KR20120132004A - Charging type electronic suction device in a body - Google Patents

Abstract

The present invention consists of a simple dual structure in which the nebulizer and the cartridge are integrally provided in the first body and the second body with the battery therein installed therein detachably connected to the nebulizer and the cartridge, thereby making it possible to manufacture small and light weight. 1 The body can be replaced and used continuously when the solution filled inside is exhausted, and hygienic management is possible. At the same time, the second body can be recharged when the battery is discharged and can be used economically. It is not possible to separate the cartridge for the purpose, so that contaminants can enter the inside of the cartridge or the liquid material that is not proved to be harmless can not be filled. As the passage is formed in the shape of a straight line, it is easy to inhale, so the power consumption of the battery is low. Sprayers - Cartridge relates to integrated rechargeable electronic suction device.
According to an embodiment of the present invention, the nebulizer-cartridge-integrated rechargeable electron intake device is formed in a hollow cylindrical shape and has a first suction port formed at one end thereof, and a nicotine solution is provided on an inner circumference of the first body. The cartridge member is filled and the cartridge member is formed through the vaporization passage in the center to enable the formation of airflow upon inhalation, and the nicotine solution contained in the airflow passing through the vaporization passage according to the heat generation is provided so as to generate heat on the vaporization passage side A heat generating means for converting the gas, a second body detachably coupled to the first body and formed in a hollow cylindrical shape, and provided inside the second body and electrically connected to the heat generating means by coupling with the first body. It is connected and characterized in that it comprises an electronic control means for controlling whether or not the heating means of the heating means in accordance with whether suction It shall be.

Description

Atomizer-Cartridge Integrated Rechargeable Electronic Suction Device {CHARGING TYPE ELECTRONIC SUCTION DEVICE IN A BODY}

The present invention relates to a nebulizer-cartridge-integrated rechargeable electronic suction device, and more particularly, a nebulizer and a cartridge are integrally provided in the first body, and a simple body in which a second body incorporating a battery for supplying power thereto is detachably connected. Its dual structure makes it possible to manufacture small size and light weight, and the first body can be replaced continuously when the solution filled inside is exhausted, which enables hygienic management and the second body when the battery is discharged. It can be recharged and used economically, and it is not possible to separate the cartridge for filling the solution, so it is not possible to fill the inside of the cartridge with any contaminants or liquid material that has not proven harmless. Rather, the vaporization passage in which air flow is formed when inhaled is formed in a straight line shape. The present invention relates to a nebulizer-cartridge-integrated rechargeable electronic suction device which consumes less battery power as it is easier to inhale.

E-cigarettes are atomizing devices that contain vaporized liquid containing nicotine concentrates or tobacco-only liquids, and are usually composed of batteries, atomizers, and cartridges. When the user starts to inhale on the suction cup, the electronic chip automatically sends the charged electricity to the nebulizer to generate a little heat, making the nicotine liquid or tobacco flavor liquid in the cartridge into water vapor and acting like smoking a real cigarette. At the same time, e-cigarettes can only inhale pure nicotine, unlike conventional cigarettes with thousands of harmful substances such as tar and carbon monoxide. Therefore, e-cigarettes are considered to be less harmful to health than conventional cigarettes. There is a trend.

However, in the case of the electronic cigarette according to the prior art, the user can arbitrarily separate the cartridge and the sprayer for filling the cartridge, so that contaminants are introduced into the cartridge in the state where the cartridge and the sprayer are separated or harmful. There was a risk that fatal health and health problems could occur if unfilled liquids were filled for inhalation.

In addition, the spray passage for atomizing the nicotine concentrate or the tobacco-only liquid provided inside the cartridge is not formed in a straight line is formed to be bent, the user has to suck with a large force there was a problem that the consumption of the battery is increased.

In addition, the battery, the atomizer, the cartridge is composed of a plurality of parts not only frequent troubles, but also had a high cost of the product.

Therefore, an object of the present invention is that the atomizer and the cartridge are integrally provided in the first body, and the second body with a battery built therein for power supply is detachably connected to a simple dual structure that enables compact and lightweight production. It is to provide a nebulizer-cartridge integrated rechargeable electronic suction device.

