CN207644967U - Aerosol generates product, its seal assembly and condensation - Google Patents
Aerosol generates product, its seal assembly and condensation Download PDFInfo
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- CN207644967U CN207644967U CN201721125744.1U CN201721125744U CN207644967U CN 207644967 U CN207644967 U CN 207644967U CN 201721125744 U CN201721125744 U CN 201721125744U CN 207644967 U CN207644967 U CN 207644967U
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Abstract
The utility model provides aerosol and generates product, its seal assembly, condensation and manufacturing method, wherein, the seal assembly generates matrix for sealing aerosol, the seal assembly includes container, the first pierceable sealing element, the second pierceable sealing element, the lower trepanning of lower surface setting, the upper trepanning of upper surface setting of the container, the first pierceable sealing element is fixed on the lower surface inner wall of the container and the covering lower trepanning, and the second pierceable sealing element covers the upper trepanning.
Description
Technical field
The utility model is related to aerosol arts, and in particular to aerosol generates product, its seal assembly and condensation.
Background technology
Currently, some aerosols generate in the container that product sealing aerosol generates matrix, close to apparatus for aerosol creation
The diaphragm seal of penetrating member bottom be often disposed on the outer surface of container, generate product when penetrating member pierces through aerosol
After diaphragm seal, then by aerosol generation product pulled out from apparatus for aerosol creation when, diaphragm seal is easy to fall off and remains in
In apparatus for aerosol creation, user is needed to clear up, to bring inconvenience to user.
Invention content
In view of this, the utility model, which provides aerosol, generates product, its seal assembly and condensation, it is close to reduce
Sealing drops to the risk in apparatus for aerosol creation.
In order to achieve the above object, the utility model provides a kind of seal assembly, and the seal assembly is used for blanket gas
Colloidal sol generates matrix, and the seal assembly includes container, the first pierceable sealing element, the second pierceable sealing element, the container
The lower trepanning of lower surface setting, the upper trepanning of upper surface setting, the first pierceable sealing element is fixed on the following table of the container
Face inner wall and the covering lower trepanning, the second pierceable sealing element cover the upper trepanning.
Second pierceable sealing element is fixed on the outer wall of container.
First pierceable sealing element is fixed on the lower surface inner wall of container by pasting.
Container includes upper container unit, lower container unit and sealant, the upper trepanning of upper container unit setting, lower container unit
The lower trepanning of setting, upper container unit are used to be used for upper container unit and lower container unit with lower container unit pairing, sealant
It is fixed together, and seals the gap between upper container unit and lower container unit.
Upper container unit also sets up upper container unit opening, and lower container unit also sets up lower container unit opening, upper container
Unit opening for lower container unit be open pairing, sealant for seal upper container unit opening with lower container unit be open
Between gap.
Upper container unit and lower container unit size are essentially identical.
Container includes upper container unit, lower container unit, upper trepanning is arranged on upper container unit, under lower container unit setting
Trepanning, for nested with lower container unit pairing, upper container unit fits together upper container unit with lower container unit.
Upper container unit is pasted together with lower container unit by adhesive.
Upper container unit also sets up upper container unit opening, and lower container unit also sets up lower container unit opening, upper container
Unit opening is for nested with lower container unit opening pairing.
Container is canister.
The thickness of container is more than the thickness of the first pierceable sealing element and the thickness of the second pierceable sealing element.
First pierceable sealing element and/or the second pierceable sealing element are metal foil.
In order to achieve the above object, the utility model additionally provides a kind of aerosol generation product, including any described
Seal assembly further includes carrier, and the carrier generates matrix for carrying aerosol, and the container is for accommodating the carrier.
Carrier is equipped with carrier through-hole, and the first end of carrier through-hole is opposite with lower trepanning, second end is opposite with upper trepanning.
It further includes condensation that aerosol, which generates product, and condensation includes condenser pipe and instlated tubular, and instlated tubular is sleeved on cold
On solidifying pipe, condenser pipe is used to generate the aerosol entered the mixture or aerosol of substrate formed evaporant and air
It is condensed.
Condenser pipe is metal tube.
It further includes mouthpiece part and gathering component that aerosol, which generates product,；It collapses component and is set to seal assembly and nozzle section
Between part, collapses component and be equipped with through the gathering channel for collapsing component.
It further includes the uniform piece for cooling that aerosol, which generates product,；Uniform piece, which is set to, collapses component and nozzle section
Between part.
In order to make the experience that user sucks aerosol more preferable, the utility model additionally provides a kind of aerosol generation system
The condensation of product, including condenser pipe and instlated tubular, the instlated tubular are sleeved on the condenser pipe, and the condenser pipe is for will be into
The aerosol entered generates the mixture of substrate formed evaporant and air or aerosol is condensed.
