CN217826757U - Use card formula ultrasonic nebulizer and liquid bottle of liquid bottle - Google Patents

Abstract

The utility model relates to a clip type ultrasonic atomizer using a liquid bottle, which comprises a shell, an atomizing device, an electric plug and a hollow bottle seat; the atomizing device is used for combining a liquid bottle to be clamped in the hollow bottle seat of the shell in a freely detachable and assembled manner, the electric plug is arranged at one side of the shell and is electrically connected with the atomizing device, the atomizing device is used for continuously and effectively atomizing the liquid bottle (aromatic liquid bottle) to generate fragrance, and the atomizing device and the liquid bottle can be easily pushed out from the clamping type ultrasonic atomizer, so that a new liquid bottle can be conveniently and quickly replaced for reuse.

Description

Use card formula ultrasonic nebulizer and liquid bottle of liquid bottle

Technical Field

The utility model relates to an atomizing device especially relates to a card formula ultrasonic nebulizer and liquid bottle that use liquid bottle.

Background

The atomizing device uses the liquid in the liquid bottle, for example, the fragrance machine uses the fragrance liquid bottle filled with fragrance liquid to emit fragrance molecules, the fragrance liquid bottle is made of glass bottle, the user pushes the fragrance liquid bottle from bottom to top out of the fragrance machine to replace a new fragrance liquid bottle, the fragrance liquid bottle is often difficult to push out of the fragrance machine, so the process of replacing the new fragrance bottle is slow, the use is inconvenient, and the liquid absorbing carrier (cotton core) used by the fragrance liquid bottle is combined and used in the atomizing device of the fragrance machine, the carrier (cotton core) can be loosened and is not easy to contact with the piezoelectric vibration disc in the atomizing device, so the atomizing effect is not good or continuous, further, the liquid bottle or the fragrance liquid bottle is filled with the liquid, most of the liquid absorbing carrier (cotton core) is immersed in the fragrance liquid, and the screen of the piezoelectric vibration disc contacted with the carrier (cotton core) can be too saturated or soaked in the liquid, so the diffusion of the fragrance liquid by the piezoelectric vibration disc is prevented, and finally the piezoelectric vibration disc is easy to fail or cause the problem of abnormal vibration.

SUMMERY OF THE UTILITY MODEL

In view of the above problems of the prior art, the present invention provides a cassette type ultrasonic atomizer for liquid bottles and a liquid bottle, which can continuously and effectively atomize the fragrant liquid to generate fragrant molecules for emission and facilitate the replacement of the fragrant liquid bottle.

The utility model relates to a clip type ultrasonic atomizer using a liquid bottle, which comprises a shell, an atomizing device, an electric plug and a hollow bottle seat;

the shell is a hollow shell and comprises a first hole and a second hole, wherein the first hole is formed in one side of the shell, and the second hole is formed in the other side of the shell; the middle through bottle seat is combined on the inner side of the shell and corresponds to the second hole, and the atomization device comprises a switching circuit contact arranged on one side of the atomization device; this ultrasonic atomizer includes a power supply circuit, an atomizing circuit (PCB), and this power supply circuit and this atomizing circuit combine respectively in this well logical bottle seat outside, and this electric plug joint is in this first hole, this electric plug and this power supply circuit electric connection, this power supply circuit and this atomizing circuit electric connection, and this atomizing device can be set up in the inboard casing of second hole by freely dismouting ground card, switching circuit contact movably with this atomizing circuit electric contact. The electrical plug is connected to a power supply unit (not shown) for providing power to the atomizer to generate ultrasonic waves.

The present invention relates to a portable electronic device, and more particularly to a portable electronic device, which comprises an atomizing device, a bottle cap, a carrier, a neck, a bottle mouth, a liquid (not shown), a hollow bottle plug, a liquid including aromatic liquid, water, disinfectant, deodorant liquid, or air cleaner liquid, wherein the aromatic liquid includes essential oil, aromatic essential oil, essence, aromatic oil, or a mixture of the aromatic liquid diluted with water, and the like.

