CN108323815B

CN108323815B - Electronic smoking set for providing multiple tastes

Info

Publication number: CN108323815B
Application number: CN201710044549.4A
Authority: CN
Inventors: 陈家太; 邱宁波; 张辉纳
Original assignee: Shenzhen Smiss Technology Co Ltd
Current assignee: Shenzhen Smiss Technology Co Ltd
Priority date: 2017-01-19
Filing date: 2017-01-19
Publication date: 2020-12-01
Anticipated expiration: 2037-01-19
Also published as: CN108323815A

Abstract

The invention provides an electronic smoking set for providing various flavors, which comprises a bidirectional airflow channel and a smoking set body; the bidirectional airflow channel is provided with at least two air holes on the same surface or different surfaces of the smoking set body, and the air holes can be used for air inlet and air outlet; the smoking set body is provided with at least one liquid sensory substance smoke generator and at least one solid sensory substance smoke generator, and smoke generated by the smoke generators can flow in the bidirectional airflow channel; the smoke generated by the smoke generator can flow out of the air holes. The electronic smoking set can be used for providing smoke with different tastes, and the generated smoke is mixed in the bidirectional airflow channel, so that the smoke quantity generated by the electronic smoking set is larger, the taste of the smoke is milder, and the stimulation to the throat of a person is reduced.

Description

Electronic smoking set for providing multiple tastes

Technical Field

The invention relates to the technical field of electronic cigarettes, in particular to an electronic smoking set for providing multiple flavors.

Background

According to the relevant data, compared with the traditional cigarette, the electronic cigarette generates less harmful substances and has less harm to human bodies, thereby being more and more popular. At present, electronic smoking sets which heat solid tobacco to generate smoke and heat tobacco tar to generate smoke are available in the market.

The electronic smoking set for heating solid tobacco to generate smoke is characterized in that the tobacco is directly contacted with a heating part for heating before smoking, and the high-temperature heat can roast the flavors of tar, nicotine and the like of the tobacco.

The electronic smoking set for heating the tobacco tar to generate smoke is to contact and heat the tobacco tar stored in the atomizer with the tobacco tar through the heating wire, and then the tobacco tar is heated and atomized to simulate the smoke like a cigarette.

With the popularity of e-cigarettes, consumers have different needs in different situations, such as at home where e-smoking appliances that produce smoke by heating tobacco tar are needed, and outside where e-smoking appliances that produce smoke by heating solid tobacco tend to be used, sometimes with mixed tastes or flavors. There is also a case where consumers want to have a cigarette taste or flavor that would be obtained by using high-quality solid tobacco, with lower-quality solid tobacco.

Disclosure of Invention

The invention aims to reduce the quality requirement of an electronic smoking set on solid tobacco and provides an electronic smoking set for providing various flavors.

In order to solve the technical problems, the invention adopts the following technical scheme:

an electronic smoking set for providing multiple flavors is characterized by comprising a bidirectional airflow channel and a smoking set body; the bidirectional airflow channel is provided with at least two air holes on the same surface or different surfaces of the smoking set body, and the air holes can be used for air inlet and air outlet; the smoking set body is provided with at least one liquid sensory substance smoke generator and at least one solid sensory substance smoke generator, and smoke generated by the smoke generators can flow in the bidirectional airflow channel; the smoke generated by the smoke generator can flow out of the air holes.

In some preferred embodiments, the aerosol generator comprises at least one liquid sensory substance aerosol generator and at least one solid sensory substance aerosol generator.

In a further preferred embodiment, the smoke generator comprises at least two baking containers mounted inside the smoking article body for placing and baking the organoleptic substances; the bidirectional airflow channel comprises a cavity of the baking container.

In a further preferred embodiment, the roasting container is provided with a heat generating component which is not in contact with the organoleptic substances placed in the roasting container.

In a further preferred embodiment, the liquid sensory substance aerosol generator comprises a liquid supply, the liquid supply being removably mounted on the smoking article body; the liquid feeder is used for hermetically storing the liquid sensory substance, and quantitatively delivering the liquid sensory substance to a baking container of the liquid sensory substance smoke generator in an opening and closing mode.

In a further preferred embodiment, the liquid supply device includes a liquid storage container and a piston assembly, the liquid storage container is provided with a through hole, the lower portion of the piston assembly is tightly connected with the lower portion of the liquid storage container, the upper portion of the piston assembly is elastically connected with the upper portion of the liquid storage container, and the piston assembly can reciprocate along the inner wall of the liquid storage container.

In a further preferred embodiment, the liquid sensory substance smoke generator further comprises a liquid guide tube, and two ends of the liquid guide tube are tightly connected with the lower part of the liquid supply device and the upper part of the baking container of the liquid sensory substance smoke generator respectively.