Condenser pipe is metal tube.
Instlated tubular is plastic tube or silicone tube.
In order to achieve the above object, the utility model additionally provides a kind of smoke grenade, which is characterized in that including any described
Seal assembly further includes carrier and aerosol generates matrix, and the carrier generates matrix, the appearance for carrying the aerosol
Device is for accommodating the carrier.
The beneficial effects of the utility model：
By the way that the first pierceable sealing element to be fixed on the inner wall of container lower surface, aerosol is generated into product from gas
When colloidal sol generating means are pulled out, the first pierceable sealing element is not easy to fall off and remains in apparatus for aerosol creation.
Description of the drawings
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing：
Fig. 1 is that the utility model aerosol generates a kind of partial cutaway view schematic of embodiment of system；
Fig. 2 is the part exploded perspective view of the apparatus for aerosol creation in Fig. 1；
Fig. 3 is the part exploded perspective view of the apparatus for aerosol creation of Fig. 2；
Fig. 4 is the part-structure schematic diagram of the apparatus for aerosol creation of Fig. 2；
Fig. 5 is the part-structure schematic diagram of the apparatus for aerosol creation of Fig. 2；
Fig. 6 is the part-structure schematic diagram of the apparatus for aerosol creation of Fig. 2；
Fig. 7 is the part-structure schematic diagram of the apparatus for aerosol creation of Fig. 2；
Fig. 8 is the part exploded perspective view that the utility model aerosol generates a kind of embodiment of product；
Fig. 9 is the part-structure schematic diagram that Fig. 8 aerosols generate product；
Figure 10 is the configuration schematic diagram that Fig. 7 aerosols generate product；
Figure 11 is that the utility model aerosol generates product another kind aerosol generation product part schematic cross-sectional view；
Figure 12 is the part exploded perspective view that the utility model aerosol generates a kind of embodiment of product；
Figure 13 is the structural schematic diagram of another embodiment for the carrier that the utility model aerosol generates product.
Specific implementation mode
In conjunction with attached drawing, elaborate to the preferred embodiment of the utility model.
As shown in Figure 1, in a kind of embodiment of aerosol generation system, it includes that aerosol generates system that aerosol, which generates system,
Product 100 and apparatus for aerosol creation 200, apparatus for aerosol creation 200 generate the cooperation of product 100 with aerosol or cooperate, with
Accommodate one end that aerosol generates product 100.Apparatus for aerosol creation 200 includes penetrating member 210, heating element 220, first
Heat insulating member 230 and crust of the device 240, as shown in figure 5, the first heat insulating member 230 is equipped with the second air drain 2301 and third
Air drain 2302, as shown in Fig. 2, crust of the device 240 is equipped with air intake 243.It is wrapped as shown in Figure 1, aerosol generates product 100
It includes container 111 to include mouthpiece part 140, aerosol generation matrix, carrier 114 and seal assembly 110, seal assembly 110.Its
In, aerosol, which generates the component that matrix, carrier 114 and seal assembly 110 form, can be referred to as smoke grenade.
It refers to that can generate the substance of aerosol under certain condition that aerosol, which generates matrix, for the aerosol of liquid form
For generating matrix, it usually needs aerosol is made to generate matrix evaporation to form evaporant (such as gas under heating conditions
Body), which forms aerosol under certain condition after being mixed with air.It can be tobacco tar, tobacco tar that aerosol, which generates matrix,
May include glycerine (glycerine), propylene glycol, essence (or fragrance) and nicotine (nicotine), in above-mentioned tobacco tar, nicotine and/or perfume (or spice)
Essence can be substituted by tobacco extract.Tobacco tar can not also include nicotine.
Carrier 114 is used to carry aerosol and generates matrix (such as the aerosol of liquid form generates matrix), such as Fig. 8 institutes
Show, carrier 114 has the carrier through-hole 1141 for being inserted into for penetrating member 210.Cotton may be used in carrier 114
Heat safe cotton), porous ceramics, glass fibre etc. or other there are porous structures of certain absorption liquid ability.