The liquid bottle and the carrier free end are detachably connected in the atomization device quickly and conveniently, the atomization device and the liquid bottle are detachably arranged in the second hole and the middle through bottle seat quickly and conveniently, when the atomization device can be clamped in the shell on the inner side of the second hole in a freely detachable mode, the switching circuit contact is movably in electrical contact with the atomization circuit, the electric plug is connected with a power supply unit (not shown in the figure) to provide electric power for the atomization device, the atomization device generates ultrasonic waves to vibrate the liquid (aromatic liquid) so as to generate atomized aromatic liquid micromolecules, and the fragrance of the aromatic liquid is effectively volatilized.

In some embodiments of the present invention, the atomizing device further comprises a hollow atomizing head, a piezoelectric vibrating plate, and an atomizing head cover; this atomizer skull is including setting up a fixed orifices in this atomizer skull one side, and this switching circuit contact combines in this fixed orifices, and this piezoelectric vibration dish combines to lead to the atomizer upside in this, the atomizer skull combine lead to the atomizer upside in this and cover this piezoelectric vibration dish.

In some embodiments of the present invention, the hollow atomizing head further includes a first opening disposed at one side of the hollow atomizing head and a third hole disposed at the other side of the hollow atomizing head, the first opening communicates with the third hole; the piezoelectric vibration plate is combined on the upper side of the third hole; the atomization head cover also comprises a fourth hole arranged on the other side of the atomization head cover, and the fourth hole of the atomization head cover is communicated with the third hole of the middle through atomization head.

In some embodiments of the present invention, the outer periphery of the atomizing head cover comprises a convex ring, and the convex ring is concavely provided with a plurality of inclined guide surfaces; one side of the atomization head cover is provided with a groove, and the inclined guide surface is combined in the groove; the shell also comprises a buckling hole which is arranged at one side of the second hole; the clip type ultrasonic atomizer also comprises a lock catch, a first spring, a push plate and a second spring; the lock catch is provided with a convex button formed at one side of the lock catch and a hook part formed at the other side end part of the lock catch; one end of the first spring is fixed on the inner side of the shell, the convex button is movably arranged in the buckle hole in a penetrating way, and the other side of the buckle relative to the hook part is movably abutted against the other end of the first spring; the second spring set is arranged at the inner bottom side of the hollow bottle seat, and the push plate is abutted against the second spring.

The utility model discloses some embodiments, this atomizing circuit have a set of metal shrapnel, this metal shrapnel is protruding to be stretched from one side of this atomizing circuit, the switching circuit contact movably with this set of metal shrapnel electric contact of this atomizing circuit.

The utility model discloses some embodiments, this piezoelectricity vibrations dish include middle zone, middle zone forms a plurality of microporous structures.

The utility model discloses some embodiments, this card formula ultrasonic nebulizer who uses the liquid bottle still include a liquid bottle, and this liquid bottle still includes a bottle, a carrier, a neck, a bottleneck, liquid, a well logical bottle plug, and this liquid is filled in this bottle, and this neck extends from this bottle upside, and this bottleneck forms in this neck upper end, and this well logical bottle plug joint is inboard at this bottleneck in should, carrier one side pass this well logical bottle plug joint and contact this liquid in this bottleneck, the bottleneck outside is stretched out suddenly to this carrier opposite side free end, liquid bottle and its carrier opposite side free end detachably combine on this atomizing device, this atomizing device can freely be dismantled and establish in the downthehole side of second with the ground card, the neck of liquid bottle can freely be dismantled and locate in this well logical bottle seat.

The utility model discloses some embodiments, this atomizing device still include a third spring, and this third spring one side butt is on this piezoelectricity vibrations dish, and this third spring opposite side butt is inboard at this atomizing skull.

The utility model discloses some embodiments, this liquid bottle still include a bottle, a carrier, a neck, an bottleneck, liquid, one well logical bottle plug, this liquid is filled in this bottle, and this neck extends from this bottle upside, and this bottleneck forms in this neck upper end, and this well logical bottle plug joint is inboard at this bottleneck, carrier one side pass this well logical bottle plug joint and contact this liquid in this bottleneck, this carrier opposite side free end stretches out the bottleneck outside suddenly, liquid bottle detachably combine on this atomizing device, the neck of liquid bottle combine to lead to the first opening of atomising head in this, the free end of carrier is worn to establish in this third hole, and the top butt of this carrier in these a plurality of microporous structures of this piezoelectricity vibration dish downside, but this atomizing device freely dismouting ground card establishes in the second hole inboard, and this liquid bottle detachably joint is in this well logical bottle seat.

