CN109744581A - Fibrous type inhalator generator and preparation method thereof - Google Patents
Fibrous type inhalator generator and preparation method thereof Download PDFInfo
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- CN109744581A CN109744581A CN201910069946.6A CN201910069946A CN109744581A CN 109744581 A CN109744581 A CN 109744581A CN 201910069946 A CN201910069946 A CN 201910069946A CN 109744581 A CN109744581 A CN 109744581A
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Abstract
The present invention provides a kind of production methods of fibrous type inhalator generator, comprising the following steps: provides a high-temperature insulation material and a high temperature resistant non-insulating material；High-temperature insulation fiber is made in high-temperature insulation material, the nonisulated fiber of high temperature resistant is made in high temperature resistant non-insulating material；High-temperature insulation fiber and the nonisulated fiber of high temperature resistant are mixed and mold forms.The production of its technique is simple, convenient for mass production, the fibrous type inhalator generator of production had both had the characteristic of Oil Guide, again with the characteristic of heating atomization tobacco tar, the saturated extent of adsorption and liquid adsorption/precipitation rate to liquid can be adjusted, its own adjustable resistivity again, the resistivity of its own is adjusted more optimally to be matched with power control device), and this fibrous type inhalator generator is nontoxic, harmful substance will not be volatilized under the high temperature conditions, meet the requirement of human health.
Description
Technical field
The present invention relates to a kind of fibrous type inhalator generators and preparation method thereof.
Background technique
A kind of electronic cigarette, also referred to as aerosol process units are used at present comprising atomizer, bunker, battery, control assembly,
Control assembly connects battery, and control assembly is also connected with atomizer, and controls the operating mode of atomizer, and bunker continues for atomizer
Atomization smoke oil provides source, and atomizer includes Oil Guide cotton and heating wire, and Oil Guide cotton adsorbs the tobacco tar in bunker, and heating wire will be led
The tobacco tar atomization of oily cotton absorption, sucks for people, and the division of labor design of this heating wire and Oil Guide cotton, Oil Guide cotton is responsible for Oil Guide, generates heat
Silk is responsible for fever atomization smoke oil, due to the amount that Oil Guide cotton is capable of Oil Guide be it is certain, when heating wire power is excessive, Oil Guide cotton Oil Guide
Deficiency, heating wire dry combustion method, readily volatilized some harmful substances out, or Oil Guide cotton is burnt, if the power of heating wire is too small,
It is easy to appear frying oil phenomenon, and as the variation of temperature, the resistance value of heating wire also change constantly, leads to the impedance of heating wire
It is not easy to control.
Summary of the invention
It is an object of the invention to overcome the defect of the prior art, a kind of fibrous type inhalator generator and its system are provided
Make method, have can Oil Guide generates heat again, applied at elevated temperature meets healthy requirement, and characteristic nontoxic when use.
The present invention is implemented as follows: a kind of production method of fibrous type inhalator generator comprising following steps:
A, a high-temperature insulation material and a high temperature resistant non-insulating material are provided；
B, high-temperature insulation fiber is made in high-temperature insulation material, it is non-absolutely that high temperature resistant is made in high temperature resistant non-insulating material
Fibrae marginatae；
C, high-temperature insulation fiber and the nonisulated fiber of high temperature resistant are mixed and mold forms.
Further, high-temperature insulation fiber and the nonisulated fiber of high temperature resistant pass through doping or the mixing of blended method.
Further, the nonisulated fiber of high temperature resistant includes high temperature resistant conductive fibers and high temperature resistant semiconductor fiber.
Further, high temperature resistant conductive fibers are that the metal that metal or alloy is formed in the environment of high temperature, anaerobic is fine
Dimension.
Further, high temperature resistant semiconductor fiber is the semiconductor that semiconductor material is formed in the environment of high temperature, anaerobic
Fiber.