Seal assembly 110 generates matrix for seal carrier 114 and the aerosol being carried in carrier 114.It please refers to
Fig. 8 to 10, in one embodiment, as shown in figure 8, seal assembly shown in FIG. 1 110 include container 111 shown in FIG. 1, with
And the first pierceable sealing element 112 shown in Fig. 8, the second pierceable sealing element 113, container 111 for accommodate carrier 114 and
Aerosol in carrier 114 generates matrix.Container 111 includes upper container unit 1111, lower container unit 1112 and sealant 115
(in the present embodiment, close to mouthpiece part 140 be upper), upper container unit 1111 be used for lower 1112 pairing of container unit, it is close
Sealing 115 for upper container unit 1111 and lower container unit 1112 to be fixed together, and seal upper container unit 1111 and
Gap between lower container unit 1112 is flowed out with preventing the aerosol in carrier 114 from generating matrix from container 111.Sealant
115 can paste with the side wall of upper container unit 1111 and lower container unit 1112.For example, in upper container unit 1111 and lower appearance
Adhesive is set on the side wall of device unit 1112 with adhesive seal layer 115.Even if adhesive generates gas with foreign flavor at high temperature, different
Taste gas is also difficult to be sucked by user into the first air drain 211.Wherein, lower 1114 He of trepanning is set on lower container unit 1112
Lower container unit opening 11121, the upper trepanning 1113 of setting and upper container unit opening 11111 on upper container unit 1111, upper appearance
Device unit opening 11111 and lower container unit 11121 pairings of opening, sealant 115 seal upper container unit opening 11111 under
Gap between container unit opening 11121, the first end of carrier through-hole 1141 is opposite with lower trepanning 1114, carrier through-hole 1141
Second end and upper trepanning 1113 it is opposite, the first pierceable sealing element 112 fixes (such as stickup) under lower container unit 1112
The inner wall on surface, and lower trepanning 1114 is covered, the upper trepanning 1113 of the second pierceable sealing element 113 covering, such as the second sealing
Part 113 can be fixed on the outer wall (such as outer wall of upper surface) or inner wall of upper container unit 1111.
First pierceable sealing element 112 and the second pierceable sealing element 113 are punctured for being pierced component 210.First can
It pierces through sealing element 112 and the second pierceable sealing element 113 is easy pierced component 210 and pierces through, pierced position can show
For states such as broken, tearings.Indentation can be equipped on first pierceable sealing element 112 and the second pierceable sealing element 113 so that
When first pierceable sealing element 112 and the second pierceable sealing element 113 are pierced the puncture of component 210, the second pierceable sealing element
113 are easy to rupture along the indentation direction.Metal may be used in first pierceable sealing element 112 and the second pierceable sealing element 113
Foil (thin layer) can either bear the high temperature that penetrating member 210 is brought, and penetrating member 210 is facilitated to be pierced through, such as aluminium foil.
Container 111 preferably uses heat-resisting material, for example, canister (preferably to have sealing element more pierceable than first
112 and 113 bigger of the second pierceable sealing element thickness, with convenient for assembly, at the same can reduce carrier 114 transport storage etc.
The risk being squeezed in the process, such as aluminium vessel), melt or generate gas to prevent container 111 to be pierced the heating of component 210
Colloidal sol generates the smell other than matrix and/or aerosol.It is fixed due to the first pierceable sealing element 112 and (such as passes through adhesive
Paste) on the inner wall of 111 lower surface of container, aerosol generation product 100 is pulled out from apparatus for aerosol creation 200
When, the first pierceable sealing element 112 is not easy to fall off and remains in apparatus for aerosol creation 200；If the first pierceable sealing
Part 112 is fixed on the outer wall of container 111, when aerosol generate product 100 after use, by aerosol generate product 100 from
When apparatus for aerosol creation 200 is pulled out, the first pierceable sealing element 112, which exists, to fall off and remains in apparatus for aerosol creation
Risk in 200.Above-mentioned adhesive can be inorganic adhesive or organic adhesion agent (such as protein adhesive, rubber gluing
Agent, polymer adhesive etc.).If the first pierceable sealing element 112 is pasted onto container by adhesive especially organic adhesion agent
When on 111, since the first pierceable sealing element 112 and container 111 are by the heating of penetrating member 210, lead to organic adhesion agent
Viscosity decline, when by aerosol generation product 100 pulled out from apparatus for aerosol creation 200 when, the first pierceable sealing element
112 are easier to fall off and remain in apparatus for aerosol creation 200.And by the way that the first pierceable sealing element 112 is pasted on appearance
It on the inner wall of device 111, even if the first pierceable sealing element 112 falls off, remains in container 111, to be given birth to aerosol
It is pulled out to come at product 100.
As shown in figure 5, the side wall 215 of penetrating member 210 is equipped with the first air drain 211, the first air drain 211 can be passed through
The processing methods such as cutting are formed, and can also be to be formed during casting penetrating member 210.As shown in figure 3, implementing at one
In example, penetrating member 210 is equipped with penetrating member cavity 212, and heating element 220 is set in penetrating member cavity 212, heating part
The heat that part 220 generates is by being thermally conducted to up on penetrating member 210.The overall profile of penetrating member 210 can be in cylinder, length
The top of the shapes such as cube, square, penetrating member 210 can be in the sharp shapes such as coniform, pierceable close to pierce through first
The top of sealing 112 and the second pierceable sealing element 113, certain penetrating member 210 can not also have sharp shape.