In some embodiments of the present invention, the liquid bottle further includes a bottle body, a carrier, a neck, a bottle mouth, liquid, a through bottle plug, the liquid is filled in the bottle body, the neck extends from the upper side of the bottle body, the bottle mouth is formed at the upper end of the neck, the through bottle plug is connected inside the bottle mouth, one side of the carrier passes through the through bottle plug and is connected inside the bottle mouth and contacts with the liquid, the free end of the other side of the carrier protrudes out of the outside of the bottle mouth, the liquid bottle is detachably connected to the atomizing device, the neck of the liquid bottle is connected to the first opening of the through atomizing head, the free end of the carrier is inserted into the third hole, the top of the lower side of the free end of the carrier abuts against the piezoelectric vibrating plate, the atomizing device is detachably connected inside the second hole, and the liquid bottle is detachably arranged in the through bottle seat; the hook part of the lock catch slides into the inclined guide surface and is movably clamped and limited, and the bottom side of the liquid bottle is pressed against the push plate to push the second spring to accumulate upward elastic potential energy.

The utility model has the advantages that:

the utility model provides a use card formula ultrasonic nebulizer of liquid bottle has following advantage, including its atomizing device, liquid bottle or fragrant liquid bottle can be followed this card formula ultrasonic nebulizer and released easily, and can conveniently change new liquid bottle rapidly and locate the atomizer again and use.

The utility model discloses a card formula ultrasonic nebulizer of use liquid bottle still includes other advantages, the liquid bottle that for example uses has the carrier in capillary hole, the capillary action of this carrier absorbs the carrier free end in the bottle in proper amount fragrant liquid to the bottle outside, free end one side of this carrier in the bottle outside can not be crooked or incline, can correctly stretch out the piezoelectricity vibrations dish that the in close contact with this atomizer and last effectual atomized liquid, and the fragrant liquid of carrier that the proper amount was carried can not glue on this atomizer, can prevent fragrant liquid seepage flow in expanding fragrant device.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

FIG. 1 is a perspective view of a clip type ultrasonic atomizer for a liquid bottle according to the present invention;

FIG. 2 is an exploded view of FIG. 1;

FIG. 3 is another exploded view of FIG. 1;

FIG. 4 is a front sectional view of FIG. 1;

FIG. 5 is an enlarged view of a portion X of FIG. 4;

FIG. 6 is a side sectional view of FIG. 1;

fig. 7 is a view showing a state in which the atomizing unit and the liquid bottle are detachably mounted on the card type ultrasonic atomizer.

Description of the reference numerals

1 clip type ultrasonic atomizer using liquid bottle

10 casing

101 buttonhole

102 lock catch

1021 convex button

1023 hook part

104 first spring

105 first hole

106 push plate

107 second hole

108 second spring

12 liquid bottle

120 bottle

121 vector

122 neck part

123 bottle mouth

127 hollow bottle stopper

13 atomizing device

130 hollow atomizing head

1301 convex ring

1303 oblique guide surface

1305 third spring

131 circuit contact

132 fixing hole

133 piezoelectric vibration disk

134 fourth hole

135 atomizing head cover

1351 groove

136 multiple pore structure

137 first opening

139 third hole

15 electric plug

19 hollow bottle seat

191 power supply circuit

193 atomizing circuit

195 metal dome.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, however, other ways of implementing the invention may be devised different from those described herein, and it will be apparent to those skilled in the art that the invention can be practiced without departing from the spirit and scope of the invention.