In a still further preferred embodiment, a pressure block is provided on the upper portion of the piston assembly, and the pressure block is elastically connected to the upper portion of the liquid storage container.

In some preferred embodiments, the bidirectional airflow channel further comprises a diversion trench detachably mounted on the smoking article body, the diversion trench being used for communicating the smoke generator and for temporarily storing smoke.

In some preferred embodiments, one end of the solid sensory substance smoke generator is detachably provided with an upper cover, and a cavity of the upper cover is communicated with a cavity of the solid sensory substance smoke generator.

In some preferred embodiments, there are at least two of said air holes such that the direction of flow of smoke therethrough has a vertically upward component.

In some preferred embodiments, the bi-directional airflow path comprises a cavity of the aerosol generator.

In some preferred embodiments, the shape of the bi-directional gas flow channel comprises a U-shape, a semi-circle shape, a Z-shape, a Y-shape, an X-shape, an F-shape, an E-shape.

The invention also provides another electronic smoking set for providing multiple flavors:

an electronic smoking article for providing multiple flavors, comprising at least two air vents for allowing air to enter and for allowing air to exit, a connecting channel communicating with the air vents, at least one first smoke supplier for supplying smoke generated by a liquid organoleptic substance to the connecting channel, at least one second smoke supplier for supplying smoke generated by a solid organoleptic substance to the connecting channel; the smoke supplied from the smoke supplier may flow out from the air hole.

In some preferred embodiments, the smoke feeder comprises at least two non-contact heaters; the non-contact heater isolates the sensory substances from the heating source, so that the heating source heats the sensory substances in a non-contact manner; the non-contact heater heats smoke generated by the sensory substances to flow in the connecting channel.

In a further preferred embodiment, the first smoke feeder comprises an infusion device communicating with the connection channel; the infusion device isolates the liquid sensory substance from the heat-generating source and delivers the liquid sensory substance to the non-contact heater of the first smoke provider in an open, closed manner.

In a further preferred embodiment, the infusion device includes first and second relatively moving parts, and the liquid sensory substance is flowable out of the infusion device when the first and/or second relatively moving parts are not in the initial position.

In some preferred embodiments, the connecting channel comprises a removable section in which the fumes flow.

Compared with the prior art, the electronic smoking set for providing multiple flavors has the following beneficial effects:

in the invention, the smoke feeder can provide the smoke with different tastes for the connecting channel, the smoke is mixed in the connecting channel, particularly, the smoke has larger smoke quantity after the smoke liquid and the smoke generated by the solid tobacco are mixed, the smoke liquid makes up the deficiency of the solid tobacco, the quality requirement on the solid tobacco is low, the solid tobacco with lower quality can also generate components which can be generated only by the solid tobacco with high quality through the supplement of the smoke liquid, and the applicable crowd is wider.

In a preferred embodiment, the electronic smoking set for providing multiple flavors of the present invention further has the following beneficial effects:

furthermore, the non-contact heater is used for heating the sensory substances in a non-contact way, and the sensory substances are not in direct contact with a high-temperature heating source, so that less harmful substances are generated, and the harm to the human body is reduced.

Furthermore, the infusion device provides liquid sensory substances to the non-contact heater in an opening and closing mode, so that quantitative supply can be realized, the infusion device forms a proportion with the solid sensory substances, electric energy and tobacco juice can be saved, and the mouthfeel of smoke can be improved. The sealed storage of the liquid sensory substance can avoid the deterioration of the liquid sensory substance due to the long-term contact with air or a high-temperature heating source, and ensure the taste of smoke. The infusion device adopts a detachable installation mode, and the infusion device and the connecting channel can be cleaned by detaching the infusion device, so that harmful substances adsorbed on the infusion device and the connecting channel can be removed.

Further, by designing the stroke of the first relatively moving member or the second relatively moving member, the supply amount of the liquid sensory substance can be controlled.

Furthermore, the detachable section is detachably mounted, so that the detachable section can be conveniently detached to clean, harmful substances attached to the detachable section are removed, the taste of smoke is improved, and harm to people is reduced.

Drawings

FIG. 1 is a schematic structural diagram of a first embodiment of the present invention;

figure 2 is a schematic structural diagram of a liquid organoleptic substance smoke generator according to a first embodiment of the present invention;

figure 3 is a schematic structural diagram of a solid sensory substance smoke generator according to a first embodiment of the present invention;

FIG. 4 is a schematic structural view of a liquid supply apparatus according to a first embodiment of the present invention;

FIG. 5 is an exploded view of the first embodiment of the present invention;

FIG. 6 is a schematic structural diagram of a second embodiment of the present invention;

FIG. 7 is a schematic structural diagram of a third embodiment of the present invention;

fig. 8 is a schematic structural diagram of a fourth embodiment of the present invention.