As shown in Figure 1, during use, penetrating member 210 is easy to transfer heat on crust of the device 240, causes to fill
It is hot to set shell 240.By being arranged the first heat insulating member 230 in the bottom of penetrating member 210 and positioned at penetrating member and dress
It sets between shell 240, it is possible to reduce or prevent in heat transfer to crust of the device 240.As shown in figure 5, the first heat insulating member 230
Lateral wall be equipped with the second air drain 2301, the upper surface of the first heat insulating member 230 is equipped with third air drain 2302, in this way, first every
The processing of thermal part 230 is simpler.In one embodiment, the first heat insulating member 230 is sleeved on the bottom of penetrating member 210.The
Ceramics may be used in one heat insulating member 230.
With reference to figure 1,5 and 8, in use, penetrating member 210 first passes through the lower trepanning 1113 of container 111, is then punctured
One pierceable sealing element 112, then it is inserted into carrier through-hole 1141 via the first end of carrier through-hole 1141, finally puncturing second can pierce
Sealing element 113 is worn, the side wall 215 of penetrating member 210 is adjacent to the aerosol in carrier 114 and heating carrier 114 and generates matrix, with
Make aerosol generate after matrix is heated to evaporate and form evaporant and enter the first air drain 211.Air is via air intake 243
Into apparatus for aerosol creation 200, then can be pierced by the second air drain 2301, third air drain 2302, lower trepanning 1113 and first
It wears the position that sealing element 112 is punctured and enters the first air drain 211, thus with the evaporant mixing resulting mixture, the then mixing
Object enters mouthpiece part 140 via the position that the first air drain 211 and the second pierceable sealing element 113 are punctured.The mixture is most
End form is at aerosol, and the position that aerosol is formed may be in first air drain 211, or in the downstream of the first air drain 211
(other than the first air drain 211).
In the above-described embodiments, since penetrating member 210 is adjacent to carrier 114 to generate base to the aerosol in carrier 114
Matter is heated, and heating effect is fine, while the first air drain 211 is equipped on the side wall of penetrating member 210 so that aerosol is given birth to
The evaporant evaporated by heating at matrix can ultimately form aerosol in the case where flowing through the drive of air of the first air drain 211.
If penetrating member 210 is not adjacent to carrier 114, heating effect will have a greatly reduced quality, because between penetrating member 210 and carrier 114
Gap in can need to increase to reach preferable heating effect and pierce through by the air of flowing, to take away more heat transfer
The temperature of component 210, to cause the battery durable ability of apparatus for aerosol creation 200 to reduce.
A plurality of first air drain 211 can be set on the side wall of penetrating member 210, and compared to one the first air drain 211 is a plurality of
First air drain 211 is conducive to generate more aerosols within the same time.Correspondingly, the second air drain of respective numbers can be set
2301 and third air drain 2302, every second air drain 2301 and a corresponding third air drain 2302 and the first air drain 211 are connected to.
Air enters corresponding first air drain 211 after the second air drain 2301, third air drain 2302 successively in this way.
As shown in figure 5, in other embodiments, also having along penetrating member in the bottom sidewall of penetrating member 210
The 4th air drain 213 that 210 surfaces extend, a plurality of first air drain 211 are connected to the 4th air drain 213, and air passes through the second air drain
2301 and after third air drain 2302 enters the 4th air drain 213, then respectively enter every first air drain 211.It can be seen that the 4th gas
Slot 213 plays the role of distributing air to the first different air drains 211.4th air drain 213 can be along 210 bottom of penetrating member
Circumferencial direction on side wall extends, and according to the difference of length, the 4th air drain 213 can be annular in shape, can also be in arc-shaped.One
There can also be (and the third air drain of corresponding number of a plurality of second air drain 2301 in a little embodiments, on the first heat insulating member 230
2302), a plurality of third air drain 2302 is connected to the 4th air drain 213.
In one embodiment, apparatus for aerosol creation 200 further include the first fastener 232 (please referring to Fig.3), it is second tight
Firmware 233 (please referring to Fig.2) and aerosol generate product fixed seat 270, the first fastener 232 for will puncture through component 210 with
First heat insulating member 230 is fixed together, and the second fastener 233 is used to the first heat insulating member 230 being fixed on aerosol and generate
In product fixed seat 270, aerosol generates product fixed seat 270 and is fixed on crust of the device 240.As shown in fig. 6, aerosol is given birth to
There is fixed seat cavity 275 at product fixed seat 270, one end of product 100 is generated for accommodating aerosol.