Another object of the present invention is that the first body can be continuously replaced when the solution filled therein is exhausted to enable hygienic management and at the same time the second body can be recharged when the battery is discharged and used economically. It is to provide a possible atomizer-cartridge integrated rechargeable electron intake device.

Still another object of the present invention is to provide a nebulizer-cartridge-integrated rechargeable electronics that can not be separated for filling the solution, and thus can not be filled with contaminants or liquids that are not harmless. It is to provide a suction mechanism.

Still another object of the present invention is to provide an atomizer-cartridge-type rechargeable electronic suction device, in which an air flow path is formed during inhalation and is formed in a straight shape without clogging, so that the suction is easy.

The above-described objects of the present invention are formed in a hollow cylindrical shape and have a first body having an inlet formed at one end thereof, and are provided on the inner circumference of the first body and filled with nicotine solution in the center to enable airflow formation upon inhalation. A cartridge member through which an evaporation passage is formed, and a heat generation means provided on the evaporation passage side to generate heat to atomize the nicotine solution contained in the airflow passing through the evaporation passage according to whether the evaporation passage is generated, and the first body and the first body are detachable. A second body capable of being coupled and formed into a hollow cylindrical shape, and provided inside the second body and electrically connected to the heat generating means by coupling with the first body, and generating heat of the heat generating means according to suction The atomizer-cartridge-integrated rechargeable electronic suction device, characterized in that it comprises an electronic control means for controlling whether or not By providing.

According to a preferred feature of the present invention, an air inlet is formed at one side of the above-described first body, and the air introduced into the air inlet side is quickly passed through the vaporization passage formed in a straight line and discharged to the inlet side.

According to a more preferred feature of the invention the cartridge member described above is placed in close contact with the inner periphery of the first body and filled with a large amount of nicotine solution is directly filled, the close contact on the outer periphery of the large fiber and the large fiber It is assumed that the filled nicotine solution comprises small fibers sequentially supplied by capillary action.

According to a more preferred feature of the present invention, the above-mentioned large fiber is formed of glass fiber reinforced sponge, and the small fiber is formed of polypropylene.

According to a more preferred feature of the invention the above-mentioned heat generating means is a heat generating yarn that is self-heating when the power is applied from the electronic control means, and is interposed between the cartridge member and the heat generating yarn through the diffusion of nicotine solution from the cartridge member It is supposed to include a diffusion member for supplying a heating element to the vaporization passage side is located and to prevent the small fiber from directly contacting the heating yarn.

According to a further preferred feature of the present invention, the above-described heat generating yarn is electrically connected to the copper conductive line and is formed of one selected from nickel-chromium alloy, iron-chromium alloy, and nickel-copper alloy, and is straight in the hollow axis direction of the vaporization passage. It is assumed that it is formed of one selected from the structure or 4 to 6 helical structure.

According to a further preferred feature of the present invention, the above-mentioned diffusion member is formed of one selected from polyethylene terephthalate and saturated polyester.

According to a further preferred feature of the invention the above-described electronic control means is a battery that is connected to the heating means by the power supply means by the combination of the first body and the second body and can be repeatedly used through charging, the battery and the electrical Is connected to the pressure sensor for detecting the suction force is to be made to include a main board for controlling the power supply from the battery to the heating means side during suction.

According to a further preferred feature of the present invention, one side of the above-described vaporization passage is provided with a tubular support member which prevents the vaporization passage from being partially closed by the cartridge member.

According to a more preferred feature of the invention the above-mentioned suction port side is provided with a closing member formed with a through hole forming a straight line with the vaporization passage, the closing member is to be fixed to the first body side to prevent arbitrary decomposition .

According to a further preferred feature of the present invention, an isolation gap is formed between the cartridge member and the finishing member to prevent the nicotine solution from leaking from the cartridge member to the suction port by capillary action.

According to a more preferable feature of the present invention is that the other side of the above-described vaporization passage is provided with a tubular long rod member to prevent leakage of the nicotine solution to the second body side and at the same time to prevent the vaporization passage is partially closed. do.

