WO2018001349A1

WO2018001349A1 - Atomizer having fragrance mixing structure and mixing method thereof

Info

Publication number: WO2018001349A1
Application number: PCT/CN2017/091027
Authority: WO
Inventors: 曾智平
Original assignee: 曾智平
Priority date: 2016-07-01
Filing date: 2017-06-30
Publication date: 2018-01-04
Also published as: CN105962422A; CN105962422B

Abstract

Provided are an atomizer having a fragrance mixing structure and a mixing method thereof. The atomizer comprises a sleeve (1). A nozzle assembly (2) is disposed at an upper portion of the sleeve (1). A liquid storage assembly and an atomization assembly are mutually connected and disposed inside the sleeve (1). The atomization assembly is in communication with the nozzle assembly (2) by means of a central tube. The atomizer is further provided with a fragrance mixing structure. The fragrance mixing structure comprises a fragrance mixing compartment (31). The fragrance mixing compartment (31) is in communication with the central tube. A user can place, according to his/her preference, different fragrant substances in the fragrance mixing compartment (31), such that the fragrant substances are mixed with an atomized liquid and then inhaled by the user. The independent fragrance mixing compartment enables a user to freely mix different fragrances, thereby enriching user experience, reducing use of atomizer wicks, and reducing costs for the user.

Description

Atomizer with fragrant structure and method thereof

Technical field

The invention relates to an atomizer.

Background technique

At present, the nebulizer seen on the market is to heat the atomized liquid of a specific scent to make it atomize, then enter the human respiratory system by inhalation by the user, and finally exhale from the nasal cavity or the mouth. During this period, the user can feel the aroma of the atomized liquid. However, the user cannot change the taste of the atomized liquid freely through the existing atomizer, and needs to clean the entire atomizer, replace the atomization core, and the like in order to complete the process, not only the poor experience, but also waste the atomization core.

Summary of the invention

The technical problem to be solved by the present invention is to provide an atomizer having a fragrant structure and a method for flavoring the same.

The technical solution adopted by the present invention to solve the technical problem thereof is: an atomizer with a fragrant structure, the atomizer comprising a sleeve, the upper part of the sleeve is provided with a mouthpiece assembly, and the sleeve is internally connected a liquid storage assembly and an atomization assembly, wherein the atomization assembly is in communication with the mouthpiece assembly through a center tube, the atomizer is further provided with a fragrance adjustment structure, and the fragrance adjustment structure includes a fragrance chamber for placing the fragrance material The fragrance chamber is in communication with the central tube.

An atomizer with a scented structure, as described above, the central tube includes an upper air duct and a lower air tube, the upper air tube is installed in the mouthpiece assembly, and the lower air tube is installed in the sleeve ; The bottom end of the air duct and the top end of the lower air duct are connected to the fragrance chamber.

An atomizer with a scented structure as described above, the scenting chamber is formed in a sleeve member, and the bottom of the stern holder is detachably sleeved on the inner upper end of the sleeve member, and The mouthpiece holder is rotatable along the sleeve member, and a set of upper air guiding holes for communicating the fragrance chamber with the outside air is opened on the bottom of the sleeve member and the mouthpiece holder, and the rotating mouthpiece holder controls the opening and closing degree of the upper air guiding hole of the group. .

An atomizer having a scented structure as described above, wherein a bottom end of the upper air duct extends into the sleeve member, and a bottom plate is provided at the bottom end thereof, and the carrier plate is provided with a through hole The hole, and the bottom of the carrier plate and the sleeve member is formed with a receiving chamber; the top end of the lower air guiding tube extends into the receiving chamber, and the top end thereof is higher than the bottom wall of the receiving chamber.

An atomizer with a fragrant structure as described above, the upper surface of the carrier plate being provided with a convex structure for destroying the tobacco beads.

An atomizer with a fragrant structure as described above, the bottom of the atomizer is provided with a base, and the base is provided with a rotatable ring sleeve, and the base and the ring sleeve are provided with a set for The lower air guiding hole communicating with the lower air guiding tube rotates the ring sleeve to control the opening and closing degree of the lower air guiding hole of the group.

