceramic Composite heating tube of the present utility model is micropore ceramic tube 3, the micropore pottery
Porcelain tube 3 corresponds exactly to be atomized the position of inlet opening 15 of core outer tube 14.Due to having used what micropore ceramics were combined in the atomization core
Heating tube, therefore micropore ceramics instead of the effect of drain cotton, and the micropore ceramics have preferably rigidity, more high temperature resistant,
Will not carbonize, coking.The structure that the installation and removal operation of the earthenware of integrated setting is also combined than drain cotton and heating wire
It is much easier.And the Ceramic Composite heating tube can be with automatic continuous production, it is to avoid excessive handwork, and product quality is steady
It is fixed.
Embodiment 2：
As shown in figure 4, the structure of the ceramic heating pipe of the present embodiment is substantially the same manner as Example 1, difference is this
The lower end of column type electrode 7 and 11 arranges the tape pin 26 coaxial with column type electrode, and arc lock projection is arranged on tape pin
25.Equally it is conductively connected the outer electrode ring 19 of post and interior using the bipolar electrode of the electronic cigarette atomizing core of the heating tube of this kind of structure
Layer electrode bar 24 needs to arrange corresponding elastic hole structure, and elastic hole structure is then obtained using elastic conducting strip, and is being inserted
Corresponding arc is set in hole and locks space.It is solid by the locking of arc lock projection 25 when contact pin electrode injects jack electrode
It is fixed, so that ceramic heating pipe is fixed on atomization core outer barrel.
Claims (15)
1. a kind of ceramic composite electronic cigarette heating tube, it is characterised in that：Including heating wire and micropore ceramic tube, the heating wire master
Body portion is embedded in micropore ceramics tube wall, and heating wire is drawn outside micropore ceramic tube by wiring pin；The micropore pottery
Porcelain tube upper and lower ends respectively arrange fine and close connector；Twist winding is arranged the heating wire in micropore ceramic tube, near micro-
Hole ceramics inside pipe wall, part heating wire main body protrudes from earthenware inner wall surface；The wiring pin of the heating wire two is made pottery from micropore
The lower end of porcelain tube is drawn, and the fine and close connector of the lower end is two semicircular becket and middle collets structure that mutually insulated is arranged
Into connection ring；Each semicircle becket upside arranges the connection stake protruded in micropore ceramic tube pipe；Each semicircle gold
Category ring downside arranges column type connection electrode；The upside connection stake of each semicircle becket connects respectively heating wire wiring pin.
2. ceramic composite electronic cigarette heating tube according to claim 1, it is characterised in that：Each semicircle becket upside
The column type connection electrode that the connection stake of setting, downside are arranged is integrally formed with semicircle becket or fixation is electrically connected, the post
It is fast that type electrode lower end arranges horizontal connection card.
3. ceramic composite electronic cigarette heating tube according to claim 2, it is characterised in that：The upper end of the heating tube is fine and close
Connector is metal connection ring or ceramic of compact connection ring, and the fine and close connector is provided with the connection protruded in earthenware pipe
Stake.
4. a kind of electronic cigarette atomizing core using ceramic composite electronic cigarette heating tube as claimed in claim 2 or claim 3, including setting
Atomization core outer tube, heating tube and the bipolar electrode for having side wall inlet opening is conductively connected post；The heating tube is arranged on atomization core outer tube
Inside, bipolar electrode is conductively connected post and is arranged on atomization core outer tube lower end, and with its airtight connection；The wiring of the heating tube two is drawn
Pin is conductively connected post and is electrically connected with bipolar electrode, it is characterised in that：The heating tube is Ceramic Composite heating tube, and heating tube is electric
The wiring pin of heated filament two is connected respectively to the two semicircular becket of heating tube lower end, and two semicircular becket respectively arranges column type connection electricity
Pole；The bipolar electrode is conductively connected post and is provided with internal layer electrode rod and outer electrode ring, on internal layer electrode rod and outer electrode ring
Respectively be fixedly installed elastic conduction connection sheet, the column type electrode respectively with elastic conduction connection sheet card and be connected.
