CN208387881U - Wire body combined type Wrapping formed heating wire and atomizer - Google Patents

Abstract

The utility model wire body combined type Wrapping formed heating wire and atomizer, heating wire is installed in atomizer, wire body for coiling heating wire includes two groups of coiling units, each group coiling unit includes a main silk, one paranema is helically wound around along its length on the main silk, and oil storage gap is formed between main silk, paranema with this；It further include a flat main silk, corresponding matching forms wire body inner core in the longitudinal direction for flat main silk and two groups of coiling units, then is helically wound around the periphery of wire body inner core along its length using a paranema, so as to form oil storage gap.Heating wire after improvement has bigger heat dissipation area, and atomizing effect, heat dissipation effect are all strengthened, and mouthfeel is finer and smoother；There is oil-bearing structure in wire body, can effectively avoid the appearance of dry combustion method phenomenon, guarantee the service life of heating wire, atomizer user is avoided to suck dry combustion method harmful substance.

Description

Wire body combined type Wrapping formed heating wire and atomizer

Technical field

The utility model relates to the heating wires in heating wire, especially atomizer.

Background technique

Heating wire in atomizer and Oil Guide cotton, which are fitted close, to be assembled, and heating wire is formed by a wire body coiling, can be around Helix, flat disk etc. is made, is electrically connected by the electrode column in the molding heating wire of wire body coiling and atomizer, Electric energy is converted into thermal energy, is atomized tobacco tar derived from Oil Guide cotton institute using heat.The wire body of existing heating wire is usually one The single circle silk of item, the surface of single round silk does not have the space of storage tobacco tar after coiling molding, tobacco tar amount not enough either When heating power is excessive, it is easy to the phenomenon that dry combustion method occur, all to the health of heating wire service life and user There is negative effect, therefore there are improved needs for existing heating wire.

Utility model content

The technical problem that an aspect of this disclosure solves is, provides a kind of improved heating wire, wire body tool There is oil storage function.

The technical problem that another aspect of the disclosure solves is, provides a kind of with oil storage function heating wire Atomizer.

The utility model solves technical solution used by one aspect technical problem: wire body combined type is Wrapping formed Heating wire, wire body includes,

First group of coiling unit, including an extending direction the first main silk corresponding with wire body length direction, one first Paranema is helically wound around the described first main silk table face along its length, forms first between the first main silk, the first paranema with this Oil storage gap；

Second group of coiling unit, including an extending direction the second main silk corresponding with wire body length direction, one second Paranema is helically wound around the described second main silk table face along its length, forms second between the second main silk, the second paranema with this Oil storage gap；

Flat main silk is adjacent to combine in the same direction to form wire body inner core with first group of coiling unit, second group of coiling unit；

Third paranema is helically wound around the peripheral surface of the wire body inner core, with this third paranema and wire body inner core it Between formed third oil storage gap.

The Wrapping formed heating wire of foregoing wire body combined type, the first main silk, the first paranema, the second main silk, The cross-sectional profiles of second paranema and third paranema are circle.

The Wrapping formed heating wire of foregoing wire body combined type, the cross-sectional profiles of the flat main silk are rectangular.

The Wrapping formed heating wire of foregoing wire body combined type, first group of coiling unit, second group of coiling list First horizontal Tile is distributed in the bottom surface of flat main silk, so that each group coiling unit contacts to form oil storage sky with flat main silk bottom surface Gap.

The Wrapping formed heating wire of foregoing wire body combined type, the main silk of the first of the wire body, the second main silk and Flat main silk has the leads ends being electrically connected for same atomizer.

The Wrapping formed heating wire of foregoing wire body combined type, between the first main silk, the first paranema, second is main Body length direction is uniform along the line in each oil storage gap formed between silk, the second paranema and between flat main silk, wire body inner core It extends spirally.