Referring to fig. 1 to 3, a clip-type ultrasonic atomizer 1 for using liquid bottles of the present invention comprises a housing 10, an atomizing device 13, an electric plug 15, and a hollow bottle seat 19;

the housing 10 is a hollow housing, the housing 10 includes a first hole 105 and a second hole 107, the first hole 105 is disposed on one side of the housing 10, the second hole 107 is disposed on the other side of the housing 10, the first hole 105 is vertically disposed on the second hole 107 in the embodiment; the middle bottle-through seat 19 is combined inside the housing 10 and corresponds to the second hole 107, the atomization device 13 is used for combining a fragrance bottle, the atomization device 13 comprises a switching circuit contact 131, and the switching circuit contact 131 is arranged at one side of the atomization device 13; the ultrasonic atomizer 1 comprises an atomizing circuit (PCB) 193, the atomizing circuit 193 is coupled to the outside of the hollow bottle seat 19, the electrical plug 15 is engaged with the first hole 105, the electrical plug 15 is electrically connected to the atomizing circuit 193, the atomizing device 13 can be freely detachably clamped in the housing 10 inside the second hole 107, and the adaptor circuit contact 131 is movably electrically contacted with the atomizing circuit 193;

the electrical plug 15 is used to connect a power supply unit (not shown) to provide power to the atomizer 13 to generate ultrasonic waves.

Referring to fig. 1 to 4, in an embodiment of the present invention, the clip type ultrasonic atomizer 1 using a liquid bottle further includes a liquid bottle 12, the liquid bottle 12 and the other free end of the carrier are detachably connected to the atomizing device 13, the liquid bottle 12 further includes a bottle body 120, a carrier 121, a neck 122, a mouth 123, a liquid (not shown), and a through bottle plug 127, the liquid includes, for example, an aromatic liquid, water, a disinfectant, a deodorant liquid, an air purifying liquid, etc., the aromatic liquid includes, for example, essential oils, aromatic essential oils, essences, aromatic oils, or a mixture of the aromatic liquids diluted with water, etc., in the embodiment, an aromatic liquid is filled in the bottle body 120, the neck 122 extends from the upper side of the bottle body 120, the mouth 123 is formed at the upper end of the neck 122, the through bottle plug 127 is connected to the inner side of the mouth 123, one side of the carrier 121 penetrates through the middle through bottle plug 127 to be connected in the bottle opening and contacts the aromatic liquid, the free end of the other side of the carrier 121 extends out of the bottle opening 123, capillary pores in the carrier 121 absorb the aromatic liquid, the aromatic liquid is continuously absorbed and conveyed to the free end of the carrier 121 on the outer side of the bottle opening 123 under the capillary action of the carrier 121, and the aromatic liquid does not flow and overflow the carrier 121, so that a proper amount of liquid can be provided for the atomizing device 13 to be continuously and effectively atomized, the use liquid bottle 12 is safer, and on the other hand, the volatility of some aromatic liquids is not strong, for example, various aromatic liquids such as aromatic liquid, essential oil, aromatic oil water, essence, sesame oil and the like are in the carrier at normal temperature, so that the aromatic molecules are not easily and rapidly or massively volatilized, and the liquid is further required to be vibrated by utilizing ultrasonic waves to continuously and effectively release the aromatic molecules to meet the use requirements of the environment.

The free end of the liquid bottle 12 and its carrier 121 is used for being detachably, quickly and conveniently jointed in the atomizer 13, the atomizer 13 and the liquid bottle 12 are quickly, conveniently and detachably arranged in the second hole 107 and the hollow bottle seat 19, when the atomizer 13 can be freely, detachably and fixedly clamped in the housing 10 at the inner side of the second hole 107, the switching circuit contact 131 is movably and electrically contacted with the atomizer 193, the electrical plug 15 is used for connecting a power supply unit (not shown) to provide power for the atomizer 13, so that the atomizer 13 generates ultrasonic waves to vibrate the liquid (aromatic liquid) to generate atomized aromatic liquid micromolecules and effectively volatilize the fragrance of the aromatic liquid.

Referring to fig. 1 to 6, in an embodiment of the present invention, the atomizing device 13 further includes a hollow atomizing head 130, a piezoelectric vibrating plate 133 and an atomizing head cover 135; the cap 135 includes a fixing hole 132 disposed on one side of the cap 135, the adaptor circuit contact 131 is combined in the fixing hole 132, the piezoelectric vibration plate 133 is combined on the upper side of the hollow atomizing head 130, the cap 135 is combined on the upper side of the hollow atomizing head 130 and covers the piezoelectric vibration plate 133, the fragrance bottle 12 (fragrance bottle 12) is combined on the hollow atomizing head 130, the free end of the carrier 121 passes through the hollow atomizing head 130, meanwhile, the top of the free end of the carrier 121 abuts against the lower side of the piezoelectric vibration plate 133, the atomizing device 13 can be freely detachably clamped in the housing 10 inside the second hole 107, and the adaptor circuit contact 131 can be movably electrically contacted with the atomizing circuit 193.