5. the electronic cigarette atomizing core of use ceramic composite electronic cigarette heating tube according to claim 4, it is characterised in that：Institute
State ceramic composite electronic cigarette heating tube to be vertically arranged in atomization core outer tube, be coaxially disposed with atomization core housing；Ceramic Composite electricity
Sub- cigarette heating tube lower end connection ring and bipolar electrode are conductively connected between post and block and connect；The card and connected mode are semicircle metal
The column type electrode hypomere of ring arranges horizontal card soon, and bipolar electrode is conductively connected the elastic conducting strip on post and arranges correspondence draw-in groove.
6. the electronic cigarette atomizing core of use ceramic composite electronic cigarette heating tube according to claim 5, it is characterised in that：Institute
The fine and close connection ring and bipolar electrode for stating heating tube lower end is conductively connected setting sealed insulation pad between the outer electrode ring of post.
7. the electronic cigarette atomizing core of use ceramic composite electronic cigarette heating tube according to claim 6, it is characterised in that：Institute
State and closely connect between the fine and close connection ring of heating tube lower end and heating tube micropore ceramic tube, fine and close connection ring be conductively connected post
Outer electrode ring airtight connection, is conductively connected post outer electrode ring outer rim and is tightly connected with atomization core outer tube inner wall, constitutes atomization
The closed structure of core outer tube lower end；The heating tube upper end densification connector is closely connected with micropore ceramic tube, fine and close connector
Upside is arranged to be covered on atomization core, and lid is tightly connected with fine and close connector on atomization core, constitutes the closed company of atomization core outer tube upper end
Binding structure.
8. the electronic cigarette atomizing core of use ceramic composite electronic cigarette heating tube according to claim 7, it is characterised in that：
The atomization core outer tube is arranged at inlet opening corresponding to the micropore ceramics position of ceramic heating pipe.
9. ceramic composite electronic cigarette heating tube according to claim 1, it is characterised in that：Each semicircle becket upside
The column type connection electrode that the connection stake of setting, downside are arranged is integrally formed with semicircle becket or fixation is electrically connected, the post
Type electrode lower end arranges tape pin.
10. ceramic composite electronic cigarette heating tube according to claim 9, it is characterised in that：The upper end of the heating tube causes
Close connector is metal connection ring or ceramic of compact connection ring, and the fine and close connector is provided with the company protruded in earthenware pipe
Pile extension.
11. a kind of electronic cigarette atomizing cores of the ceramic composite electronic cigarette heating tube using as described in claim 9 or 10, including setting
Atomization core outer tube, heating tube and the bipolar electrode for being equipped with side wall inlet opening is conductively connected post；The heating tube is arranged on outside atomization core
Cylinder is internal, and bipolar electrode is conductively connected post and is arranged on atomization core outer tube lower end, and with its airtight connection；The wiring of the heating tube two is drawn
Pin is conductively connected post and is electrically connected with bipolar electrode, it is characterised in that：The heating tube is Ceramic Composite heating tube, and heating tube is electric
The wiring pin of heated filament two is connected respectively to the two semicircular becket of heating tube lower end, and two semicircular becket respectively arranges column type connection electricity
Pole, the column type connection electrode arranges tape pin；The bipolar electrode is conductively connected post and is provided with internal layer electrode rod and outer layer electricity
Be each provided with elastic conduction jack on polar ring, internal layer electrode rod and outer electrode ring, the column type electrode contact pin respectively with elasticity
Conductive jack plug connection.
The electronic cigarette atomizing core of 12. use ceramic composite electronic cigarette heating tubes according to claim 11, its feature exists
In：The ceramic composite electronic cigarette heating tube is vertically arranged in atomization core outer tube, is coaxially disposed with atomization core housing；Ceramics are multiple
Close electronic cigarette heating tube lower end densification connection ring and bipolar electrode is conductively connected contact pin connection between post；The contact pin connected mode is
The column type electrode hypomere tape pin of semicircle becket arranges arc convex, and bipolar electrode is conductively connected the elastic conduction jack on post
Correspondence arc-shaped recess is set.