The utility model solves technical solution used by its other side technical problem: a kind of atomizer, atomization Device includes oil storage cabin component, the component suction nozzle being mounted on above oil storage cabin component, the atomization group being mounted below oil storage cabin component Part, and through the nebulization channel of atomizing component, oil storage cabin component, component suction nozzle, the atomizing component includes for group mist formation Change the atomization chamber in channel, the heating wire with the cooperation of Oil Guide cotton is installed in the atomization chamber, the wire body of the heating wire is such as former Described in one technical solution.

A kind of foregoing atomizer, the air inlet of the nebulization channel are set to the base side wall of the atomization chamber On, the air inlet is connected to via the bottom wall of pedestal with the atomization chamber.

A kind of foregoing atomizer, the base side wall are equipped with movable adjusting ring, the adjusting ring activity control The opening and closing degree of air inlet processed is to realize the adjusting of air inflow.

A kind of foregoing atomizer, the adjusting ring are equipped with adjustment hole corresponding with air inlet, the adjusting ring Rotation controls to adjust the degree of cooperation of hole and air inlet to realize the adjusting of air inflow.

Disclosure bring at least one the utility model has the advantages that the wire body of heating wire is Wrapping formed by a plurality of main silk, paranema, heat dissipation Area is big, and many places oil storage gap is formed in wire body, and tobacco tar derived from Oil Guide cotton institute has section store in these gaps In, in the case where not enough either temperature is excessively high for bunker reserves, it is dry to effectively reduce heating wire for stored tobacco tar in gap The appearance of phenomenon is burnt, guarantees heating wire service life, and reduce the generation of dry combustion method harmful substance.

Detailed description of the invention

Some specific realities of the utility model are described in detail by way of example and not limitation below in conjunction with attached drawing Example is applied, identical appended drawing reference denotes same or similar part or part in attached drawing.It should be appreciated by those skilled in the art that The drawings are not necessarily drawn to scale.

In attached drawing:

Fig. 1 is an embodiment schematic diagram of the utility model heating wire wire body；

Fig. 2 is that the utility model wire body turns to an embodiment schematic diagram of heating wire (this figure wire body not shown is specifically thin Save content)；

Fig. 3 is an embodiment schematic diagram of the utility model atomizer；

Mark is described as follows in figure:

100, wire body；101, heating wire；102, Oil Guide cotton；1, first group of coiling unit；10, the first main silk；11, first is secondary Silk；12, the first oil storage gap；2, second group of coiling unit；20, the second main silk；21, the second paranema；22, the second oil storage gap； 3, third paranema；30, third oil storage gap；4, flat main silk；5, component suction nozzle；6, oil storage cabin component；7, atomization chamber；8, air inlet Hole；9, ring is adjusted.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer The technical solution of the utility model embodiment is clearly and completely described in the attached drawing of type embodiment.Obviously, described Embodiment is a part of the embodiment of the utility model, instead of all the embodiments.

Based on described the embodiments of the present invention, those of ordinary skill in the art are before without creative work Every other embodiment obtained is put, is fallen within the protection scope of the utility model.Unless otherwise defined, the disclosure uses Technical term or scientific term should be the personage in the utility model fields with general technical ability understood it is logical Chang Yiyi.

" first ", " second " used in the disclosure and similar word are not offered as any sequence, quantity or again The property wanted, and be used only to distinguish different component parts.Equally, "one", the similar word such as " one " or "the" also do not indicate Quantity limitation, but indicate that there are at least one.The similar word such as " comprising " or "comprising" means occur before the word Element or object cover appear in the element of the word presented hereinafter perhaps object and its it is equivalent and be not excluded for other elements or Object." connection " either the similar word such as " connected " is not limited to physics or mechanical connection, but may include Electrical connection, it is either direct or indirect."upper", "lower", "left", "right" etc. are only used for indicating that relative position is closed System, after the absolute position for being described object changes, then the relative positional relationship may also correspondingly change.