The piezoelectric vibration disk 133 of the atomizing device 13 is formed by combining a piezoelectric ceramic thin plate and a vibration plate, and generates ultrasonic vibration in a radial direction by applying high-frequency voltage to electrodes formed on both sides, in an embodiment, the piezoelectric vibration disk 133 of the atomizing device 13 includes a plurality of micro-porous structures 136, the plurality of micro-porous structures 136 are, for example, a circular thin plate made of nickel alloy or iron alloy, a plurality of micro-porous structures 136 are formed in a middle area, and openings formed in the piezoelectric ceramic can be covered on the plurality of micro-porous structures 136 formed in the metal plate to combine the piezoelectric vibration disk 133.

The top of the free end of the carrier 121 abuts against the plurality of microporous structures 136 at the lower side of the piezoelectric vibration disk 133, the power supply connected by the electrical plug 15 is used to connect the power supply circuit 191 to the atomizing circuit 193 and the switching circuit contact 131, the piezoelectric vibration disk 133 is energized to generate ultrasonic vibration along the radial direction, the liquid (aromatic liquid) in the carrier absorption liquid bottle can properly transmit the aromatic liquid to the free end of the carrier 121, the free end of the carrier 121 does not have excessive aromatic liquid flowing backwards or accumulated in the piezoelectric vibration disk 133, the aromatic liquid at the top of the free end of the carrier 121 is vibrated by the piezoelectric vibration disk 133 to be continuously and effectively atomized into aromatic liquid molecules, and the aromatic liquid molecules are dispersed into the space through the atomizing head cover 135 by the plurality of microporous structures 136 to generate fragrance.

Referring to fig. 1 to fig. 6, in an embodiment of the present invention, the middle-through atomizing head 130 further includes a first opening 137, the first opening 137 is disposed on one side of the middle-through atomizing head 130 and a third hole 139, the third hole 139 is disposed on the other side of the middle-through atomizing head 130, and the first opening 137 is communicated with the third hole 139; the piezoelectric vibration disk 133 is combined on the upper side of the third hole, and the piezoelectric vibration disk 133 comprises piezoelectric ceramics and a vibration metal sheet; the head cap 135 further includes a fourth hole 134, the fourth hole 134 is provided at the other side of the head cap 135, the head cap 135 is coupled to the upper side of the third hole 139 of the center-through head 130 while covering the piezoelectric vibration plate 133, the fourth hole 134 of the head cap 135 communicates with the third hole 139 of the center-through head 130,

therefore, the bottle mouth 123 and the neck 122 of the liquid bottle 12 (aromatic liquid bottle 12) are combined with the first opening 137 of the central through atomizing head 130, the free end of the carrier 121 is inserted into the third hole 139, meanwhile, the top of the carrier 121 abuts against the plurality of microporous structures 136 on the lower side of the piezoelectric vibration disk 133, the carrier 121 absorbs the liquid (aromatic liquid) in the liquid bottle, the aromatic liquid on the top of the free end of the carrier 121 is vibrated by the piezoelectric vibration disk 133 to be atomized into aromatic liquid molecules, and the aromatic liquid molecules are drifted to the space through the plurality of microporous structures 136 and the fourth hole 134 of the atomizing head cover 135 to generate fragrance through the plurality of microporous structures 136

Referring to fig. 4 and 5, in an embodiment of the present invention, the atomizing circuit 193 has a set of metal spring pieces 195, the metal spring pieces 195 protrude from one side of the atomizing circuit 193, the atomizing device 13 can be freely detachably mounted in the housing 10 inside the second hole 107, and the adapting circuit contact 131 can movably electrically contact with the set of metal spring pieces 195 of the atomizing circuit 193, so as to generate a circuit connected to the piezoelectric vibrating plate 133 of the atomizing device 13. When the atomizer 13 is detached from the second hole 107, the through-circuit contact 131 can be detached from the set of metal spring pieces 195 contacting the atomizer circuit 193, thereby cutting off the electrical circuit to the piezoelectric vibration disk 133 of the atomizer 13 to stop vibration.