The electronic cigarette atomizing core of the 13. ceramic composite electronic cigarette heating tubes according to claim 1 or 12, it is characterised in that：
The fine and close connection ring and bipolar electrode of the heating tube lower end is conductively connected setting sealed insulation pad between the outer electrode ring of post.
The electronic cigarette atomizing core of 14. ceramic composite electronic cigarette heating tubes according to claim 13, it is characterised in that：It is described
Closely connect between the fine and close connection ring and heating tube micropore ceramic tube of heating tube lower end, fine and close connection ring be conductively connected outside post
Layer electrode retaining collar airtight connection, is conductively connected post outer electrode ring outer rim and is tightly connected with atomization core outer tube inner wall, constitutes atomization core
The closed structure of outer tube lower end；The heating tube upper end densification connector is closely connected with micropore ceramic tube, on fine and close connector
Side is arranged to be covered on atomization core, and lid is tightly connected with fine and close connector on atomization core, constitutes the airtight connection of atomization core outer tube upper end
Structure.
The electronic cigarette atomizing core of 15. ceramic composite electronic cigarette heating tubes according to claim 14, it is characterised in that：Institute
The micropore ceramics position that atomization core outer tube is stated corresponding to ceramic heating pipe is arranged at inlet opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620472906.8U CN206079021U (en) | 2016-05-23 | 2016-05-23 | Ceramic composite electron cigarette heating pipe and electron smog core thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620472906.8U CN206079021U (en) | 2016-05-23 | 2016-05-23 | Ceramic composite electron cigarette heating pipe and electron smog core thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206079021U true CN206079021U (en) | 2017-04-12 |
Family
ID=58471198
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620472906.8U Withdrawn - After Issue CN206079021U (en) | 2016-05-23 | 2016-05-23 | Ceramic composite electron cigarette heating pipe and electron smog core thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206079021U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105768239A (en) * | 2016-05-23 | 2016-07-20 | 深圳市新宜康科技有限公司 | Ceramic composite electronic cigarette heating tube and electronic aerosolization core |
| WO2020199339A1 (en) * | 2019-04-02 | 2020-10-08 | 惠州市沛格斯科技有限公司 | Air heating assembly, heating module, controllable heating module and electronic cigarette |
| CN114304741A (en) * | 2022-01-19 | 2022-04-12 | 立讯精密工业股份有限公司 | Atomizing core and atomizer |
-
2016
- 2016-05-23 CN CN201620472906.8U patent/CN206079021U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105768239A (en) * | 2016-05-23 | 2016-07-20 | 深圳市新宜康科技有限公司 | Ceramic composite electronic cigarette heating tube and electronic aerosolization core |
| CN105768239B (en) * | 2016-05-23 | 2019-03-26 | 深圳市新宜康科技股份有限公司 | Ceramic composite electronic cigarette heating tube and its electronic cigarette atomizing core |
| WO2020199339A1 (en) * | 2019-04-02 | 2020-10-08 | 惠州市沛格斯科技有限公司 | Air heating assembly, heating module, controllable heating module and electronic cigarette |
| CN114304741A (en) * | 2022-01-19 | 2022-04-12 | 立讯精密工业股份有限公司 | Atomizing core and atomizer |
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Address after: 517100 6 buildings in xinxintian Industrial Zone, Xinsha Road, Baoan District, Shenzhen, Guangdong. Patentee after: Shenzhen Xinyi Kang Polytron Technologies Inc Address before: 517100 6 buildings in xinxintian Industrial Zone, Xinsha Road, Baoan District, Shenzhen, Guangdong. Patentee before: Innokin Technology Co., Ltd. |
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| CP01 | Change in the name or title of a patent holder | ||
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Granted publication date: 20170412 Effective date of abandoning: 20190326 |
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| AV01 | Patent right actively abandoned |