Heating wire 101 is to combine to be mounted in atomization chamber 7 with Oil Guide cotton 102 in atomizer, the oil storage cabin group of atomizer Part 6 generally has transparent outer cover, facilitates user to be monitored at any time to oil reserve, timely to supplement.Existing heating wire 101 Helix is commonly turned to by wire body 100, it is hollow to be partially placed into Oil Guide cotton 102, the pin that wire body 100 passes through end It is electrically connected with atomizer electrode column, realizes the access of electric energy.The wire body 100 of common heating wire 101 is the monofilament of smooth surface Structure, surface do not have oil-bearing structure, contained in possible Oil Guide cotton 102 when user has found that oil reserve is inadequate in oil storage cabin Oil mass is extremely low, and heating wire 101 is likely to be at greatly dry-fire condition very much in atomization process at this time.Separately have, due to monofilament surface Smooth not oil storage, when 101 power of heating wire is excessively high, atomization speed is accelerated, and the oil mass on 101 surface of heating wire can be atomized rapidly, Equally easily cause dry combustion method phenomenon.The negative effect of dry combustion method institute band is that, first is that heating wire 101 is easy to damage, influencing atomizer makes Use the service life；Second is that harmful substance caused by dry combustion method can suck human body, health hazard is caused.

It (is in the figure, as shown in Figure 1 reference with paper direction, 100 length direction of wire body is horizontal horizontal in the application To), the wire body 100 of heating wire 101 includes structure composition below: first group of coiling unit 1, including an extending direction and line The corresponding first main silk 10 of 100 length direction of body, first paranema 11 are helically wound around the described first main silk along its length 10 surfaces form the first oil storage gap 12 between the first main silk 10, the first paranema 11 with this.Second group of coiling unit 2, including One extending direction the second main silk 20 corresponding with 100 length direction of wire body, spiral twines second paranema 21 along its length It is around in the described second main 20 surface of silk, the second oil storage gap 22 is formed between the second main silk 20, the second paranema 21 with this.It is flat Main silk 4 is adjacent to combine in the same direction to form wire body inner core with first group of coiling unit, 1, second group of coiling unit 2.Third paranema 3, It is helically wound around the peripheral surface of the wire body inner core, it is empty to form third oil storage between third paranema 3 and wire body inner core with this Gap 30.As also shown in fig. 2, wire body 100 usually (can show only wire body with the structure of the wound into spring shape of a circle circle in this figure 101 general outline of heating wire made of 100 coilings is not shown each main silk, the paranema in wire body 100), structure it is hollow It places Oil Guide cotton 102 and can be come into full contact with heating wire 101 in part.

When wire body 100 itself has oil storage function, tobacco tar derived from 102 institute of Oil Guide cotton understands some and is stored in these skies In gap, and in oil storage cabin oil mass abundance, the tobacco tar in these oil storage gaps is also place after atomization again by lasting supplement State.When the tobacco tar in oil storage cabin low on fuel, each oil storage gap of wire body 100 still can guarantee the proper atomisation of a period of time, User has found that cigarette low on fuel can supplement in time within this time, and 101 dry combustion method phenomenon of heating wire is avoided by as far as possible. When heating wire 101 when the temperature is excessively high, heating wire 101 has enough tobacco tar by the oil storage gap in wire body 100, can meet big The atomization of power, the equally valid appearance for avoiding dry combustion method phenomenon.

Preferably, interval of first paranema 11 along the first uniform spiral winding of main silk 10, i.e., between each ring winding Be it is equivalent, thus will form the first oil storage of the complete helix shape gap 12 uniformly extended along 100 length direction of wire body. Equally, when the second paranema 21 is wound the second main silk 20 and third paranema 3 to wire body inner core between its each ring winding Interval be it is equivalent, length direction of the second oil storage gap 22, third oil storage gap 30 being consequently formed also along wire body 100 is equal It is even to extend spirally.Equally distributed oil storage gap can guarantee that wire body 100 stores the tobacco tar of suitable capacity everywhere, guarantee fever When tobacco tar atomizing effect equilibrium, avoid part from the phenomenon that low on fuel leads to dry combustion method occur.

