CN211412403U - Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn - Google Patents
Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn Download PDFInfo
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- CN211412403U CN211412403U CN201921835869.2U CN201921835869U CN211412403U CN 211412403 U CN211412403 U CN 211412403U CN 201921835869 U CN201921835869 U CN 201921835869U CN 211412403 U CN211412403 U CN 211412403U
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Abstract
The utility model discloses a but refluence formula can add liquid storage electronic atomizer of appointed dose atomized liquid by turns, its characterized in that: it comprises main fluid reservoir, supplementary fluid reservoir, atomizing storehouse, the four bibliographic categories of electron atomizing subassembly, and electron atomizing unit mount is in atomizing storehouse, and the peripheral and intercommunication in atomizing storehouse is installed in supplementary fluid reservoir, main fluid reservoir install in the adjacent side of supplementary fluid reservoir, just be equipped with main supplementary fluid reservoir between main fluid reservoir and the supplementary fluid reservoir and cut off, this main supplementary fluid reservoir cuts off and has the fluid passage who flows to supplementary fluid reservoir when supplying main fluid reservoir to empty. The utility model discloses can be applied to trades such as indoor humidification, medical treatment atomizing, cosmetic atomizing, electron cigarette, because this utility model possesses the gradation and annotates with the controllable characteristic of single dose, and simple structure, the design is exquisite, makes portably, so the cost is controllable.
Description
Technical Field
The utility model relates to an electronic atomization technical field, more specifically say, it relates to a refluence formula can add liquid storage electronic atomizer of appointed dose atomized liquid by turns.
Background
The electronic atomization is widely used in the fields of indoor humidification, medical atomization, beauty atomization, electronic cigarettes and the like, and has very important practical value. The electronic atomization device mainly comprises a power supply, a circuit board, an atomizer, a liquid storage device and other parts, and the prior art has a design of integrating the atomizer and the liquid storage device into a whole, no matter whether the atomizer and the liquid storage device are integrated into a whole or not, the basic principle is that the atomized liquid flows to an atomization assembly in the atomizer by utilizing the self gravity of the atomized liquid, the atomized mist is easily formed into condensate liquid and needs to be sprayed immediately for use under the driving of a power supply, the traditional structural layout needs to arrange a liquid storage bin at the upper part of an atomizing component and downwards contact the atomizing component by the gravity of the liquid, because the atomizing gas sprayed by the atomizing assembly cannot stay in the equipment for too long, otherwise a large amount of condensate can be caused, therefore, when a large amount of atomized liquid is needed, the upper part of the atomizing assembly has a large volume, which greatly restricts the design, and therefore, the existing electronic atomizing equipment has the following problems in the normal use state:
a. when the liquid storage device is used at the mouth, the nose and the face of a human body, if the liquid storage amount is larger, the liquid storage device is larger, the atomizer is positioned below the liquid storage device, and the operation mode does not conform to human engineering;
b. when the device is used in the fields of indoor humidification and the like, if the liquid storage amount is large, the liquid storage device is large, the stroke of atomized mist in the device needs to be shortened for reducing the problem of condensate liquid, and the product design is restricted;
c. if need accurate control single atomized liquid use amount, then rely on the interior program setting of circuit board more, atomized liquid single consumption is not directly perceived on the one hand, needs additionally to increase circuit board inner part and procedure on the one hand, has also improved the fault rate of equipment operation when increasing the cost.
SUMMERY OF THE UTILITY MODEL
Not enough to prior art exists, the utility model aims to provide a refluence formula can annotate designated dose atomized liquid's can stock solution electronic atomizer by turns to solve the problem that proposes among the above-mentioned background art.
In order to achieve the above object, the utility model provides a following technical scheme:
it comprises main fluid reservoir, supplementary fluid reservoir, atomizing storehouse, the four bibliographic categories of electron atomizing subassembly, and electron atomizing unit mount is in atomizing storehouse, and the peripheral and intercommunication in atomizing storehouse is installed in supplementary fluid reservoir, main fluid reservoir install in the adjacent side of supplementary fluid reservoir, just be equipped with main supplementary fluid reservoir between main fluid reservoir and the supplementary fluid reservoir and cut off, this main supplementary fluid reservoir cuts off and has the fluid passage who flows to supplementary fluid reservoir when supplying main fluid reservoir to empty.