Referring to fig. 1 to 6, in an embodiment of the present invention, the periphery of the atomizing head cover 135 includes a convex ring 1301, and the convex ring 1301 is concavely provided with some inclined guide surfaces 1303; a groove 1351 is formed on one side of the atomizing head cover 135, the atomizing head cover 135 covers the through atomizing head 130, and the inclined guide surface 1303 is combined in the groove 1351; the housing 10 further includes a fastening hole 101, the fastening hole 101 is formed at one side of the second hole 107; the cartridge ultrasonic atomizer further comprises a lock 102, a first spring 104, a push plate 106, a second spring 108; the lock catch 102 has a convex button 1021, the convex button 1021 is formed on one side of the lock catch 102, and a hook 1023 is formed on the other end of the lock catch 102; one end of the first spring 104 is fixed inside the housing 10, the button 1021 is movably inserted into the buckle hole 101, and the other side of the buckle 102 opposite to the hook 1023 is movably abutted against the other end of the spring 10; the second spring 108 is disposed on the inner bottom side of the hollow bottle seat 19, and the push plate 106 abuts against the second spring 108.

Referring to fig. 1 to 7, in an embodiment of the present invention, a liquid bottle of the clip type ultrasonic atomizer for liquid bottles is combined, the liquid bottle 12 further includes a bottle body 120, a carrier 121, a neck portion 122, a mouth 123, liquid (not shown), and a through bottle plug 127, the liquid is filled in the bottle body 120, the neck portion 122 extends from the upper side of the bottle body 120, the mouth 123 is formed at the upper end of the neck portion 122, one side of the carrier 121 is engaged in the mouth 123 to contact the liquid, the other side of the carrier 121 protrudes out of the mouth 123, the liquid bottle 12 is detachably combined on the atomizer 13, the neck portion 122 of the liquid bottle 12 is combined in a first opening 137 of the through atomizer head 130, the free end of the carrier 121 penetrates through the third hole 139, and the top of the carrier 121 abuts against the plurality of micro-hole structures 136 at the lower side of the piezoelectric vibration disc 133, when the atomizer 13 is freely detachably engaged in the second hole 107, the liquid bottle 12 is detachably engaged in the through bottle seat 19.

Referring to fig. 1 to 7, in an embodiment of the present invention, a liquid bottle of the clip type ultrasonic atomizer for use in the liquid bottle, the liquid bottle 12 further includes a bottle body 120, a carrier 121, a neck portion 122, a mouth 123, a liquid (not shown), and a through-hole stopper 127, the liquid is filled in the bottle body, the neck portion 122 extends from the upper side of the bottle body 120, the mouth 123 is formed at the upper end of the neck portion 122, the through-hole stopper 127 is engaged inside the mouth 123, one side of the carrier 121 passes through the through-hole stopper 127 and is engaged in the mouth and contacts with the liquid, the other side of the carrier 121 protrudes outside the mouth 123, the liquid bottle 12 is engaged on the atomizing device 13, the neck portion 122 of the liquid bottle 12 is engaged in the first opening 137 of the through-hole atomizing head 130, the free end of the carrier is inserted in the third opening 139, and the top of the free end of the carrier 121 abuts against the plurality of micro-hole structures 136 at the lower side of the piezoelectric vibrating disk, thereby the atomizing device 13 is detachably disposed in the second through-hole 107 and detachably engaged in the liquid bottle seat 19.

When the liquid bottle 12 is detachably assembled with the atomizing device 13 and passes through the second hole 107 downward, the inclined guide surface 1303 of the atomizing head 130 pushes the latch 102 to press the first spring 104 to move toward one side, the first spring 104 accumulates elastic force, when the user presses the atomizer and the bottle 120 downward, the hook 1023 of the latch 102 enters the inclined guide surface 1303, and the elastic force accumulated by the first spring 104 is released to push the hook 1023 to slide into the inclined guide surface 1303 for movably clipping and limiting, and the bottom side of the liquid bottle 12 presses the push plate 106 to push the second spring 108 downward to accumulate upward elastic force potential energy.