Detailed Description

The embodiments of the present invention will be described in detail below. It should be emphasized that the following description is merely exemplary in nature and is not intended to limit the scope of the invention or its application. In the following examples, the liquid sensory substance is exemplified by tobacco liquid, and the solid sensory substance is exemplified by solid tobacco, but not limited to tobacco liquid and solid tobacco.

First embodiment

Referring to fig. 1, 2, 3, and 5, the smoking article body 400 is a main body of an electronic smoking article, on which various components are mounted. The baking container 211 is installed on the left side and the baking container 221 is installed on the right side of the interior of the smoking set body 400. The roasting container 211 comprises a cup body 2112 and a rubber seal 2113, wherein the lower part of the cup body 2112 is tightly connected with the rubber seal 2113 and then is arranged inside the smoking set body 400, and the cup body 2112 is used for placing smoke liquid. Similarly, the roasting container 221 includes a cup 2212 and a rubber seal 2213, the lower portion of the cup 2212 is tightly connected with the rubber seal 2213 and then is installed inside the smoking set body 400, and the cup 2212 is used for placing solid tobacco. The baking container 221 is hermetically connected with the rubber fixing base 222 through a hollow rubber pad 223, the rubber fixing base 222 is connected with the smoking set body 400, and the rubber pad 223 is used for heat insulation.

Baking containers

211 and 221 also include

heating assemblies

2111 and 2211, respectively, disposed on the exterior surfaces of

cups

2112 and 2212. The heating component is used as a heating source and is used for heating sensory substances in the baking container in a non-contact way when in work, namely, the tobacco juice or the solid tobacco is baked and is not directly contacted with the heating source for heating. The heating component can also be arranged between the outer surface and the inner surface of the cup body, and can also realize the non-contact heating of the sensory substances in the baking container.

Referring to fig. 1, the electronic smoking article of the present embodiment further includes a control board 300 and a battery 600. The control board 300 is installed inside the smoking set body 400 for controlling the

heat generating components

2111 and 2211. The battery 600 is installed inside the smoking set body 400 for supplying power to the control board 300. The smoking set body 400 is provided with a power button B1 and an adjusting button B2, the power button B1 and the adjusting button B2 can control the turn-off, the temperature, the time and the like of the

heating components

2111 and 2211, and can control the single heating component, thereby indirectly realizing the control of the on-off, the temperature and the working time of the baking container.

According to the electronic smoking set, the tobacco juice and the solid tobacco are baked by the baking container, the tobacco juice and the solid tobacco are not in direct contact with the heating source, less harmful substances are generated, and harm to human bodies is reduced.

Referring to fig. 1 and 4, the liquid supply 212 is detachably mounted to the smoking article body 400. The lower part of the liquid supply device 212 is tightly connected with the upper part of the liquid guide pipe 213, and the lower part of the liquid guide pipe 213 is hermetically connected with the upper part of the roasting container 211 through a rubber piece 214.

The liquid supply device 212 stores the liquid smoke, when the liquid supply device 212 is opened, the liquid smoke flows out from the liquid supply device 212 and flows into the baking container 211 through the liquid guide pipe 213, when the liquid supply device 212 is closed, the liquid smoke stops being conveyed, and the liquid smoke can be conveyed to the baking container 211 quantitatively. The liquid supply 212 is sealed when closed, and the smoke liquid does not seep out. The liquid guiding tube 213 can guide the flow of the tobacco liquid and can also separate the liquid supply device 212 from the heating source, thereby preventing the tobacco liquid from being deteriorated due to long-term heating.

Referring to fig. 4, the fluid supply 212 includes a reservoir 2121 and a piston assembly 2122. The reservoir 2121 comprises an upper cover 21211, a reservoir 21212, a lower cover 21213, a rubber ring 21214, a rubber ring 21215 and a rubber gasket 21216, wherein the upper cover 21211 is hermetically connected with the upper part of the reservoir 21212 through the rubber ring 21214, and the lower cover 21213 is hermetically connected with the lower part of the reservoir 21212 through the rubber ring 21215. The piston assembly 2122 includes a movable piston 21222 and a hollow piston rod 21221 provided at a lower portion thereof, and the lower portion of the piston rod 21221 is tightly coupled to the movable piston 21222. The lower cover 21213 is provided with a through hole H1, the movable piston 21222 is hermetically connected to the lower cover 21213 via a rubber pad 21216, the rubber pad 21216 is also provided with a through hole (not shown) communicating with the through hole H1, and the through hole H1 is blocked by the movable piston 21222. The upper portion of the piston assembly 2122 is elastically coupled to an upper cover 21211 of the reservoir 2121, and the piston assembly 2122 is vertically movable up and down along the inner wall of the reservoir 21212. When the piston assembly 2122 moves down the inner wall of the reservoir 21212, the movable piston 21222 separates from the lower cover 21213 and the smoke liquid flows out from the through hole H1; when the piston assembly 2122 moves upward along the inner wall of the liquid storage tube 21212, the movable piston 21222 is in sealing connection with the lower cover 21213, the through hole H1 is blocked by the movable piston 21222, and the smoke liquid stops flowing out of the through hole H1. In this embodiment, the opening of the liquid supply 212 means that the movable piston 21222 is separated from the lower cover 21213, and the closing of the liquid supply 212 means that the movable piston 21222 is hermetically connected to the lower cover 21213.