Aerosol generates product fixed seat 270 and preferably uses heat-barrier material, such as plastics etc., to further decrease puncture portion
In the heat transfer of part 210 to crust of the device 240.In one embodiment, aerosol generation product fixed seat 270 passes through screw thread
It assembles and fixes with crust of the device 240.
As shown in figure 3, in one embodiment, the first fastener 232 is nut, is additionally provided on the first heat insulating member 230
First heat insulating member through-hole 2304 is additionally provided with screw thread 214 in the bottom sidewall of penetrating member 210, and screw thread 214 is located at the 4th air drain
213 lower section, screw thread 214 pass through the first heat insulating member through-hole 2304, nut to will puncture through component 210 by screw thread 214 and be fixed on
On first heat insulating member 230.It is more than the thorn in 214 position of screw thread in the outer diameter of the penetrating member 210 of the position of the 4th air drain 213
The outer diameter for wearing component 210 in turn results in air to prevent the 4th air drain 213 to be absorbed in the upper surface of the first heat insulating member 230 or less
Cannot be introduced into, in this way when penetrating member 210 and the first heat insulating member 230 are assembled together, the 4th air drain 213 be butted on first every
The upper surface of thermal part 230.In one embodiment, it is additionally provided with the first heat insulating member cavity 2303 on the first heat insulating member 230,
Nut is used to be mounted in the first heat insulating member cavity 2303, to save assembly space while reaching heat-insulated, fixed purpose.
As illustrated in fig. 1 and 2, in one embodiment, apparatus for aerosol creation 200 further includes the second heat insulating member 260, the
Two heat insulating members 260 are arranged below the first heat insulating member 230, with further to stretching into the first heat insulating member through-hole 2304
The bottom of penetrating member 210 and nut are thermally shielded, to reduce influence of the heat to underlying power supply part.
As shown in Fig. 2, in one embodiment, apparatus for aerosol creation 200 further includes heat insulating member fixing piece 231, every
Thermal part fixing piece 231 is installed between the first heat insulating member 230 and aerosol generation product fixed seat 270.Second fastener
233 generate product fixed seat 270 for heat insulating member fixing piece 231 and the first heat insulating member 230 to be fixed on aerosol.It is excellent
The side wall of selection of land, the first heat insulating member 230 is equipped with heat insulating member mounting hole 2305, and heat insulating member fixing piece 231, which has, to be fixed
Part through-hole 2331, aerosol, which generates product fixed seat 270, has fixed block hole 271, and the second fastener 233 sequentially passes through fixation
Block hole 271, fixing piece through-hole 2331 simultaneously stretch into heat insulating member mounting hole 2305, thus by 231 He of heat insulating member fixing piece
First heat insulating member 230 is fixed on aerosol and generates in product fixed seat 270.Second fastener 233 is preferably screw.
In one embodiment, heat insulating member fixing piece 231 is in the ring-type with notch 2332, to facilitate heat insulating member
Fixing piece 231 is sleeved on the first heat insulating member 230.As shown in Fig. 1,2,7, in one embodiment, crust of the device 240 includes upper
Crust of the device 241 and lower crust of the device 242, aerosol generate product fixed seat 270 and are fixedly connected with lower crust of the device 242, example
Such as it is connected through a screw thread.Aerosol generates product fixed seat 270 and can be installed admittedly by snap with upper crust of the device 241
It is fixed, for example, aerosol, which generates, can be equipped with buckle 272 in product fixed seat 270, correspondingly set on 241 inner wall of upper crust of the device
There is card slot (not shown).Product fixed seat 270 is generated in order to allow user that upper crust of the device 241 is assembled to aerosol more
Convenient, aerosol generates and is additionally provided with guide groove 274 in product fixed seat 270, is accordingly equipped in upper crust of the device 241 and is oriented to rib
(not shown).
First air drain 211 can be in the curve shape that extends along 210 surface of penetrating member (such as along penetrating member
210 perficial helicals rise) or rectilinear form, the first air drain 211 of curve shape can be carried than the first air drain 211 of linear type shape
For the air resistance of bigger, it is presented as that user needs the suction of bigger when aspirating aerosol and generating product.
Apparatus for aerosol creation 200 can also include power supply part (being located in crust of the device 240, be not shown in figure) and lead
Electrical components (are not shown in figure, such as conducting wire), as shown in Figure 1, the second heat insulating member 260 is equipped with the second heat insulating member through-hole
261, heating element 220 is electrically connected by conductive component with power supply part, and conductive component passes through nut and the second heat insulating member logical
Hole 261.Heating element 220 is preferably fully mounted in penetrating member cavity 212, to improve heating efficiency, and reduces heat
Influence to power supply part.