Assembling in coiling unit by main silk and paranema forms oil storage gap therebetween, and uses two groups of energy right Oil storage gap is increased, then by the bundled fixed of flat main silk 4 and two groups of group coiling units, and it is empty not only to increase oil storage again Between, while also the stability of wire body 100 itself is enhanced, facilitate coiling to form heating wire 101.And main silk, paranema it Between uniform coiling make oil storage gap and oil reserve distributing equilibrium, tobacco tar atomizing effect is more preferably.

In some embodiments, the first main silk 10, the first paranema 11, the second main silk 20, the second paranema 21 and third paranema 3 Cross-sectional profiles be circle.Circular main silk, paranema are in tangent state at the time of contact, and the tangent will form compared to two The space of person's surface indentation, as oil storage gap can cover rapidly master in addition, circular surface is conducive to the flowing of tobacco tar The exposed part of silk, paranema avoids tobacco tar from covering unbalanced influence atomization.And the cross-sectional profiles of flat main silk 4 are preferably side Shape.Still as shown in Figure 1, flat main silk 4 is edgewise wire, two groups of coiling units are distributed side by side along flat main 4 bottom surface of silk, i.e., respectively Group coiling unit is contacted with flat main silk 4, thus equally will form oil storage sky in flat main silk 4 and each group coiling unit Gap, the winding element of especially rectangular main silk and circle silk structure, it is bigger to form space.Simultaneously third paranema 3 winding when, by Be in flat main silk 4 it is rectangular, there is knuckle line in edge, not easily shifted so that the winding stability of third paranema 3 is reinforced.

In some embodiments, the main silk 10 of the first of wire body 100, the second main silk 20 and flat main silk 4, which have, is used for same mist Change the leads ends that device is electrically connected.I.e. heating wire 101 is realized by each main silk and is electrically connected, and main silk is to convert electrical energy into become heat The main body of energy, the effect of paranema is to cooperatively form oil storage gap with main silk, and paranema can effectively increase the heat dissipation of heating wire 101 Area, adstante febre can strengthen the atomizing to tobacco tar, increase atomization quantity；It can accelerate distributing for heat when cooling, reach quick The purpose of cooling forms effective protection to heating wire 101.

As shown in figure 3, a kind of atomizer, atomizer includes oil storage cabin component 6, is mounted on the suction of 6 top of oil storage cabin component Nozzle assembly 5, is mounted on the atomizing component of 6 lower section of oil storage cabin component, and runs through atomizing component, oil storage cabin component 6, component suction nozzle 5 nebulization channel, the atomizing component include the atomization chamber 7 for forming nebulization channel, are equipped with and lead in the atomization chamber 7 The heating wire 101 that oily cotton 102 cooperates, the wire body 100 of the heating wire 101 using 100 coiling of wire body in scheme above-mentioned and At.In atomization chamber 7, heating wire 101 gives off heat tobacco tar atomization derived from 102 institute of Oil Guide cotton, and passes through nebulization channel stream It passes to component suction nozzle 5 and supplies user.

The air inlet 8 of nebulization channel is arranged on the base side wall of atomization chamber 7, the air inlet 8 via pedestal bottom Wall is connected to the atomization chamber 7.It can be realized by being controlled 8 opening degree of air inlet to adjust air inflow, e.g., pedestal Side wall is equipped with movable adjusting ring 9, described to adjust the movable opening and closing degree for controlling air inlet 8 of ring 9 to realize the tune of air inflow Section.9 activity of ring is such as adjusted to air inlet 8, the i.e. opening of air inlet 8 very is avoided completely, air inflow is maximum at this time, atomization quantity Also increase.Preferably, adjust ring 9 and be equipped with adjustment hole corresponding with air inlet 8, the adjustings ring 9 rotation control to adjust hole and The degree of cooperation of air inlet 8 is to realize the adjusting of air inflow.Air inlet 8, adjustment hole can be set to it is mutual corresponding multiple, turn Moving to the adjustment hole adjusted on ring 9 with corresponding air inlet 8 is all complete correspondence, and air inlet 8 is completely to open at this time, again It turns to each adjustment hole and only has part corresponding with corresponding air inlet 8, air inflow can reduce at this time.By adjusting ring 9 to air inlet 8 Adjustment effect, meet user to the different demands of atomization quantity size.