Conversely, the user pulls the convex button 1021 of the lock 102 toward the first spring 104 in the locking hole 101, the hook 1023 leaves the inclined guide surface 1301, the second spring 108 releases the elastic force to push the pushing plate 106 to push the liquid bottle 12 and the atomizing device 13 upward, and the atomizing device 13 is pushed out of the second hole 107 at least partially, so that the user can take out the atomizing device 13 and the liquid bottle 12 quickly.

Referring to fig. 1 to 6, in an embodiment of the present invention, the atomizer 13 further includes a third spring 1305, one side of the third spring 1305 abuts against the piezoelectric vibration plate 133, the other side of the third spring 1305 abuts against the inside of the atomizer head cover 135, the third spring 1305 is in the atomizer head cover 135 and is combined with the hollow atomizer head 130, the third spring 1305 accumulates elastic force due to the downward pressing force of the atomizer head cover 135, the elastic force presses the piezoelectric vibration plate 133 and the micro-porous structures 136 tightly coupled to the top of the free end of the carrier 121, so that the liquid (e.g. fragrant liquid) absorbed by the carrier 121 can be properly and effectively transmitted to the micro-porous structures 136 of the piezoelectric vibration plate 133, the third spring 1305 provides the piezoelectric vibration plate 133 and the micro-porous structures 136 tightly coupled to the liquid 121 continuously contacted to the top of the free end of the carrier, and the liquid (e.g. fragrant liquid) can make the ultrasonic atomizer 1 using the liquid bottle of the present invention more effectively and continuously atomize fragrance.

In some embodiments of the present invention, a hollow plug 127 is connected to the interior of the bottle opening 123 of the liquid bottle 12, the hollow plug 127 is used to further fix the carrier 121 at the bottle opening 123, and further prevent the aromatic liquid from leaking from the bottle opening 123, preferably, the hollow plug 127 is made of an elastic material such as rubber, plastic or silica gel.

Referring to fig. 2 to 4, in some embodiments of the present invention, the carrier 121 may be various absorbers, which can absorb the aromatic liquid, store and prevent the aromatic liquid from flowing, and the carrier 121 may be, for example, fiber bundles, porous plastics, such as PE plastics; or porous ceramics, gypsum, absorbent core (cotton cloth, foam, cloth), etc.

The foregoing description is only of the preferred embodiments of the present invention, and it should be understood that the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts all belong to the protection scope of the present invention.

Claims (10)

1. A cartridge ultrasonic atomizer for use with liquid bottles, comprising:

a shell, an atomizing device, an electric plug and a middle through bottle seat;

the shell is a hollow shell and comprises a first hole and a second hole, wherein the first hole is formed in one side of the shell, and the second hole is formed in the other side of the shell; the middle through bottle seat is combined on the inner side of the shell and corresponds to the second hole, and the atomization device comprises a switching circuit contact arranged on one side of the atomization device; this ultrasonic nebulizer includes a power supply circuit, an atomizing circuit, and this power supply circuit and this atomizing circuit combine respectively in this well expert bottle seat outside, and this electric plug joint is in this first hole, this electric plug and this power supply circuit electric connection, this power supply circuit and this atomizing circuit electric connection, and this atomizing device can be set up in the inboard casing of second hole by freely dismouting ground card, switching circuit contact movably with this atomizing circuit electric contact.

2. A card-type ultrasonic atomizer for liquid bottles according to claim 1 wherein said atomizer further comprises a hollow atomizer head, a piezoelectric vibrating disk and an atomizer head cap; this atomizer skull is including setting up a fixed orifices in this atomizer skull one side, and this switching circuit contact combines in this fixed orifices, and this piezoelectric vibration dish combines to lead to the atomizer upside in this, the atomizer skull combine to lead to the atomizer upside in this and cover this piezoelectric vibration dish.

3. The card-type ultrasonic atomizer for use with liquid bottles according to claim 2, wherein the center-through atomizing head further comprises a first opening provided at one side of the center-through atomizing head and a third hole provided at the other side of the center-through atomizing head, the first opening communicating with the third hole; the piezoelectric vibration plate is combined on the upper side of the third hole; the atomization head cover also comprises a fourth hole arranged on the other side of the atomization head cover, and the fourth hole of the atomization head cover is communicated with the third hole of the middle through atomization head.