According to the above description, in the electronic smoking set of the embodiment, the liquid supply device 212 supplies the tobacco juice to the baking container 211 in an opening and closing manner, so that the tobacco juice can be quantitatively supplied and forms a proportion with solid tobacco, thereby not only saving electric energy and the tobacco juice, but also improving the taste of the smoke. The cigarette liquid is stored in a sealed mode, so that the cigarette liquid can be prevented from being deteriorated due to long-term contact with air or a heating source, and the taste of smoke is guaranteed. Because the liquid supply 212 is detachably mounted on the smoking article body 400, the liquid supply 212 and the smoking article body 400 can be cleaned by detaching the liquid supply 212.

Referring to fig. 4, the piston assembly 2122 further includes a pressure block Y1 provided at an upper portion thereof, and the pressure block Y1 is connected to an upper cover 21211 of the reservoir 2121 via an elastic member K1.

The pressing block Y1 is pressed to press the elastic element K1 to move downwards, the piston assembly 2122 also moves downwards, the movable piston 21222 is separated from the lower cover 21213, and smoke liquid flows out from the through hole H1. When the pressure block Y1 is no longer pressed, the piston assembly 2122 moves upward under the elastic force of the elastic element K1, the movable piston 21222 is tightly connected with the lower cover 21213, the through hole H1 is blocked by the movable piston 21222, and the smoke liquid stops flowing out of the through hole H1. The vertical travel of the resilient member K1 determines the vertical distance separating the movable piston 21222 from the lower cover 21213, and also affects the amount of smoke liquid that flows out of the through hole H1 when the pressure piece Y1 is pressed once. By designing the stroke of the elastic member K1 in the vertical direction, the amount of smoke liquid flowing out of the through hole H1 can be controlled.

According to the above, the electronic smoking set of the embodiment designs the vertical stroke of the elastic element K1, and the pressing block Y1 and the elastic element K1 are used in combination to control the supply amount of the tobacco juice, so that the ratio of the tobacco juice to the solid tobacco is formed, thereby not only saving electric energy and the tobacco juice, but also improving the taste of the smoke.

Referring to fig. 1 and 2, the smoke generator 210 is a liquid organoleptic substance smoke generator, the smoke generator 210 includes a piston assembly 2122, a reservoir 2121, a conduit 213, and a baking container 211, and the cavities of the smoke generator 210 include the cavity of the piston assembly 2122, the cavity of the reservoir 2121, the cavity of the conduit 213, and the cavity of the baking container 211. The smoke generator 220 is a smoke generator of solid sensory substances, the smoke generator 220 comprises a baking container 221 and a rubber fixing seat 222, and the cavity of the smoke generator 220 comprises the cavity of the baking container 221 and the cavity of the rubber fixing seat 222. The smoke generator 210 is mounted on the left side of the interior of the smoking article body 400, while the smoke generator 220 is on the right side. The smoke generator 210 is used to roast the tobacco liquid and generate smoke, and the smoke generator 220 is used to roast the solid tobacco and generate smoke.

Referring to fig. 1, a baffle groove 230 is also detachably mounted on the smoking set body 400. The guiding grooves 230 are used to communicate the

smoke generators

210 and 220 and to temporarily store smoke. When smoke is generated by smoke generator 210 and/or 220, smoke may flow through flow directing channel 230.

According to the above, in the electronic smoking set of the embodiment, the diversion trench 230 is detachably installed on the smoking set body 400, so that the diversion trench can be conveniently detached to clean, harmful substances attached to the diversion trench can be removed, the taste of smoke can be improved, and harm to people can be reduced. The cavity of the diversion trench 230 can temporarily store smoke, so that different smoke can be mixed in the cavity, and the taste of the smoke is improved. More smoke can be contained, the smoke quantity is increased, the one-time smoke output quantity of the electronic smoking set is larger, and the taste is further improved.

Referring to fig. 1, an upper cover 500 is detachably mounted at one end of the smoke generator 220, which is in contact with the outside air. The upper cover 500 is used for guiding the external air and positioning the solid tobacco, and various types of baked cigarettes can be placed in the upper cover to prevent the baked cigarettes from being deviated or broken.

According to the above description, the electronic smoking set for providing multiple flavors according to the embodiment of the present invention has the detachable upper cover 500, which is beneficial to cleaning the smoke generator 220, removing harmful substances, reducing harm to human body and improving taste.