A method for flavoring a nebulizer as described above, comprising the steps of:

S1, loading one or more materials with different flavors into the fragrance chamber, adjusting the upper air outlet to allow outside air to enter the fragrance chamber to mix with the fragrance;

S2, the liquid to be atomized is loaded into the liquid storage assembly of the atomizer, and the lower air guiding hole is adjusted to allow outside air to enter so that the atomizing assembly atomizes the liquid;

S3, the smoke generated after the atomization flows along the central tube of the atomizer toward the mouthpiece assembly, first mixes with the fragrance generated in the fragrance chamber and then enters the human body from the mouthpiece.

A method for flavoring a nebulizer as described above, further comprising the following steps after step S1:

S4, replace the different fragrance materials into the fragrance room.

A method for flavoring an atomizer as described above, wherein the flavoring material placed in the fragrance chamber may be one of a bead, a paste, a powder, a stick, a water-soluble flavor, an alcohol-soluble flavor or an oil-soluble flavor. Kind or more.

The technical solution of the present invention has at least the following beneficial effects: the atomizer has an independent fragrance structure, and the user can select different fragrance materials into the fragrance chamber according to his own hobby, and the atomization after the atomization After mixing the liquid such as smoke oil and then entering the body, the independent fragrance adjustment structure gives the user the right to adjust the different fragrances independently, enriching the user experience, and saving the atomization core and reducing the user's use cost.

DRAWINGS

The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:

Figure 1 is a schematic view of the present invention;

Figure 2 is an internal schematic view of the present invention;

3 is a schematic exploded view of the mouthpiece holder, the upper air tube, the sleeve member and the lower air tube of the present invention;

Figure 4 is a schematic view of the upper air tube of the present invention;

The logo in the figure is as follows:

1, casing; 2, cigarette holder assembly; 20, cigarette holder; 22, cigarette holder; 3, sleeve member; 21 & 30, upper air hole; 31, fragrance room; 4, base; 40, lower air hole; Air guiding tube; 6, upper air tube; 60, carrier plate; 61, through hole; 62, convex structure; 7, smoke oil beads.

detailed description

In order to have a clearer understanding of the technical features, objects and effects of the present invention, reference is now made to the accompanying drawings. The specific embodiments of the present invention are described in detail.

An atomizer with a fragrant structure as shown in FIG. 1-5, the atomizer comprising a sleeve 1 having an upper portion of the sleeve 1 mounted with a mouthpiece assembly 2, and the sleeve 1 is internally connected a liquid storage assembly and an atomization assembly, wherein the atomization assembly is in communication with the mouthpiece assembly 2 through a center tube, the atomizer is further provided with a fragrance structure, and the fragrance structure comprises a fragrance for placing the fragrance material The chamber 31 is in communication with the center tube. The liquid to be atomized, such as smoky oil and glycerin, is atomized and circulated upward along the center tube, and after being mixed with the scent generated in the scenting chamber 31, is sucked into the human body from the mouthpiece. The user can change the flavor material in the fragrance chamber 31 to obtain the experience of different flavors, without the need to replace or clean the smoke oil, the atomization core, etc. as before, and avoid the waste of the atomization core.

In some embodiments, the central tube includes an upper air tube 6 and a lower air tube 5, the upper air tube 6 is mounted in the mouthpiece assembly 2, and the lower air tube 5 is mounted in the sleeve 1; The bottom end of the air guiding tube 6 and the top end of the lower air guiding tube 5 communicate with the fragrance chamber 31. The upper air guiding tube 6 and the lower air guiding tube 5 are two-section ducts, and the tempering chamber 31 is connected between the two ducts, which may be directly connected, that is, a tempering chamber 31 is arranged between the upper air guiding duct 6 and the lower air guiding duct 5, The arrangement of the arrangement is simple, and the atomized smoke oil first passes through the lower air tube 5, then enters the fragrance chamber 31 and mixes with the fragrance and then enters the human body from the upper air tube 6; or may be indirectly connected, that is, the body of the fragrance chamber 31 is set. On the side of the upper air guiding tube 6 and the lower air guiding tube 5, and then other flow spaces or pipes are connected to communicate with the two. In this case, the fragrance of the fragrance chamber 31 needs to pass through the circulation space or the pipeline and then after atomization. Mixing with smoky oil, glycerin or other atomized liquid.