4. A card type ultrasonic atomizer for use with liquid bottles according to claim 3 wherein said atomizer head periphery includes a convex ring having a plurality of inclined guide surfaces recessed therein; one side of the atomization head cover is provided with a groove, and the inclined guide surface is combined in the groove; the shell also comprises a buckling hole, and the buckling hole is formed in one side of the second hole; the clip type ultrasonic atomizer also comprises a lock catch, a first spring, a push plate and a second spring; the lock catch is provided with a convex button formed at one side of the lock catch and a hook part formed at the other side end part of the lock catch; one end of the first spring is fixed on the inner side of the shell, the convex button is movably arranged in the buckle hole in a penetrating way, and the other side of the buckle relative to the hook part is movably abutted against the other end of the spring; the second spring set is arranged at the inner bottom side of the hollow bottle seat, and the push plate is abutted against the second spring.

5. The card-type ultrasonic atomizer for use in liquid bottles according to claim 1, wherein the atomizer circuit has a set of metal springs protruding from one side of the atomizer circuit, and said adapter circuit contacts are movably in electrical contact with the set of metal springs of the atomizer circuit.

6. A card type ultrasonic atomizer for use with liquid bottles according to claim 2, wherein said atomizer further comprises a third spring, one side of said third spring abutting against said piezoelectric vibrator plate, the other side of said third spring abutting against the inside of said atomizer head cover.

7. The ultrasonic card atomizer for use with liquid bottles of any one of claims 1 to 6 wherein the piezoelectric vibratory disk includes an intermediate region, said intermediate region forming a plurality of micro-porous structures.

8. The ultrasonic cassette atomizer according to claim 7, wherein said ultrasonic cassette atomizer further comprises a liquid bottle, said liquid bottle further comprises a body, a carrier, a neck, a mouth, a liquid, a through-hole stopper, said liquid being filled in said body, said neck extending from the upper side of said body, said mouth being formed at the upper end of said neck, said through-hole stopper being engaged inside said mouth, one side of said carrier passing through said through-hole stopper being engaged inside said mouth and contacting said liquid, the other side of said carrier protruding outside said mouth, said neck of said liquid bottle and the other side of said carrier being detachably engaged on said atomizer, said atomizer being detachably engaged inside said second hole, said liquid bottle being detachably engaged in said through-hole seat.

9. A liquid bottle combined with the ultrasonic card atomizer of claim 3, wherein the liquid bottle further comprises a bottle body, a carrier, a neck, a mouth, a liquid, and a hollow plug, the liquid is filled in the bottle body, the neck extends from the upper side of the bottle body, the mouth is formed at the upper end of the neck, the hollow plug is engaged inside the mouth, one side of the carrier passes through the hollow plug and is engaged in the mouth and contacts the liquid, the other side of the carrier protrudes from the outside of the mouth, the liquid bottle is detachably combined on the atomizer, the neck of the liquid bottle is detachably combined in the first opening of the hollow atomizer head, the free end of the carrier is inserted in the third hole, the top of the carrier abuts against the plurality of micro-hole structures at the lower side of the piezoelectric vibrating disk, the atomizer is freely detachably clamped inside the second hole, and the atomizer is detachably engaged in the hollow bottle seat.

10. A liquid bottle combined with the ultrasonic card atomizer of claim 4, wherein the liquid bottle further comprises a bottle body, a carrier, a neck, a bottle mouth, a liquid, a through bottle plug, the liquid is filled in the bottle body, the neck extends from the upper side of the bottle body, the through bottle plug is formed at the upper end of the neck, the through bottle plug is engaged inside the bottle mouth, one side of the carrier passes through the through bottle plug and is engaged in the bottle mouth and contacts the liquid, the other side of the carrier protrudes out of the bottle mouth, the liquid bottle is combined on the atomizer, the neck of the liquid bottle is detachably combined in the first opening of the through atomizer head, the free end of the carrier is inserted in the third hole, the top of the free end of the carrier abuts against the plurality of micro-hole structures at the lower side of the piezoelectric vibration disc, the atomizer is freely detachably clamped inside the second hole and is detachably arranged in the through bottle seat, and the bottom side of the liquid bottle movably presses the push plate and the second spring downwards; the hook part of the lock catch slides into the inclined guide surface and is movably clamped and limited.

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