Referring to fig. 1, the electronic smoking set in the present embodiment further includes a mouthpiece 100. The mouthpiece 100 is removably connected to the aerosol generator 210, the mouthpiece 100 being used to inhale air. The removable mounting of the mouthpiece 100 facilitates cleaning of the mouthpiece 100 and also of the smoke generator 210.

Referring to fig. 1, two

air holes

201 and 202 are respectively disposed on the surface S1 and the surface S2, the cavity of the mouthpiece 100 is the air hole 201, the cavity of the upper cover 500 is the air hole 202, and the air holes 201 and 202 can be used for both air inlet and air outlet.

Referring to fig. 1, the bi-directional airflow path 200 includes a cavity of the smoke generator 210, a cavity of the smoke generator 220, a cavity of the guide groove 230, and the air holes 201 and 202. The external air flow can flow into the bidirectional air flow channel 200 from the air hole 201 and then flow out from the air hole 202; the air flow can also flow into the bidirectional air flow channel 200 from the air hole 202 and then flow out from the air hole 201; that is, the air holes 201 and 202 can be used as both air inlets and air outlets.

Referring to fig. 1, when the smoke generator 210 works alone, smoke generated by smoke liquid will slowly fill the whole bidirectional airflow channel 200, some harmful substances will adhere to the inner wall of the channel, smoke with stronger smoke liquid taste will flow out from the air holes 201, while smoke with weaker smoke liquid taste will flow out at the air holes 202, because the air holes 201 are closer to the smoke generator 210 generating smoke liquid smoke, and the air holes 202 are farther. Similarly, when the smoke generator 220 is operated alone, smoke with a stronger mouth feel of solid tobacco flows out of the air holes 202, and smoke with a weaker mouth feel of solid tobacco flows out of the air holes 201. In addition, the temperature of the

roasting container

211 or 221 can be adjusted by adjusting the button B2, so as to obtain more mouthfeel of smoke.

Referring to fig. 1, when

smoke generators

210 and 220 are simultaneously operated, smoke generated from the tobacco smoke and smoke generated from the solid tobacco fill the entire bi-directional airflow path 200 and mix within the path. The smoke having a mixed taste but a stronger taste of the liquid smoke flows out of the air hole 201, and the smoke having a mixed taste but a weaker taste of the liquid smoke flows out of the air hole 202 because the air hole 201 is closer to the smoke generator 210 generating the smoke and the air hole 202 is farther. Of course, the temperature of the roasting container 211 and/or 221 may also be adjusted by adjusting the button B2 to allow the smoke generator 210 and/or 220 to provide more palatable smoke.

The flow direction of the smoke generated by the

smoke generator

210 or 220 alone and the smoke mixed by the

smoke generator

210 and 220 when flowing out of the

air hole

201 or 202 has a vertically upward component.

According to the above description, in the electronic smoking set of the present embodiment, the

smoke generators

210 and 220 respectively provide the smoke generated by the liquid smoke and the solid tobacco, the generated smoke is mixed in the two-way airflow channel 200, especially after the smoke generated by the liquid smoke and the solid tobacco is mixed, because the humidity of the smoke generated by the liquid smoke is higher, the smoke can be supplemented with the smoke generated by the solid tobacco, the taste of the finally obtained smoke is milder, the stimulation to the throat of a person is reduced, the mouth feel is improved, the mixed smoke has a larger amount, the quality requirement on the solid tobacco is low, and the low-quality solid tobacco can also generate components which can be generated by the high-quality solid tobacco through the supplement of the liquid smoke. The smoke with different tastes or flavors flows out from different air holes, the strong or mild smoke generated by the solid tobacco or the smoke liquid independently and the smoke with stronger taste of the solid tobacco or the smoke liquid are included, the structure is simple, and the smoke with various tastes or flavors can be provided without using a complex control circuit. An electron smoking set of this application just can satisfy different users 'demand or user's demand in different occasions simultaneously, and it is wider to be suitable for the crowd, also conveniently carries. The smoke contacts with the inner wall of the channel in the bidirectional airflow channel 200, and harmful substances are attached to the inner wall of the channel, so that harm to human bodies can be reduced. Based on the bi-directional flexibility of the airflow path, smoke flowing in one direction, such as solid tobacco smoke, may be filtered to remove undesirable constituents, if desired.

Referring to fig. 1, the bi-directional airflow channel 200 is U-shaped. As smoke is generated by smoke generators 210 and/or 220, the smoke may slowly fill the entire U-shaped bi-directional airflow channel 200. The external air flow can flow into the bidirectional air flow channel 200 from the air hole 201 and then flow out from the air hole 202; or flows into the bidirectional airflow passage 200 from the air hole 202 and then flows out from the air hole 201.