According to the nebulizer-cartridge-integrated rechargeable electronic suction device according to the preferred embodiment of the present invention as described above, firstly, a second body in which the nebulizer and the cartridge are integrally provided in the first body and the battery is provided to supply power thereto. It is composed of a simple dual structure that is detachably connected, there is an advantage that can be made compact and lightweight.

Second, the first body can be replaced and used continuously when the solution filled inside is exhausted, and hygienic management is possible, while the second body can be recharged and used again when the battery is discharged. There is.

Third, the cartridge can not be separated for the filling of the solution, there is an advantage that can safely fill the contaminants into the cartridge or the liquid material that is not proven harmless can be managed safely.

Fourth, the vaporization passage in which the air flow is formed when the suction is formed in the form of a non-blocking date has the advantage of low power consumption of the battery as the suction is easy.

1 is a perspective view of a nebulizer-cartridge-integrated rechargeable electronic suction device according to an embodiment of the present invention.
Figure 2 is an exploded perspective view of a nebulizer-cartridge integrated charging electron inhalation device according to an embodiment of the present invention.
Figure 3 is a cross-sectional view of the nebulizer-cartridge-integrated rechargeable electron intake device according to one embodiment of the present invention.

1 is a perspective view of a nebulizer-cartridge integrated charging electron intake device according to an embodiment of the present invention, Figure 2 is an exploded perspective view of the atomizer-cartridge integrated charging electron intake device according to an embodiment of the present invention 3 is a cross-sectional view of the nebulizer-cartridge-integrated rechargeable electron inhalation device according to an embodiment of the present invention.

According to one preferred embodiment of the present invention, the nebulizer-cartridge-integrated rechargeable electronic suction device 1 is formed in a hollow cylindrical shape and has a first inlet 11 formed at one end thereof, and the first body ( 10) is provided on the inner periphery of the cartridge member 20 is filled with nicotine solution and the vaporization passage (15) is formed in the center so that the air flow can be formed during inhalation, and the heat generation on the vaporization passage (15) side And a heating means 30 for atomizing the nicotine solution contained in the airflow passing through the vaporization passage 15 according to the heat generation, and detachably coupled to the first body 10 and formed in a hollow cylindrical shape. The second body 40 is provided inside the second body 40 and is electrically connected to the heat generating means 30 by the combination of the first body 10 and the suction means of the heat generating means. Electronic controller to control whether heat is generated It comprises a stage (50).

Here, the first body 10 is formed to have a hollow cylindrical shape in which the cartridge member 20, the heating means 30, and the constituent members constituting the same, which will be described later, are formed and the inlet 11 is formed at one end thereof. Is formed.

The first body 10 is formed of one selected from ABS (acrylonitrile butadiene styrene) resin or PP (Polypropylene) resin, which will be described later on the lower inner circumference of the first body 10 having the inlet 11 formed at one end thereof. The first threaded portion 14 for screwing the second body 40 in a screwed manner is formed in the form of a female screw.

An air inlet 14a is formed at one side of the aforementioned first screwing portion 14, which is connected to the vaporization passage 15 which will be described later, and is externally sucked through the inlet 11. It serves to supply air into the vaporization passage (15), the second body 40 is slightly spaced apart from the first body 10 so that the second body 40 can be opened without being closed when combined with the second body (40) Are combined.

In addition, the first screw coupling part 14 is electrically connected to the heat-generating yarn 31 of the heat generating means 30 to be described later by a pair of copper conductive wires (not shown). This first threaded portion 14 is connected to the second screwed portion 41 of the second body 40, which will be described later, by means of contact upon screwing, so as to be electrically connected to each other. It is possible to receive a power supply from the battery 51 of the electronic control means 50 to be described. To this end, the above-mentioned first screw coupling portion 14 and the second screw coupling portion 41 are both made of a conductive material.

In addition, the air introduced into the air inlet 14a is discharged to the inlet 11 through the vaporization passage 15 formed in a straight shape, and the vaporization passage 15 is the air inlet 14a and the inlet 11. ) By connecting the straight in the form of a straight line to minimize the resistance during inhalation is easy to inhale the effect of minimizing the consumption of the battery (51).