A kind of fibrous type inhalator generator comprising: the nonisulated fiber of high temperature resistant include high temperature resistant conductive fibers and/or
High temperature resistant semiconductor fiber, high temperature resistant conductive fibers form high temperature resistant conductive fibers layer, and high temperature resistant semiconductor fiber forms resistance to height
Warm semiconductor fiber layer, high-temperature insulation fiber form high-temperature insulation fibrous layer, and high temperature resistant conductive fibers layer, high temperature resistant are partly led
It is disposed adjacent at least two layers in body fibrous layer and high-temperature insulation fibrous layer, and is in layered distribution.
Further, in high temperature resistant conductive fibers layer, high temperature resistant semiconductor fiber layer and high-temperature insulation fibrous layer at least
Have two layers makes them in layered distribution by way of hot pressing or physical mixed.
A kind of fibrous type inhalator generator, the nonisulated fiber of high temperature resistant include high temperature resistant conductive fibers and/or high temperature resistant
Semiconductor fiber, at least there are two types of intersect blended shape for high temperature resistant conductive fibers, high temperature resistant semiconductor fiber, high-temperature insulation fiber
At fibrous type inhalator generator.
The present invention provides a kind of production method of fibrous type inhalator generator, resistance to by the way that high-temperature insulation material to be made
The nonisulated fiber of high temperature resistant is made in high temperature resistant non-insulating material by high temperature insulation fibers, then by high-temperature insulation fiber and resistance to
The nonisulated fiber mixing of high temperature and mold molding, obtain a kind of fibrous type inhalator generator, fibrous type inhalator generator packet
It includes in high temperature resistant conductive fibers layer, high temperature resistant semiconductor fiber layer and high-temperature insulation fibrous layer and is disposed adjacent at least two layers,
It and is in layered distribution；Or fibrous type inhalator generator includes high temperature resistant conductive fibers, high temperature resistant semiconductor fiber, high temperature resistant
Non-conductive fibre is at least blended there are two types of intersecting.The production of its technique is simple, is convenient for mass production, and the fibrous type aerosol of production generates
Device had not only had the characteristic of Oil Guide, but also the characteristic with heating atomization tobacco tar (is partly led by high temperature resistant conductive fibers and high temperature resistant
Body fiber and/or high-temperature insulation fiber in varing proportions (mass ratio/volume ratio) mixed (lamination or intersect it is blended (
It is even to mix/unordered mixing)), it can the saturated extent of adsorption and liquid adsorption/precipitation rate to liquid are adjusted, and adjustable
The resistivity of its own adjusts the resistivity of its own more optimally to be matched with power control device), and this fibre
D type inhalator generator is nontoxic, will not volatilize harmful substance under the high temperature conditions, meets the requirement of human health.
A kind of production method of fibrous type inhalator generator comprising following steps:,
A, a refractory metal material and high temperature resistant nonmetallic materials are provided；
B, refractory metal fiber is made in refractory metal material, and the nonmetallic fibre of high temperature resistant is made in high temperature resistant nonmetallic materials
Dimension；
C, refractory metal fiber and high temperature resistant non-metallic fibers are mixed and mold forms.
A kind of fibrous type inhalator generator comprising: refractory metal fiber and the mixing of high temperature resistant non-metallic fibers are in
Stratiform or cross-distribution, when being in layered distribution, refractory metal fiber forms refractory metal fibrous layer, the non-gold of high temperature resistant
Belong to fiber and form high temperature resistant layer of non metallic fibers, refractory metal fibrous layer and high temperature resistant layer of non metallic fibers are disposed adjacent；When
When cross-distribution, refractory metal fiber and high temperature resistant non-metallic fibers intersect blended.
Fibrous type inhalator generator of the present invention includes that refractory metal fibrous layer and high temperature resistant layer of non metallic fibers are adjacent
Setting；Or when cross-distribution, refractory metal fiber and high temperature resistant non-metallic fibers intersect blended.The production of its technique
Simply, it is convenient for mass production, the fibrous type inhalator generator of production had not only had the characteristic of Oil Guide, but also had heating atomization cigarette
The characteristic of oil, and this fibrous type inhalator generator is nontoxic, will not volatilize harmful substance under the high temperature conditions, symbol
Close the requirement of human health
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention without any creative labor, may be used also for those of ordinary skill in the art
To obtain other drawings based on these drawings.