According to the electronic smoking set, the two-way airflow channel is U-shaped, the path of smoke flowing in the channel is longer, harmful substances can be absorbed to a greater extent, different kinds of smoke can be mixed more fully, and the taste of the smoke is better.

Referring to fig. 1, 2 and 3, in this embodiment, the non-contact heater is a baking container mounted inside the smoking article body 400. The non-contact heater may be used to place liquid or solid tobacco. The non-contact heater is provided with a heat-generating source, in the embodiment, the heat-generating

components

2111 and 2211 are heat-generating sources, but the smoke liquid or the solid tobacco is isolated from the heat-generating sources, and the heat-generating sources heat the smoke liquid or the solid tobacco in a non-contact manner, so that the smoke liquid or the solid tobacco generates smoke. The non-contact heater is used for heating the tobacco liquid or the solid tobacco in a non-contact manner, and the tobacco liquid or the solid tobacco is not in direct contact with a high-temperature heating source, so that less harmful substances are generated, and the harm to a human body is reduced.

Referring to fig. 1 and 2, in this embodiment, the first and second relatively-moving parts are a reservoir 2121 and a piston assembly 2122, respectively.

According to the embodiment of the invention, by designing the stroke of the first relative motion part or the second relative motion part, for example, the distance between the initial position O1 and the terminal position O2 of the second relative motion part, the supply amount of the tobacco juice can be controlled, the ratio of the supply amount to the solid tobacco is formed, the electric energy and the tobacco juice can be saved, and the mouthfeel of the smoke can be improved.

Referring to fig. 1, 2 and 4, in this embodiment, the infusion device includes a supply 212 and a catheter 213 removably mounted on a smoking article body 400. The tobacco juice is stored in the infusion device, and the tobacco juice is conveyed to the non-contact heater when the infusion device is opened, and the tobacco juice is stopped to be conveyed when the infusion device is closed, so that the tobacco juice can be conveyed quantitatively. The infusion device is sealed when closed, and smoke liquid cannot seep out. The infusion set also isolates the smoke solution from the heat source, and the smoke solution stored therein is not heated for a long time. In this embodiment, opening of the infusion set means that the movable piston 21222 is separated from the lower cap 21213, and closing of the infusion set means that the movable piston 21222 is sealingly connected to the lower cap 21213.

Referring to fig. 1, 2 and 3, in this embodiment, the first smoke supply comprises a piston assembly 2122, a reservoir 2121, a conduit 213, a baking container 211; the second smoke supplier includes a roasting container 221 and a rubber holder 222.

Referring to fig. 1 and 5, in this embodiment, the detachable section is a diversion trench 230 detachably mounted on the smoking article body 400.

Referring to fig. 1 and 5, in the present embodiment, the connection passage communicating with the air holes 201 and 202 includes the cavity of the piston assembly 2122, the cavity of the liquid guide tube 213, the cavity of the baking container 211, the cavity of the guide groove 230, the cavity of the baking container 221, and the cavity of the rubber holder 222.

The first smoke supplier is used for making liquid sensory substances such as smoke liquid generate smoke and conveying the smoke to the connecting channel. The second smoke feeder is used for making solid sensory substances such as solid tobacco generate smoke and conveying the smoke to the connecting channel.

The removable section is for communicating the first smoke feeder with the second smoke feeder and for temporarily storing smoke. The smoke may flow in the removable section when the first smoke feeder and/or the second smoke feeder generate smoke.

The connection passage communicates the air holes 201 and 202. The fumes produced by the first fume feeder and/or by the second fume feeder flow in the connecting channel.

The first embodiment has been described above, but the present embodiment may have some modified forms, such as:

the cavities of the single or a plurality of smoke generators are connected with the two air holes in series;

the non-contact heater can also adopt a light wave heating container, a microwave heating container and a laser heating container;

the through hole H1 can also be arranged on the side surface of the liquid storage container;

the housing of the smoke feeder or feeders is connected in series with two air holes.

Second embodiment

Referring to figures 1 and 6, the present embodiment differs from the first embodiment in that the removable section comprises a mouthpiece 101 and a baffle 230, the mouthpiece 101 being in communication with a bi-directional airflow channel 200. The airflow may flow from the mouthpiece 101 into the bi-directional airflow channel 200, or the airflow may flow from the bi-directional airflow channel 200 through the mouthpiece 101. The cavity of the cigarette holder 101 is an air hole 203, the cavity of the liquid sensory substance smoke generator 210, the cavity of the diversion trench 230 and the air hole 201 form a new L-shaped bidirectional air flow channel, and the air hole 203, the cavity of the solid sensory substance smoke generator 220, the cavity of the diversion trench 230 and the air hole 202 form another new L-shaped bidirectional air flow channel. The air hole 203, the cavity of the liquid sensory substance smoke generator 210, the cavity of the diversion trench 230, the air hole 201, the cavity of the solid sensory substance smoke generator 220 and the air hole 202 form an F-shaped bidirectional air flow channel.