Therefore, the essence of this technical scheme is that traditional single stock solution storehouse change is main fluid reservoir and supplementary fluid reservoir, and main fluid reservoir can be in the lower part, relies on the refluence to annotate the liquid in grades, and can not cause the atomized liquid to follow the main fluid reservoir of supplementary fluid reservoir refluence.
Furthermore, the capacity of the main liquid bin is larger than that of the auxiliary liquid bin, and the bottom of the main liquid bin is lower than that of the auxiliary liquid bin in normal use;
furthermore, the main liquid bin and the auxiliary liquid bin are semi-independent structures, atomized liquid can flow and rotate through the pouring action between the main liquid bin and the auxiliary liquid bin, and the pouring action is communicated under the action of preventing counter flow due to the partition of the main liquid bin and the auxiliary liquid bin;
further, the auxiliary liquid bin can store atomized liquid with a preset volume;
furthermore, the atomization bin is connected with the auxiliary liquid bin but not directly connected with the main liquid bin;
further, work as but when the main liquid storehouse of stock solution electronic atomizer had the atomizing liquid, the user accessible was emptyd the action and is made the interior atomizing liquid of main liquid storehouse flow to supplementary liquid storehouse according to required dose, and when normal start atomizing, the interior atomizing liquid of supplementary liquid storehouse can not flow back to main liquid storehouse, because the atomizing storehouse is connected with supplementary liquid storehouse and is not connected with main liquid storehouse, so when atomizer and electronic atomization equipment are connected, electronic atomization component only can produce the effect to the interior atomizing liquid of supplementary liquid storehouse, then reach the controllable purpose of single atomizing dose, again because main liquid storehouse capacity is greater than supplementary liquid storehouse, so this atomizer can carry out the controllable operation of many times dose.
The liquid-storable electronic atomizer is an important component in electronic atomization equipment, and can enable atomized liquid in the atomizer to generate atomization effect after being connected with a power supply of the electronic atomization equipment, so that the liquid-storable electronic atomizer is used by people; the main liquid bin is a bin body structure with larger atomized liquid storage capacity; the auxiliary liquid bin is a bin body structure which is used for filling atomized liquid with specified dosage; the main liquid bin and the auxiliary liquid bin are connected, and the bottom of the main liquid bin is lower than that of the auxiliary liquid bin; the atomization bin is a cavity required by the embedded electronic atomization component, and the cavity has the necessary physical characteristics of air guide, liquid leakage prevention and the like; the electronic atomization component is a component which changes atomized liquid into mist under the drive of a power supply.
When the electronic atomizer capable of storing liquid inclines at a certain angle, atomized liquid in the main liquid bin can flow into the auxiliary liquid bin; when the electronic atomizer capable of storing liquid returns to a normal use angle, the atomized liquid in the auxiliary liquid bin cannot break through the maximum limit volume, and the atomized liquid in the main liquid bin does not flow into the auxiliary liquid bin any more, so that the split liquid injection is realized, and the dosage is controllable; when but liquid storage electronic atomizer is connected with electronic atomization equipment, can produce the atomization to the interior atomized liquid of the auxiliary liquid storehouse that has appointed memory space under the drive of power, and does not exert an influence to atomized liquid in the main liquid storehouse, realizes the controllable single atomizing of dose then.
To sum up, compared with the prior art, the utility model has the following beneficial effects:
1. in a specific application, the volume of the auxiliary liquid bin is allowed to be smaller, the atomizing assembly in the electronic atomizing device is allowed to be positioned close to the top of the whole atomizing device, and therefore the constraint in the traditional design is reduced;
2. the auxiliary liquid bin has controllable capacity, so that the aim of controlling single dosage is fulfilled;
3. because the capacity of the main liquid bin is larger than that of the auxiliary liquid bin, the purpose of liquid injection in different times is achieved.