Fig. 1 is process flow chart provided by the invention；
Fig. 2 is the schematic diagram that fibrous type inhalator generator provided by the invention is in layered distribution；
Fig. 3 is the schematic diagram amplified inside Fig. 2 provided by the invention；
Fig. 4 is the schematic diagram that fibrous type inhalator generator provided by the invention is in three layered distributions；
Fig. 5 is the schematic diagram that fibrous type inhalator generator provided by the invention is in two layered distributions；
Fig. 6 is the schematic diagram of another form of fibrous type inhalator generator provided by the invention
Fig. 7 is the first in-built schematic diagram of Fig. 6 provided by the invention；
Fig. 8 is second of in-built schematic diagram of Fig. 6 provided by the invention；
Fig. 9 is the third in-built schematic diagram of Fig. 6 provided by the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Such as Fig. 1-Fig. 9, the embodiment of the present invention provides a kind of fibrous type inhalator generator and preparation method thereof, fibrous type gas
The production method of mist generating means comprising following steps:
A, a high-temperature insulation material and a high temperature resistant non-insulating material are provided；
B, high-temperature insulation fiber is made in high-temperature insulation material, it is non-absolutely that high temperature resistant is made in high temperature resistant non-insulating material
Fibrae marginatae；
C, high-temperature insulation fiber and the nonisulated fiber of high temperature resistant are mixed and mold forms.
High-temperature insulation material is for example: glass made of glass, and ceramic fibre made of ceramics and some minerals are fine
Dimension etc..
High temperature resistant non-insulating material is for example: such as metallic fiber, stainless steel fibre, alloy fiber, titanium fiber etc..
High-temperature insulation fiber and the nonisulated fiber of high temperature resistant pass through doping or the mixing of blended method.It illustrates such as
Under, blended fabric (also referred to as blended weave) refers to the raw material for constituting fabric using two or more different types of fibre
Dimension, through it is blended into made by yarn, wash it is viscous, wash the chemical fibres such as nitrile, polyester-cotton blend and other cotton wools, silk, fiber crops wait until natural fibre
The textile product that dimension mix spinning is made into.Such as: polyester-mixed cotton cloth washs a mao gabardine.Blended fabric is different from blend fabric and friendship again
Woven fabric: blend fabric is to constitute the raw material of fabric using the single thread by two kinds of fibers, and warp simultaneously closes into made by strand, has low
It is mixed simultaneously to play polyester filament and middle length, also has terylene short fiber and low bullet polyester filament to mix and form strand etc..Union is to constitute
Different fiber yarns are respectively adopted in the raw material of the both direction system of fabric, have silk artificial silk interweave Suzhou brocade, nylon and
Buddhist nun's richness spinning that synthetic cotton interweaves etc.,
Another doping is exactly to mix various fibers, adjusts ratio, the quantity of fiber as needed, controls fiber
Speed, for example, being simply interpreted as the lines doping of various different colours together.
The nonisulated fiber of high temperature resistant includes high temperature resistant conductive fibers and high temperature resistant semiconductor fiber, and high temperature resistant conductive fibers are lifted
Example: such as metallic fiber, stainless steel fibre, alloy fiber, titanium fiber etc..
High temperature resistant conductive fibers are the metallic fiber that metal or alloy is formed in the environment of high temperature, anaerobic.
High temperature resistant semiconductor fiber citing: carbon fiber, cotton fibriia, bamboo fibre etc..
High temperature resistant semiconductor fiber is the semiconductor fiber that semiconductor material is formed in the environment of high temperature, anaerobic.
A kind of fibrous type inhalator generator comprising the nonisulated fiber of high temperature resistant include high temperature resistant conductive fibers 11 and/
Or high temperature resistant semiconductor fiber 12, high temperature resistant conductive fibers 11 form high temperature resistant conductive fibers layer 111, high temperature resistant semiconductor fiber
12 form high temperature resistant semiconductor fiber layer 121, and high-temperature insulation fiber 13 forms high-temperature insulation fibrous layer 131, and high temperature resistant is led
It is disposed adjacent at least two layers in body fibrous layer 111, high temperature resistant semiconductor fiber layer 121 and high-temperature insulation fibrous layer 131, and
In layered distribution.