In addition, the inlet 11 is closed by the closing member 12. The closing member 12 is formed with a through hole 13 forming a straight line with the vaporization passage 15 so that the suction force can be transmitted when the suction member 12, In order to prevent any disassembly of the user, it is assumed that the first body 10 is fixedly installed by welding.

An isolation gap 70 is formed between the cartridge member 20 and the finishing member 12. The isolation gap 70 is spaced apart from the cartridge member 20 and the finishing member 12 by a predetermined interval. The nicotine solution charged to the side prevents leakage by capillary action.

On the other hand, a cartridge member 20 is provided on the inner circumference of the first body 10 in which the above-mentioned isolation gap 70 is formed, and the cartridge member 20 has an evaporation passage capable of forming air flow at the central side thereof. It is formed in a cylindrical shape so that 15) can be maintained and serves to fill the nicotine solution by itself.

Such a cartridge member 20 is in close contact with the inner periphery of the first body 10 and is placed in close contact with the large fiber 21 directly filled with nicotine solution, and the outer periphery of the large fiber 21. The nicotine solution filled in the fiber 21 is comprised of the small fibers 22 which are sequentially supplied by capillary action.

That is, the large fiber 21 is arranged in close contact with the cylindrical shape of the hollow inside the inner periphery of the first body 10, the small fiber 22 is arranged in the same shape inside the large fiber 21, small fiber The heat generating means 30 is disposed inside the 22 and forms the vaporization passage 15 through which the introduced air passes.

At this time, the above-mentioned large fiber 21 is formed of glass fiber reinforced sponge, that is, a sponge to fill the nicotine solution through its absorbing power, and the small fiber 22 is formed of polypropylene to the large fiber 21. It serves to transport the filled nicotine solution.

In addition, as described above, the large fibers 21 are made of glass fiber reinforced sponge, and the small fibers 22 are formed of polypropylene, respectively, but both the large fibers 21 and small fibers 22 are made of glass fiber reinforced sponge or polypropylene. It may be formed.

In addition, the vaporization passage 15 formed at the center side of the small fiber 22 described above may be closed due to a characteristic of the small fiber 22 material, so that the upper portion of the vaporization passage 15 may be closed. Between the gap 70 and the heating means 30 which will be described later, a tubular support member 60 is provided so that the shape of the vaporization passage 15 can be maintained, and the support member 60 withstands high temperature. It is preferably formed of a glass fiber tube or a heat-resistant plastic tube.

If the above-described support member 60 serves to maintain the shape on the upper side of the vaporization passage (15), the long side bar member (90) is provided on the lower side of the vaporization passage (15). 90) prevents the nicotine solution from leaking to the second body 40, which will be described later, and at the same time prevents a part of the vaporization passage 15 from closing, thereby vaporizing the air introduced into the air inlet 14a. Is to serve to enter the passage (15) side.

On the other hand, the heating means 30 is provided in the center side of the above-described cartridge member 20, that is, the inside of the small fiber 22, the center is formed through the center so that the vaporization passage (15) can be maintained to generate heat. The means 30 serve to vaporize the nicotine solution transferred through the small fibrous 22 as heat.

The heat generating means 30 is interposed between the heat generating yarn 31 and the cartridge member 20 and the heat generating yarn 31 which self-heats when the power is applied from the electronic control means 50 to cartridge the nicotine solution through diffusion. It comprises a diffusion member 32 for supplying from the member 20 to the vaporization passage (15) side in which the heat generating yarn 31 is located.

At this time, the above-described heat generating yarn 31 is self-heated by the power applied from the electronic control means 50, which will be described later, and is formed of one selected from nickel-chromium alloy, iron-chromium alloy, and nickel-copper alloy.

And the above-described heating yarn 31 is formed to have a linear structure in the direction of the hollow axis of the vaporization passage 15 or to have a 4 to 6 helical (helical) structure, when formed in a helical structure, the spacing is It shall be 0.5-1.0mm, thickness shall be 0.1-0.08mm, and electrical resistance shall be 3.30-3.65Ω.