In some embodiments, the fragrance chamber 31 is formed in a sleeve member 3, the bottom of the mouthpiece holder 20 is rotatably sleeved on the inner upper end of the sleeve member 3, and the sleeve member 3 and the mouthpiece holder A plurality of upper air guiding holes 21 & 30 for communicating the fragrance chamber 31 with the outside air are provided on the bottom of the 20, and the rotating mouthpiece holder 20 controls the opening and closing degree of the air guiding holes 21 & 30 of the group. If the air is brought by the lower air duct 5 Mixing with the fragrance in the fragrance chamber 31, the flowability is small, and the mixing effect is not good. Therefore, the upper air vent corresponding to the fragrance chamber 31 is provided, which can effectively improve the fragrance mixing effect; and the top of the mouthpiece holder 20 The air guiding hole 21 can be displaced or overlapped with the position of the air guiding hole 30 on the sleeve member 3 by rotation. When the two are completely staggered, the air guiding hole on the group is closed, and the outside air cannot enter the fragrance chamber 31 from here; When the two are completely coincident, the air guiding holes on the group are the largest in the open space, and the mixing effect can be the strongest. The user can adjust the opening size of the upper air guiding holes as needed.

In some embodiments, the bottom end of the upper air pipe 6 extends into the sleeve member 3, and a bottom plate is provided with a carrier plate 60. The carrier plate 60 is provided with a through hole 61, and the carrier plate 60 is provided. A receiving chamber is formed with the bottom of the sleeve member 3; the top end of the lower air guiding tube 5 extends into the receiving chamber, and the top end thereof forms a height difference with the bottom wall of the receiving chamber. The carrier plate 60 is used for supporting the aroma material, and the presence of the through hole 61 keeps the fragrance chamber 31 in the sleeve member 3 up and down, and the air flows smoothly; in addition, if the smoke bead 7 is placed The scented material, when the bead is broken, the internal oily substance will flow down through the through hole 61 into the accommodating chamber, because there is a height difference between the accommodating chamber and the lower air guiding tube 5, and the oily substance does not flow out through the lower air guiding tube 5. However, the rubber coating originally wrapped around the oily substance will remain on the carrier plate 60 for easy removal.

In some embodiments, the upper surface of the carrier plate 60 is provided with a raised structure 62 for breaking the tobacco beads, such as a blade, a needle, or the like. After the flavor material similar to the tobacco bead 7 is placed in the fragrance chamber 31, the mouthpiece holder 20 is placed in the sleeve member 3, and the lower end of the mouthpiece holder 20 acts to sink the soot beads 7 It is broken by the convex structure 62 on the carrier plate 60, so that the oily substance inside thereof flows out and emits a fragrance.

In some embodiments, the bottom of the atomizer is provided with a base 4, and the base 4 is provided with a rotatable ring sleeve. The base 4 and the ring sleeve are provided with a set of undersides for communicating with the lower air guiding tube 5. Air vent 40. Rotating the ring sleeve controls the degree of opening and closing of the lower air guiding holes 40 of the group. The existing atomizer is also provided with air holes, otherwise atomization and internal air circulation cannot be realized, and a set of lower air guiding holes 40 provided in the present embodiment can be adjusted, and the rotating air ring can be staggered or overlapped. Correspondingly, in order to control the amount of air entering, the user can adjust according to his own needs.