As can be seen from the above, in the electronic smoking set of the present embodiment, the air holes 203 can be used for both air intake and air exhaust, and the smoke with various tastes and tastes can flow out from the air holes 203.

Referring to fig. 1 and 6, in the present embodiment, the air holes include

air holes

201, 202 and 203, the connection channel connecting the air holes 201 and 202 includes the cavity of the piston assembly 2122, the cavity of the liquid guide tube 213, the cavity of the baking container 211, the cavity of the guiding groove 230, the cavity of the baking container 221 and the cavity of the rubber holder 222, the connection channel connecting the air holes 201 and 203 includes the cavity of the piston assembly 2122, the cavity of the liquid guide tube 213, the cavity of the baking container 211 and the cavity of the guiding groove 230, and the connection channel connecting the air holes 202 and 203 includes the cavity of the guiding groove 230, the cavity of the baking container 221 and the cavity of the rubber holder 222.

This embodiment also has the advantageous effects of the first embodiment, and the principle of implementation is the same as that of the first embodiment.

Third embodiment

Referring to fig. 1 and 7, the present embodiment differs from the first embodiment in that the removable section is a filter tank a 230. The filter tank a230 includes a filter a231, and the filter a231 may be provided with a filter net and/or activated carbon to filter harmful substances in the smoke. The filter tank a230 is removed and cleaned.

Fourth embodiment

Referring to fig. 1 and 8, the present embodiment is different from the first embodiment in that it further comprises a liquid sensory substance smoke generator C210 and a mouthpiece 102, and the mouthpiece 102 is installed on the upper portion of the solid sensory substance smoke generator 220. An air hole 204 only used for air intake is arranged at the upper part of the liquid sensory substance smoke generator C210. In this embodiment, the cavity of the piston assembly C2122 is the air hole 204, the cavity of the mouthpiece 100 is the air hole 201, and the cavity of the mouthpiece 102 is the air hole 202. The liquid sensory substance smoke generator C210 is detachably connected with an air duct 240 arranged on the smoking set body 400, and the air duct 240 is communicated with the bidirectional airflow channel 200.

The smoke generated by the liquid sensory substance smoke generator C210 flows through the air duct 240 into the bidirectional air flow channel 200 and finally flows out of the air holes 201 or 202.

According to the above description, in the electronic smoking set of this embodiment, the liquid sensory substance smoke generator C210 is connected to the bidirectional airflow channel 200 through the air duct 240, and the smoke is conveyed into the bidirectional airflow channel 200, so that the smoke amount is larger, and the smoke generated by the liquid sensory substance smoke generators C210 and 210 is mixed in the diversion trench 230 and then mixed with the smoke generated by the solid sensory substance smoke generator 220, so that the smoke is mixed more sufficiently, and the taste is better.

In this embodiment, the first smoke supply comprises a liquid organoleptic substance smoke generator 210 and an air duct 240.

Referring to fig. 1 and 8, in the present embodiment, the air holes include

air holes

201, 202 and 204, the connecting channel communicating the air holes 201 and 204 includes a cavity of a piston assembly C2122, a cavity of a liquid guide tube C213, a cavity of a baking container C211, a cavity of an air guide tube 240, a cavity of a diversion trench 230, a cavity of the baking container 211, a cavity of the liquid guide tube 213 and a cavity of the piston assembly 2122, and the connecting channel communicating the air holes 202 and 204 includes a cavity of a piston assembly C2122, a cavity of a liquid guide tube C213, a cavity of a baking container C211, a cavity of an air guide tube 240, a cavity of a diversion trench 230, a cavity of a baking container 221 and a cavity of a rubber holder 222.

a filter is arranged on the air duct 240 to filter harmful substances in the smoke, so that harm to human bodies is reduced;

the air holes 204 can also be used for air outlet, so that smoke with different tastes or mouthfeel can flow out of the air holes 204, and the air holes 204 and the cavities of other parts form a new 'E' -shaped bidirectional air flow channel.

The foregoing is a more detailed description of the invention in connection with specific/preferred embodiments and is not intended to limit the practice of the invention to those descriptions. It will be apparent to those skilled in the art that several alternatives or modifications may be made to the described embodiments without departing from the spirit of the invention, for example, two solid sensory substance aerosol generators and one liquid sensory substance aerosol generator, the two-way airflow channel may also be semi-circular, Z-shaped, Y-shaped, X-shaped, and these alternatives or modifications are all considered to be within the scope of the invention.