In high temperature resistant conductive fibers layer 111, high temperature resistant semiconductor fiber layer 121 and high-temperature insulation fibrous layer 131 at least
Have two layers makes them in layered distribution by way of hot pressing or physical mixed.
The nonisulated fiber of high temperature resistant includes high temperature resistant conductive fibers 11 and/or high temperature resistant semiconductor fiber 12, and high temperature resistant is led
At least there are two types of intersect blended formation fibrous type aerosol for body fiber 11, high temperature resistant semiconductor fiber 12, high-temperature insulation fiber 13
Generating means.
A kind of production method of fibrous type inhalator generator comprising following steps:,
A, a refractory metal material and high temperature resistant nonmetallic materials are provided；
B, refractory metal fiber is made in refractory metal material, and the nonmetallic fibre of high temperature resistant is made in high temperature resistant nonmetallic materials
Dimension；
C, refractory metal fiber and high temperature resistant non-metallic fibers are mixed and mold forms.(mixing include uniformly mix/
It is unordered mixing, according to demand depending on)
A kind of fibrous type inhalator generator, refractory metal fiber and the mixing of high temperature resistant non-metallic fibers in stratiform or
Cross-distribution, when being in layered distribution, refractory metal fiber forms refractory metal fibrous layer, high temperature resistant non-metallic fibers shape
At high temperature resistant layer of non metallic fibers, refractory metal fibrous layer and high temperature resistant layer of non metallic fibers are disposed adjacent；Work as cross-distribution
When, refractory metal fiber and high temperature resistant non-metallic fibers intersect blended.
The refractory metal fiber can by stainless steel, carbon steel, cast iron, copper, aluminium, nickel, Aludirome, high temperature alloy,
One or two kinds of compositions of the metals such as aluminium oxide, titanium, lead or several above mixing, and it is not limited to above-mentioned material.Shape can be
Long fibre, staple fiber, crude fibre, fine fibre, steel wool, heterotypic fibre etc., and it is without being limited thereto.Preferably, the refractory metal
Fiber is stainless steel or inner core is stainless steel, and outer layer is copper.Wherein, the production technology of the metallic fiber has wire drawing to cut
Disconnected method, molten pumping method, clustered drawing, facing, cutting method, cutting finer wire method, cold-rolling strip steel shearing, steel ingot milling or molten steel
One or more combinations of the methods of leaching in rapid condensation method, acid, and it is without being limited thereto.
High temperature resistant nonmetallic materials are exemplified below, such as refractory material, asbestos, vermiculite, aluminium oxide, refractory fibre.
Nonmetallic materials can be divided into inorganic material and organic material two major classes.In mechanical engineering it is more commonly used there are many
Kind.
1. belong to inorganic material has refractory material, ceramics, abrasive material, carbon and graphite material, asbestos etc.；
2. belong to organic material has timber, leather, adhesive and high molecular synthetic material -- synthetic rubber, synthesis tree
Rouge, synthetic fibers etc.；
3. the composite material constituted with non-metallic fibers reinforced resin base.
For manmade inorganic fibre diameter between 0.1~100 μm, product has continuous long fiber peacekeeping staple fiber.Continuous fiber
Mainly there are glass fibre, boron fibre, carbon fiber (graphite fibre), silicon carbide fibre, silicon oxide fibre, alumina fibre and nitridation
Silica fibre.Staple fiber refers mainly to various whiskers and cotton-like fiber (such as mineral wool, oxidation aluminum wool).Preparation method have melt spinning process, centrifugal process,
Meltblown, spun-bond process, solution spinning, vortex spin processes, carrier spin processes, extrusion, infusion process, precursor conversion method, steam
Sedimentation, vapor-liquid-solid method, chemical vapor deposition method and monocrystalline fiber elongation method etc., at must be through several high-temperature process after fiber
Deng.