A method for flavoring a nebulizer, comprising the steps of: loading one or more materials with different aromas into the fragrance chamber 31, adjusting the upper air holes to allow outside air to enter the fragrance chamber 31 and mixing with the fragrance The liquid to be atomized, such as glycerin and smoke oil, is placed in the liquid storage assembly of the atomizer, and the lower air guiding hole 40 is adjusted to allow outside air to enter to atomize the component to atomize glycerin or smoke oil; The smoke circulates in the direction of the mouthpiece assembly 2 along the center tube of the atomizer, first mixed with the fragrance generated in the fragrance chamber 31 and then enters the human body from the mouthpiece.

When it is desired to experience different tastes, the user can replace the aroma material of the fragrance chamber 31; and the fragrance material can be, but is not limited to, the following forms: bead, paste, powder, stick, water-soluble flavor, alcohol soluble flavor or One or more of oil-soluble flavors.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications, combinations and changes may be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. within the spirit and scope of the invention are intended to be included within the scope of the appended claims.

Claims

An atomizer with a scented structure, the atomizer comprising a sleeve, the upper part of the sleeve is mounted with a mouthpiece assembly, and the casing is provided with an interconnected liquid storage assembly and an atomizing assembly, the atomizing assembly Communicating with the mouthpiece assembly through the center tube, wherein the atomizer is further provided with a fragrance structure, the fragrance structure comprising a fragrance chamber for placing the fragrance material, the fragrance chamber and the The center tube is connected.
The atomizer with a fragrant structure according to claim 1, wherein the center tube comprises an upper air guiding tube and a lower air guiding tube, and the upper air guiding tube is installed in the cigarette holder assembly, the lower portion The air guiding tube is installed in the sleeve; the bottom end of the upper air guiding tube and the top end of the lower air guiding tube are in communication with the fragrance chamber.
The atomizer with a fragrant structure according to claim 2, wherein the scenting chamber is formed in a sleeve member, and the bottom of the stern holder is detachably sleeved in the sleeve An inner upper end of the tubular member, and the cigarette holder seat is rotatable along the sleeve member, and a set of upper air guiding holes for communicating the fragrance chamber with the external air is disposed on the bottom of the sleeve member and the mouthpiece holder, and the cigarette holder is rotated to control the group The degree of opening and closing of the air guiding hole.
The atomizer with a scented structure according to claim 3, wherein the bottom end of the upper air duct extends into the sleeve member, and a bottom end thereof is provided with a carrier plate. The carrying plate is provided with a through hole, and the receiving plate and the bottom of the sleeve member form a receiving chamber; the top end of the lower air guiding tube extends into the receiving chamber, and the top end thereof is higher than the bottom wall of the receiving chamber.
The atomizer with a fragrant structure according to claim 4, wherein the upper surface of the carrier plate is provided with a convex structure for destroying the tobacco beads.
An atomizer with a scented structure according to claim 5, wherein said atomization The bottom of the device is provided with a base, and the base is provided with a rotatable ring sleeve. The base and the ring sleeve are provided with a set of lower air guiding holes for communicating with the lower air guiding tube, and the ring sleeve is rotated to control the lower air guiding holes of the group. The degree of opening and closing.
A method of flavoring a nebulizer according to claim 6, comprising the steps of:

S1, loading one or more materials with different flavors into the fragrance chamber, adjusting the upper air outlet to allow outside air to enter the fragrance chamber to mix with the fragrance;

S2, the liquid to be atomized is loaded into the liquid storage assembly of the atomizer, and the lower air guiding hole is adjusted to allow outside air to enter so that the atomizing assembly atomizes the liquid;

S3, the smoke generated after the atomization flows along the central tube of the atomizer toward the mouthpiece assembly, first mixes with the fragrance generated in the fragrance chamber and then enters the human body from the mouthpiece.
The method of flavoring a nebulizer according to claim 7, further comprising the following steps after step S1:

S4, replace the different fragrance materials into the fragrance room.
The method for flavoring a nebulizer according to claim 7, wherein the flavoring material placed in the fragrance chamber is a bead, a paste, a powder, a stick, a water-soluble flavor, an alcohol-soluble flavor or One or more of oil-soluble flavors.