To illustrate the structural features and functions of the present invention more clearly, the present invention will be described in detail with reference to the accompanying drawings and specific embodiments.
Drawings
Fig. 1 is a schematic structural view of a backflow type liquid-storable electronic atomizer capable of filling atomized liquid with specified dosage in batches.
Fig. 2 is a schematic cross-sectional view of a backflow type liquid-storable electronic atomizer capable of filling a specified amount of atomized liquid in different times.
In the figure: 1-main liquid chamber, 11-main and auxiliary liquid chamber partition, 2-auxiliary liquid chamber, 3-atomization chamber, 4 electronic atomization component.
Detailed Description
The technical solution of the present invention will be further explained with reference to the accompanying drawings and specific embodiments.
Referring to fig. 1-2, a backflow type liquid storage electronic atomizer capable of repeatedly filling atomized liquid with specified dosage is characterized by comprising a main liquid bin 1, an auxiliary liquid bin 2, an atomization bin 3 and an electronic atomization assembly 4. The main liquid bin 1, the auxiliary liquid bin 2 and the atomization bin 3 are of cavity structures made of food-grade materials, and the electronic atomization component 4 is a component capable of converting atomized liquid into mist under the driving of a power supply. Work as but the main liquid storehouse of stock solution electronic atomizer 1 when depositing atomizing liquid, the user accessible is emptyd the action and is made atomizing liquid bypass main and auxiliary liquid storehouse in 1 and cut off 11 and flow to auxiliary liquid storehouse 2 according to required dose, and when normal start atomizing, atomizing liquid can not flow back to main liquid storehouse 1 in the auxiliary liquid storehouse 2, because atomizing storehouse 3 is connected with auxiliary liquid storehouse 2 and is disconnected with main liquid storehouse 1, so when the atomizer is connected with electronic atomization equipment, electronic atomization component 4 only can be acted on atomizing liquid in the auxiliary liquid storehouse 2, reach the controllable purpose of single atomizing dose then, again because main liquid storehouse 1 capacity is greater than auxiliary liquid storehouse 2, so this atomizer can carry out the controllable operation of many times dose. The electronic atomization device is prior art and will not be described in detail.
Further, the capacity of the main liquid bin 1 is larger than that of the auxiliary liquid bin 2, and the bottom of the main liquid bin 1 is lower than that of the auxiliary liquid bin 2 in normal use;
furthermore, the main liquid bin 1 and the auxiliary liquid bin 2 are semi-independent structures, a main liquid bin partition 11 and an auxiliary liquid bin partition 11 are arranged in the middle, atomized liquid can flow and rotate through the dumping action between the main liquid bin and the auxiliary liquid bin, and the main liquid bin partition 11 and the auxiliary liquid bin partition play a role in preventing backflow;
further, the auxiliary liquid bin 2 can store atomized liquid with a preset volume;
further, the atomization bin 3 is connected with the auxiliary liquid bin 2 but not directly connected with the main liquid bin 1;
the utility model discloses applicable in most electron atomizing device also is applied to the non-electron cigarette product of other the same atomizing principles.
The utility model relates to an atomizer by four unifications of main liquid storehouse, supplementary liquid storehouse, atomizing storehouse, electronic atomization component does not exist the same product on the existing market, nevertheless has like product, and like product mainly is: a. a single disposable liquid storage tank atomizer; b. a single liquid storage bin atomizer capable of injecting liquid.
The product a is disposable, and only a single liquid storage bin is arranged, so that liquid injection can not be performed in a divided manner, and the single dosage is not controllable; the product b can be injected by times, but because only a single liquid storage bin is used, the injection operation from the outside every time is complicated.