As shown in Figure 1, the air entered from the air intake 243 positioned at lower crust of the device 242 enters the second air drain 2301
It can be there are many path.In one embodiment, the cross section of the second heat insulating member 260 is (perpendicular to apparatus for aerosol creation 200
Length direction plane) size is identical as the cross section size of the first heat insulating member 230, the second air drain 2301 and second heat-insulated
The space in 260 outside of component is connected to, and can enter the second air drain behind the space that air enters on the outside of the second heat insulating member 260
2301, eventually enter into the first air drain 211.In another embodiment, as shown in figure 5, the cross section of the second heat insulating member 260
Size is more than the cross section size of the first heat insulating member 230, and the second heat insulating member 260 can open up stomata (not shown),
Air can pass through the stomata and enter the second air drain 2301, eventually enter into the first air drain 211.
In one embodiment, upper container unit 1111 and lower 1112 outer diameter of container unit are essentially identical, total in container 111
In the case of given volume, the area that sealant 115 pastes contact upper container unit 1111 contacts down appearance with the stickup of sealant 115
The area of device unit 1112 can be identical or essentially identical.If upper container unit 1111 is differed with lower 1112 size of container unit
It is very big, then the area that the stickup of sealant 115 contacts some container unit may be caused too small, cause sealing effect bad.
Figure 12 contains the structure of 110 another embodiment of seal assembly, this seal assembly 110 and sealing shown in Fig. 8
Component 110 difference lies in：The default sealant 115 of the seal assembly 110 of the present embodiment, upper container unit opening 11111 with
Lower container unit is open, and 11121 pairings are nested, and upper container unit 1111 fits together with lower container unit 1112.For example, can
With on the lateral wall of lower container unit 1112 adhesive coating to paste upper container unit 1111.In the present embodiment, both may be used
Can also be that lower container unit 1112 is sleeved on upper container unit to be that upper container unit 1111 is sleeved on lower container unit 1112
On 1111.In the present embodiment, sealant 115 can be saved, to eliminate corresponding material and technique.In this embodiment
In, upper container unit 1111 opening than lower container unit 1112 opening diameter more greatly, so as in engagement sleeves.
There can be other that fit system is installed, by upper container unit 1111 and lower 1112 engagement sleeves of container unit, and save sealant
115, the utility model does not limit.
In one embodiment, the second pierceable sealing element 113 fix (for example by pasting) container 111 outer wall,
To facilitate sealing aerosol to generate matrix.
A kind of aerosol generates the manufacturing method of product, includes the following steps：
The first pierceable sealing element 112 is first fixed into (such as being pasted by adhesive) in 1112 lower surface of lower container unit
Inner wall on lower trepanning 1114 sealed with covering；
Then 114 first end of carrier is filled in from lower container unit opening 11121 in lower container unit 1112, then again will
Upper container unit 1111 and lower 1112 pairing of container unit (upper container unit opening 11111 and lower container unit 11121 phases of opening
Pairing), and the second end of carrier 114 is made to fill in upper container unit 1111 from upper container unit opening 11111；
Then sealant 115 is pasted onto the side wall of upper container unit 1111 and lower container unit 1112 to seal upper container
Gap between unit opening 11111 and lower container unit opening 11121；
Then aerosol is injected into carrier 114 by upper trepanning 1113 and generates matrix；
The second pierceable sealing element 113 is finally pasted onto the outer wall of upper container unit 1111 to cover the upper trepanning of sealing
1113。
As shown in Figure 10, in one embodiment, aerosol generate product 100 further include mouthpiece part wrapping layer 141, it is cold
Solidifying component.Condensation includes condenser pipe 120 and instlated tubular 130, and condenser pipe 120 is set to seal assembly 110 and mouthpiece part
Between 140, condenser pipe 120 is opposite with upper trepanning 1113, and instlated tubular 130 is sleeved on condenser pipe 120, mouthpiece part wrapping layer 141
Side wall for wrapping up covering mouthpiece part.If not yet forming aerosol in the first air drain 211, which is used for gas
Colloidal sol generates the evaporant of matrix evaporation and the mixture of air is mixed and/or collapsed and condensed, with formed uniformly and
The aerosol of lower temperature.If having formed aerosol in the first air drain 211, the condenser pipe 120 is for mixing aerosol
It closes and/or collapses and cool down, to form uniform aerosol to flow into mouthpiece part 140.Condenser pipe 120 uses heat conduction material
(such as metal) is expected to realize the effect of condensation, and instlated tubular 130 is using the thermal conductivity material poorer than Heat Conduction Material, to prevent from entering
The temperature of the aerosol of mouthpiece part 140 is too low and influences mouthfeel, and on the other hand, it is direct that instlated tubular 130 is also prevented from user
The higher condenser pipe of Contact Temperature 120.Steel pipe, such as 304 stainless steels may be used in the condenser pipe 120.Instlated tubular 130 can be adopted
With cotton, silica gel, rubber, plastic or other material.Container 111, carrier 114, condenser pipe 120, instlated tubular 130 and mouthpiece part 140
Outer profile may each be cylindrical, above-mentioned five member coils are fixed using wrapper (not shown) molten to form gas
Glue generates product 100, so that aerosol generation 100 monnolithic case of product is close or identical with conventional cigarette shape.