In addition, the aforementioned diffusion member 32 serves to supply the nicotine solution transferred to the small fiber 22 to the exothermic yarn 31 by the method of diffusion by the diffusion ability of the small fiber 22 described above being inferior in characteristics of the material. At the same time it serves to protect the heat generating yarn 31 is not directly in contact with the small fiber (22).

That is, the nicotine solution transferred from the large fiber 21 to the small fiber 22 is diffused to the vaporization passage 15 through the diffusion member 32 described above, and the airflow passing through the vaporization passage 15 when the user inhales. Meeting and finally atomized by the exothermic yarn 31 is moved to the inlet 11 side.

The diffusion member 32 is formed in the shape of a fiber tube, the material of which is one selected from polyethylene terephthalate and saturated polyester.

Meanwhile, the second body 40 is detachably screwed to the first screw coupling portion 14 side of the first body 10 described above, and the second body 40 is coupled to the first body 10. The external shape of the electronic cigarette is completed and the electronic control means 50, which will be described later, serves to be accommodated, and is formed in a hollow cylindrical shape so that the electronic control means 50 can be provided therein. .

On the upper end side of the second body 40 as described above, the second screw coupling portion 41 for screwing with the first screw coupling portion 14 of the first body 10 is protruded in the form of a male screw. The central side is formed so as to communicate with the inner side of the second body 40 is in communication with the vaporization passage 15 when combined with the first body 10 through which the pressure sensor 53 to be described later is suctioned The pressure can be detected.

In addition, the air inlet 41a is introduced on the second screw coupling part 41 so that the air introduced into the air inlet 14a is introduced into the vaporization passage 15 through the long rod member 90. ) Is formed through, and the position corresponds to the air inlet 14a formed on the first body 10 side.

In addition, the electronic control means 50 accommodated inside the second body 40 is electrically connected to the heat generating means 30 described above, and controls whether the heat generating means is heated according to whether the user inhales. By the combination of the first body 10 and the second body 40 is connected to the heat generating means 30, the battery 51 and the battery 51, which can be repeatedly used through charging and charging, The pressure sensor 53 for detecting the suction force is provided to include a main board 52 for controlling the application of power from the battery 51 to the heat generating means 30 at the time of suction.

The above-described battery 51 is a rechargeable battery according to the prior art, the circuit configuration required for charging is provided on the motherboard 52 side, the above-mentioned second screw coupling portion 41 is a copper conductive wire (not shown) It is connected to the battery 51 by the combination of the USB terminal connected to the external power source on the side of the second screw coupling portion 41 can be used to charge.

In addition, the above-described main board 52 serves to detect whether the user is inhaled and to generate heat by applying power to the heat generating means 30, and a pressure sensor 53 for detecting whether the suction is provided is such a pressure sensor. As 53, one of a semiconductor IC chip, a capacitive sensor, or an inductance sensor is used.

In addition, the above-described main board 52 is provided with a controller switch (not shown), which receives the pressure change signal from the pressure sensor 53 and transfers it to the main board 52 to generate heat means 30. The main board 52 is not located on the upper side of the second body 40 but generates heat as it is located on the lower side of the battery 51. It is spaced apart from the heat generating yarn 31 to enable a more stable circuit driving.

In addition, the lamp 80 is provided on the front end side of the above-described second body 20 so as to be flashing, and the lamp 80 serves to express a feeling of a cigarette light of an actual cigarette when inhaling the battery 51. Is electrically connected to the above) and is connected to the above-described pressure sensor 53, so that the flashing is controlled by the pressure sensor 53 which senses suction.

Hereinafter, a description will be given of the overall use method of the nebulizer-cartridge-integrated rechargeable electronic suction device 1 according to the preferred embodiment of the present invention.

When the user starts to suck the mouth with the suction port 11 side, the pressure sensor 53 of the electronic control means 50 detects the pressure according to the suction force through the long bar member 90 formed through the battery 51 By the power is applied to the heat-generating yarn 31 side of the heat generating means (30) from the heat generation starts and at the same time lamp 80 is turned on.