Claims

1. An electronic smoking set for providing multiple flavors is characterized by comprising a bidirectional airflow channel and a smoking set body; the bidirectional airflow channel is provided with at least two air holes on the same surface or different surfaces of the smoking set body, and the air holes can be used for air inlet and air outlet; the smoking set body is provided with at least one liquid sensory substance smoke generator and at least one solid sensory substance smoke generator, and smoke generated by the smoke generators can flow in the bidirectional airflow channel; smoke generated by the smoke generator can flow out of any one of the air holes;

the liquid sensory substance smoke generator and the solid sensory substance smoke generator can work independently and simultaneously;

wherein one of said air holes is closer to said liquid organoleptic substance smoke generator than the other of said air holes is to said liquid organoleptic substance smoke generator; the other of said air holes is closer to said solid sensory substance aerosol generator than one of said air holes is to said solid sensory substance aerosol generator.

2. The electronic smoking article of claim 1, wherein the smoke generator comprises at least two baking containers mounted inside the smoking article body for holding and baking sensory substances; the bidirectional airflow channel comprises a cavity of the baking container.

3. The electronic smoking article of claim 2, wherein the baking container is provided with a heat generating component that is not in contact with the sensory material disposed therein.

4. The electronic smoking article of claim 2, wherein the liquid sensory substance aerosol generator further comprises a liquid supply, the liquid supply being removably mounted to the smoking article body; the liquid feeder is used for hermetically storing the liquid sensory substance, and quantitatively delivering the liquid sensory substance to a baking container of the liquid sensory substance smoke generator in an opening and closing mode.

5. The electronic smoking set for providing multiple flavors according to claim 4, wherein the liquid supplier comprises a liquid storage container and a piston assembly, the liquid storage container is provided with a through hole, the lower part of the piston assembly is tightly connected with the lower part of the liquid storage container, the upper part of the piston assembly is elastically connected with the upper part of the liquid storage container, and the piston assembly can reciprocate along the inner wall of the liquid storage container.

6. The electronic smoking article of claim 4, wherein the liquid sensory substance smoke generator further comprises a liquid guiding tube, and both ends of the liquid guiding tube are tightly connected with the lower part of the liquid supplying device and the upper part of the baking container of the liquid sensory substance smoke generator respectively.

7. The electronic smoking article of claim 5, wherein the piston assembly has a pressing block at an upper portion thereof, and the pressing block is elastically connected to an upper portion of the liquid storage container.

8. The electronic smoking article of claim 1, wherein the bi-directional air flow path further comprises a diversion trench removably mounted to the smoking article body for communicating the smoke generator and for temporarily storing smoke.

9. The electronic smoking article of claim 1, wherein the solid sensory substance smoke generator has a removable upper cover attached to one end, and the cavity of the upper cover is in communication with the cavity of the solid sensory substance smoke generator.

10. The electronic smoking article of claim 1, wherein there are at least two of said air holes such that the direction of flow of smoke therethrough has a vertically upward component.

11. The electronic smoking article of claim 1, wherein the bi-directional airflow channel comprises a cavity of the aerosol generator.

12. The electronic smoking article of any one of claims 1 to 11, wherein the shape of the bi-directional airflow channel comprises a U-shape, a semi-circular shape, a Z-shape, a Y-shape, an X-shape, an F-shape, an E-shape.

13. An electronic smoking article for providing multiple flavors, comprising at least two air vents for allowing both air to enter and air to exit, a connecting channel communicating with the air vents, at least one first smoke supplier for supplying smoke generated by a liquid organoleptic substance to the connecting channel, at least one second smoke supplier for supplying smoke generated by a solid organoleptic substance to the connecting channel; smoke provided by the smoke feeder can flow out of any one of the air holes;

said first smoke feeder and said second smoke feeder being capable of operating independently and simultaneously;

wherein one of said air holes is closer to said first smoke provider than the other of said air holes is to said first smoke provider; the other of said air holes being closer to said second smoke provider than one of said air holes.

14. The electronic smoking article of claim 13, wherein the smoke supply comprises at least two non-contact heaters; the non-contact heater isolates the sensory substances from the heating source, so that the heating source heats the sensory substances in a non-contact manner; the non-contact heater heats smoke generated by the sensory substances to flow in the connecting channel.

15. The electronic smoking article of claim 14, wherein the first smoke feeder comprises an infusion device in communication with the connecting channel; the infusion device isolates the liquid sensory substance from the heat-generating source and delivers the liquid sensory substance to the non-contact heater of the first smoke provider in an open, closed manner.

16. The electronic smoking article of claim 15, wherein the infusion device includes a first relatively moving part and a second relatively moving part, wherein when the first relatively moving part and/or the second relatively moving part is not in the initial position, the liquid sensory substance can flow out of the infusion device.

17. The electronic smoking article of any one of claims 13 to 16, wherein the connecting channel comprises a detachable section in which smoke flows.