In one embodiment, additional aerosol can also be adhered on the side wall of condenser pipe 120 and generates matrix, these gas
Colloidal sol generates evaporant (by aerosol generation matrix in carrier evaporated formed) and air of the matrix in entering condenser pipe 120
Mixture (or mixture formed aerosol) heating under, also evaporation forms evaporant, and (or gas is molten with said mixture
Glue) mixing after, into mouthpiece part 140.
As shown in figure 11, in another embodiment, aerosol generate product 100 further include collapse component 150 and uniformly
Component 160, seal assembly 110, gathering component 150, uniform piece 160 and mouthpiece part 140 are set gradually, and collapse component 150
Equipped with through the gathering channel 151 for collapsing component 150, collapsing, channel 151 is opposite with upper trepanning 1113, and gathering channel 151 is used for
Evaporant is collapsed and/or is mixed with the mixture of air or aerosol, uniform piece 160 be used for make by mixing
Object or aerosol carry out entering back into mouthpiece part 140 uniformly, after cooling.
In some embodiments, carrier 114 can not also have carrier through-hole 1141, penetrating member 210 piercing through first
It after sealing element 112, is inserted into carrier 114, and strut carrier 114, is then stretched out from the other end of carrier 114, then pierce through second
Sealing element 113.
As shown in figure 13, it is another embodiment of carrier 114, which does not have carrier through-hole 1141, but carries
114 inside of body has the plane of disruption 1142 that article length direction is generated along aerosol, 1142 one end of the plane of disruption and container hole 11111
The opposite, other end and container cap bore 11114 are opposite.When penetrating member 210 passes through the container hole 11111 of container 1111 and punctures the
It after one pierceable sealing element 112, penetrates along 1142 one end of the plane of disruption, then struts the carrier 114 of 1142 both sides of the plane of disruption
And it is stretched out from 1142 other end of the plane of disruption, finally stretched out from container cap bore 11114 and punctures the second pierceable sealing element 113.
In the present embodiment, due to that need not form carrier through-hole 1141 on carrier 114, processing is simpler.
It should be understood that above example is only to illustrate the technical solution of the utility model, it is rather than its limitations, right
For those skilled in the art, it can modify to technical solution described in the above embodiment, or to which part skill
Art feature carries out equivalent replacement；And all such modifications and replacement, it should all belong to the protection of the appended claims for the utility model
Range.
Claims (24)
1. a kind of seal assembly, which is characterized in that the seal assembly generates matrix, the seal assembly for sealing aerosol
Including container, the first pierceable sealing element, the second pierceable sealing element, lower surface setting lower trepanning, the upper surface of the container
Trepanning in setting, the first pierceable sealing element are fixed on the lower surface inner wall of the container and the covering lower trepanning, institute
It states the second pierceable sealing element and covers the upper trepanning.
2. seal assembly as described in claim 1, which is characterized in that the second pierceable sealing element is fixed on the container
Outer wall.
3. seal assembly as described in claim 1, which is characterized in that the first pierceable sealing element is fixed on by pasting
The lower surface inner wall of the container.
4. seal assembly as described in claim 1, which is characterized in that the container includes upper container unit, lower container unit
And the upper trepanning is arranged in sealant, the upper container unit, the lower trepanning, the upper container is arranged in the lower container unit
Unit is used to be used to consolidate the upper container unit and the lower container unit with the lower container unit pairing, the sealant
It is scheduled on together, and seals the gap between the upper container unit and the lower container unit.
5. seal assembly as claimed in claim 4, which is characterized in that
The upper container unit also sets up upper container unit opening, and the lower container unit also sets up lower container unit opening, institute
Upper container unit opening is stated for being open pairing with the lower container unit, the sealant is for sealing the upper container unit
Gap between opening and lower container unit opening.
6. seal assembly as claimed in claim 4, which is characterized in that the upper container unit and lower container unit size are basic
It is identical.