The utility model discloses an optimum use state does: choose for use the polymer plastic material to make main liquid storehouse 1, assist liquid storehouse 2, atomizing storehouse 3, can adopt the silica gel material at necessary linking driving fit position, electronic atomization component can be according to ultrasonic atomization, different subassemblies are chooseed for use in the heater atomizing, because this design can be so that atomized liquid reserves are higher than current product in final product design, the event promotes the degree of convenience in use, when reducing the shared atomizer cost of unit atomized liquid, also can alleviate the atomizer and produce and abandon the back pressure that causes the environment.
In actual operation, the following beneficial effects are achieved:
1. in a specific application, the volume of the auxiliary liquid bin is allowed to be smaller, the atomizing assembly in the electronic atomizing device is allowed to be positioned close to the top of the whole atomizing device, and therefore the constraint in the traditional design is reduced;
2. the auxiliary liquid bin has controllable capacity, so that the aim of controlling single dosage is fulfilled;
3. because the capacity of the main liquid bin is larger than that of the auxiliary liquid bin, the purpose of liquid injection in different times is achieved.
To sum up, the utility model provides a current electron atomizing, there is structural design limited, the convenient limited, the high enterprise of manufacturing cost, the great scheduling problem of ambient pressure of use in especially electron cigarette field, again because manufacturing cost is controllable, do benefit to popularization and application.
The above is only the preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, without departing from the concept of the present invention, several modifications and improvements can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent.
Claims (6)
1. The utility model provides a but refluence formula inferior filling appointed dose atomized liquid's stock solution electronic nebulizer which characterized in that: it comprises main liquid storehouse, supplementary liquid storehouse, atomizing storehouse, the four bibliographic categories of electron atomizing subassembly, and electron atomizing unit mount is in atomizing storehouse, and the peripheral and intercommunication in atomizing storehouse is installed in supplementary liquid storehouse, main liquid storehouse install in supplementary liquid storehouse adjacent side, just be equipped with main supplementary liquid storehouse between main liquid storehouse and the supplementary liquid storehouse and cut off, this main supplementary liquid storehouse cuts off and has the fluid passage who supplies main liquid storehouse to atomize liquid stream to supplementary liquid storehouse when empting.
2. The liquid-storable electronic nebulizer of claim 1, wherein the electronic nebulizer comprises: the capacity of the main liquid bin is larger than that of the auxiliary liquid bin, and the bottom of the main liquid bin is lower than that of the auxiliary liquid bin.
3. The liquid-storable electronic nebulizer of claim 1, wherein the electronic nebulizer comprises: the main liquid bin and the auxiliary liquid bin are semi-independent structures and can be communicated through dumping actions.
4. The liquid-storable electronic nebulizer of claim 1, wherein the electronic nebulizer comprises: the auxiliary liquid bin can store atomized liquid with preset capacity.
5. The liquid-storable electronic nebulizer of claim 1, wherein the electronic nebulizer comprises: the atomization bin is connected with the auxiliary liquid bin and is not connected with the main liquid bin.
6. The liquid-storable electronic nebulizer of claim 1, wherein the electronic nebulizer comprises: the atomizing bin is closely attached to the periphery of the electronic atomizing assembly.
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| CN201921835869.2U CN211412403U (en) | 2019-10-29 | 2019-10-29 | Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn |
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| CN201921835869.2U CN211412403U (en) | 2019-10-29 | 2019-10-29 | Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110605194A (en) * | 2019-10-29 | 2019-12-24 | 浙江大悦生物科技有限公司 | Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110605194A (en) * | 2019-10-29 | 2019-12-24 | 浙江大悦生物科技有限公司 | Backflow type liquid storage electronic atomizer capable of filling atomized liquid with specified dosage in turn |
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Effective date of registration: 20201014 Address after: Room 1401-2, Beigan science and Technology Innovation Park, building 1, Zhongdong international Ginza, No.1, Jianshe 1st Road, Beigan street, Xiaoshan District, Hangzhou City, Zhejiang Province Patentee after: HANGZHOU DALI TECHNOLOGY Co.,Ltd. Address before: No. 4-409, No. 926, Changhong East Street, Fuxi street, Deqing County, Huzhou City, Zhejiang Province Patentee before: Zhejiang Dayue Biotechnology Co.,Ltd. |