Mold molding includes that heating power presses, the modes such as physical mixed, for example, thermoplasticity, by synthetic fibers or product
It is heated to Tg temperatures above, and adds its deformation/shaping of certain foreign compulsion, then cool down and removes external force/stress, this deformation
It can be fixed up, when encountering T < Tg later, then there will be no big variation, (hot memory fiber removes the shape of fiber or product
Outside；Hot memory fiber can make its expansion when reaching temperature, achieve the purpose that the adsorbed liquid/function of release；It can remake
One patent of invention.).Fabric is heated under some tension using the fine thermoplasticity of synthesis, is allowed to fixed by heat setting
In the technical process of new state, such as yarn steaming, ironing.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of production method of fibrous type inhalator generator, which comprises the following steps:
A, a high-temperature insulation material and a high temperature resistant non-insulating material are provided；
B, high-temperature insulation fiber is made in high-temperature insulation material, the nonisulated fibre of high temperature resistant is made in high temperature resistant non-insulating material
Dimension；
C, high-temperature insulation fiber and the nonisulated fiber of high temperature resistant are mixed and mold forms.
2. the production method of fibrous type inhalator generator as described in claim 1, it is characterised in that: high-temperature insulation fiber
Pass through doping or the mixing of blended method with the nonisulated fiber of high temperature resistant.
3. the production method of fibrous type inhalator generator as described in claim 1, it is characterised in that: the nonisulated fibre of high temperature resistant
Dimension includes high temperature resistant conductive fibers and high temperature resistant semiconductor fiber.
4. the production method of fibrous type inhalator generator as claimed in claim 3, which is characterized in that high temperature resistant conductive fibers
The metallic fiber formed in the environment of high temperature, anaerobic for metal or alloy.
5. the production method of fibrous type inhalator generator as claimed in claim 4, which is characterized in that high temperature resistant semiconductor is fine
Dimension is the semiconductor fiber that semiconductor material is formed in the environment of high temperature, anaerobic.
6. a kind of fibrous type inhalator generator made of the method as described in claim 1, which is characterized in that high temperature resistant is non-absolutely
Fibrae marginatae includes high temperature resistant conductive fibers and/or high temperature resistant semiconductor fiber, and it is fine that high temperature resistant conductive fibers form high temperature resistant conductor
Layer is tieed up, high temperature resistant semiconductor fiber forms high temperature resistant semiconductor fiber layer, and high-temperature insulation fiber forms high-temperature insulation fiber
Layer, it is disposed adjacent at least two layers in high temperature resistant conductive fibers layer, high temperature resistant semiconductor fiber layer and high-temperature insulation fibrous layer,
It and is in layered distribution.
7. a kind of fibrous type inhalator generator as claimed in claim 6, which is characterized in that high temperature resistant conductive fibers layer, resistance to
Made by way of hot pressing or physical mixed at least two layers in high temperature semiconductors fibrous layer and high-temperature insulation fibrous layer
They are in layered distribution.
8. a kind of fibrous type inhalator generator made of the method as described in claim 1, which is characterized in that high temperature resistant is non-absolutely
Fibrae marginatae includes high temperature resistant conductive fibers and/or high temperature resistant semiconductor fiber, and high temperature resistant conductive fibers, high temperature resistant semiconductor are fine
At least there are two types of intersect blended formation fibrous type inhalator generator for dimension, high-temperature insulation fiber.
9. a kind of production method of fibrous type inhalator generator, which comprises the following steps:,
A, a refractory metal material and high temperature resistant nonmetallic materials are provided；
B, refractory metal fiber is made in refractory metal material, and high temperature resistant non-metallic fibers are made in high temperature resistant nonmetallic materials；
C, refractory metal fiber and high temperature resistant non-metallic fibers are mixed and mold forms.
10. a kind of fibrous type inhalator generator as described in claim 1, which is characterized in that refractory metal fiber and resistance to
The mixing of high temperature non-metallic fibers is in stratiform or cross-distribution, and when being in layered distribution, refractory metal fiber forms high temperature resistant
Metallic fibrous layer, high temperature resistant non-metallic fibers form high temperature resistant layer of non metallic fibers, and refractory metal fibrous layer and high temperature resistant are non-
Metallic fibrous layer is disposed adjacent；When cross-distribution, refractory metal fiber and high temperature resistant non-metallic fibers intersect blended.
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