7. seal assembly as claimed in claim 2, which is characterized in that the container includes upper container unit, lower container unit,
The upper trepanning is set on the upper container unit, and the lower trepanning is arranged in the lower container unit, and the upper container unit is used
In nested with the lower container unit pairing, the upper container unit fits together with the lower container unit.
8. seal assembly as claimed in claim 7, which is characterized in that
The upper container unit is pasted together with the lower container unit by adhesive.
9. seal assembly as claimed in claim 7, which is characterized in that
The upper container unit also sets up upper container unit opening, and the lower container unit also sets up lower container unit opening, institute
Upper container unit opening is stated for nested with the lower container unit opening pairing.
10. the seal assembly as described in claim 1 to 9 is any, which is characterized in that
The container is canister.
11. the seal assembly as described in claim 1 to 9 is any, which is characterized in that
The thickness of the container is more than the thickness of the described first pierceable sealing element and the thickness of the second pierceable sealing element.
12. the seal assembly as described in claim 1 to 9 is any, which is characterized in that
The first pierceable sealing element and/or the second pierceable sealing element are metal foil.
13. a kind of aerosol generates product, which is characterized in that include the seal assembly as described in claim 1 to 12 is any, also
Matrix is generated including carrier and aerosol, the carrier generates matrix for carrying the aerosol, and the container is for accommodating
The carrier.
14. aerosol as claimed in claim 13 generates product, which is characterized in that the carrier is equipped with carrier through-hole, described
The first end of carrier through-hole is opposite with the lower trepanning, second end is opposite with the upper trepanning.
15. aerosol as claimed in claim 13 generates product, which is characterized in that further include condensation, the condensation group
Part includes condenser pipe and instlated tubular, and the instlated tubular is sleeved on the condenser pipe, the aerosol that the condenser pipe is used to enter
The mixture or aerosol for generating substrate formed evaporant and air are condensed.
16. aerosol as claimed in claim 15 generates product, which is characterized in that the condenser pipe is metal tube.
17. aerosol as claimed in claim 13 generates product, which is characterized in that it further includes inhaling that the aerosol, which generates product,
Nozzle component and gathering component；
The gathering component is set between the seal assembly and the mouthpiece part, and the gathering component is equipped with through described
Collapse the gathering channel of component.
18. aerosol as claimed in claim 17 generates product, which is characterized in that it further includes using that the aerosol, which generates product,
In the uniform piece of cooling；
The uniform piece is set between gathering component and the mouthpiece part.
19. aerosol as claimed in claim 13 generates product, which is characterized in that the carrier inside has molten along the gas
Glue generates the plane of disruption in article length direction.
20. aerosol as claimed in claim 19 generates product, which is characterized in that described plane of disruption one end and the container hole
Relatively, the other end is opposite with the container cap bore.
21. a kind of aerosol generates the condensation of product, characterized in that including condenser pipe and instlated tubular, the heat-insulated pipe sleeve
On the condenser pipe, the condenser pipe is used to generate the aerosol entered the mixing of substrate formed evaporant and air
Object or aerosol are condensed.
22. condensation as claimed in claim 21, characterized in that the condenser pipe is metal tube.
23. condensation as claimed in claim 21, characterized in that the instlated tubular is plastic tube or silicone tube.
24. a kind of smoke grenade, which is characterized in that include seal assembly as described in claim 1 to 12 is any further include carrier and
Aerosol generates matrix, and the carrier generates matrix for carrying the aerosol, and the container is for accommodating the carrier.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721125744.1U CN207644967U (en) | 2017-09-04 | 2017-09-04 | Aerosol generates product, its seal assembly and condensation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721125744.1U CN207644967U (en) | 2017-09-04 | 2017-09-04 | Aerosol generates product, its seal assembly and condensation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207644967U true CN207644967U (en) | 2018-07-24 |
Family
ID=62886785
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721125744.1U Active CN207644967U (en) | 2017-09-04 | 2017-09-04 | Aerosol generates product, its seal assembly and condensation |
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| Country | Link |
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| CN (1) | CN207644967U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108569470A (en) * | 2017-09-04 | 2018-09-25 | 赫斯提亚深圳生物科技有限公司 | Aerosol generates product, its seal assembly, condensation and manufacturing method |
-
2017
- 2017-09-04 CN CN201721125744.1U patent/CN207644967U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108569470A (en) * | 2017-09-04 | 2018-09-25 | 赫斯提亚深圳生物科技有限公司 | Aerosol generates product, its seal assembly, condensation and manufacturing method |
| WO2019042150A1 (en) * | 2017-09-04 | 2019-03-07 | 赫斯提亚深圳生物科技有限公司 | Aerosol generating product, and sealing assembly, condensation assembly and manufacturing method thereof |
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