To sum up, the heating wire after improving has bigger heat dissipation area, atomization effect compared to general monofilament structure Fruit, heat dissipation effect are all strengthened, and mouthfeel is finer and smoother；There is oil-bearing structure, so that heating wire after improving simultaneously in wire body Itself has oil storage function, when either heating power is excessive for cigarette low on fuel, can effectively avoid the appearance of dry combustion method phenomenon, The service life for guaranteeing heating wire also avoids atomizer user from sucking dry combustion method harmful substance.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, the utility model can have various changes, combination and variation.It is all the utility model spirit and Within principle, any modification, equivalent replacement, improvement and so on, should be included in the utility model scope of the claims it It is interior.

Claims (10)

1. the Wrapping formed heating wire of wire body combined type, it is characterised in that:

Wire body includes,

First group of coiling unit, including an extending direction the first main silk corresponding with wire body length direction, first paranema It is helically wound around the described first main silk table face along its length, the first oil storage is formed between the first main silk, the first paranema with this Gap；

Second group of coiling unit, including an extending direction the second main silk corresponding with wire body length direction, second paranema It is helically wound around the described second main silk table face along its length, the second oil storage is formed between the second main silk, the second paranema with this Gap；

Flat main silk is adjacent to combine in the same direction to form wire body inner core with first group of coiling unit, second group of coiling unit；

Third paranema is helically wound around the peripheral surface of the wire body inner core, with this between third paranema and wire body inner core shape At third oil storage gap.

2. the Wrapping formed heating wire of wire body combined type as described in claim 1, it is characterised in that: the first main silk, One paranema, the second main silk, the second paranema and third paranema cross-sectional profiles be circle.

3. the Wrapping formed heating wire of wire body combined type as claimed in claim 2, it is characterised in that: the cross of the flat main silk Cross section profile is rectangular.

4. the Wrapping formed heating wire of wire body combined type as described in claim 1, it is characterised in that: first group of coiling list Member, second group of coiling unit horizontal Tile are distributed in the bottom surface of flat main silk so that each group coiling unit with flat main silk bottom Face contact forms oil storage gap.

5. the Wrapping formed heating wire of wire body combined type as described in claim 1, it is characterised in that: the first of the wire body is main Silk, the second main silk and flat main silk have the leads ends being electrically connected for same atomizer.

6. the Wrapping formed heating wire of wire body combined type as described in claim 1, it is characterised in that: the first main silk, Between one paranema, each equal edge in oil storage gap for being formed between the second main silk, the second paranema and between flat main silk, wire body inner core Wire body length direction uniform spiral extends.

7. a kind of atomizer, atomizer includes oil storage cabin component, and the component suction nozzle being mounted on above oil storage cabin component is mounted on storage Atomizing component below bunker component, and through the nebulization channel of atomizing component, oil storage cabin component, component suction nozzle, feature Be: the atomizing component includes the atomization chamber for forming nebulization channel, is equipped in the atomization chamber and cooperates with Oil Guide cotton Heating wire, the heating wire is as described in claim any one of 1-6.

8. a kind of atomizer as claimed in claim 7, it is characterised in that: the air inlet of the nebulization channel is set to the mist On the base side wall for changing chamber, the air inlet is connected to via the bottom wall of pedestal with the atomization chamber.

9. a kind of atomizer as claimed in claim 8, it is characterised in that: the base side wall is equipped with movable adjusting ring, The adjusting ring activity controls the opening and closing degree of air inlet to realize the adjusting of air inflow.

10. a kind of atomizer as claimed in claim 9, it is characterised in that: the adjusting ring is equipped with corresponding with air inlet Adjustment hole, the ring that adjusts rotate the degree of cooperation of control and regulation hole and air inlet to realize the adjusting of air inflow.