At the same time, outside air flows in through the air inlet 14a. At this time, the outside air flows quickly through the vaporization passage 15 formed as a date without any resistance, and the airflow formed in the vaporization passage 15 is After being transferred from the large fiber 21 to the small fiber 22, the nicotine solution supplied to the vaporization passage 15 by the diffusion member 32 is adsorbed and moved. The vaporized and finely atomized while meeting the exothermic yarn 31 positioned on the passage 15 side, the atomized nicotine solution is introduced into the user's body through the through hole 13 on the suction port 11 side.

When the nicotine solution filled in the cartridge member 20 is exhausted, the user separates and disposes the first body 10 from the second body 40 and another first body buffered in the nicotine solution ( 10) to the second body 40 can be used continuously. In addition, by coupling the USB terminal connected to the external power source to the second screw coupling portion 41 side of the second body 40, the battery 51 can be charged and used semi-permanently.

Since the present invention can be variously modified by those skilled in the art without departing from the scope of the claims claimed in the claims, the technical protection scope of the present invention is limited to the specific preferred embodiments described above. It is not limited.

DESCRIPTION OF SYMBOLS 1: Sprayer-cartridge integrated charging electronic suction device 10: 1st body
11 suction port 12 finishing member
13 through hole 14 first screw coupling portion
14a, 41a: air inlet 15: vaporization passage
20: cartridge member 21: large fiber
22: small fiber 30: heating means
31: heat generating yarn 32: diffusion member
40: second body 41: second screw coupling portion
50: electronic control means 51: battery
52: motherboard 53: pressure sensor
60: support member 70: isolation gap
80 lamp 90 long rod member

Claims (12)

A first body formed in a hollow cylindrical shape and having an inlet at one end thereof;
A cartridge member provided on an inner circumference of the first body, filled with a nicotine solution, and having a vaporization passage therethrough in the center thereof to allow airflow to be formed upon inhalation;
Heating means provided on the vaporization passage side to generate heat to atomize the nicotine solution included in the airflow passing through the vaporization passage depending on whether the heat is generated;
A second body detachably coupled to the first body and formed in a hollow cylindrical shape; And
And an electronic control means provided in the second body and electrically connected to the heat generating means by coupling with the first body, and controlling whether the heat generating means is heated according to suction. Atomizer-cartridge integrated recharger.
The method according to claim 1,
An air inlet is formed at one side of the first body, and the air flowing into the air inlet side passes through the vaporization passage formed in a straight line and is discharged to the inlet side. Instrument.
The method according to claim 1,
The cartridge member is in close contact with the inner periphery of the first body and the large fibre, which is directly filled with the nicotine solution, and close contact with the outer periphery of the large fibre, and the nicotine solution filled in the large fibre is capillary phenomenon The atomizer-cartridge-type rechargeable electronic suction device, comprising a small fiber supplied sequentially.
The method according to claim 3,
The large fiber is formed of a glass fiber reinforced sponge, and the small fiber is formed of polypropylene atomizer-cartridge-integrated rechargeable electronic suction device.
The method according to claim 1,
The heat generating means is a heat generating yarn that self-heats when the power is applied from the electronic control means, and is supplied between the cartridge member and the heat generating yarn through the diffusion to supply the nicotine solution from the cartridge member to the vaporization passage side where the heat generating yarn is located Spray-cartridge-integrated rechargeable electronic suction device, characterized in that it comprises a diffusion member for preventing small fibers from directly contacting the heat generating yarn.
The method according to claim 5,
The heat generating yarn is electrically connected to the copper conductive line, and is formed of one selected from nickel-chromium alloy, iron-chromium alloy, and nickel-copper alloy, and has a linear structure or 4 to 6 helical in the hollow axis direction of the vaporization passage. Spray-cartridge-integrated rechargeable electronic suction device, characterized in that formed in the selected one of the structure.
The method according to claim 5,
And the diffusion member is formed of one selected from polyethylene terephthalate and saturated polyester.
The method according to claim 1,
The electronic control means includes a battery that is connected to the heat generating means by a combination of the first body and the second body so as to be powered and repeatedly used through charging, and a pressure sensor electrically connected to the battery and sensing suction force. And a main board configured to control the application of power from the battery to the heat generating means side when inhaled.
The method according to claim 1,
One side of the vaporization passage is a spray-cartridge-integrated rechargeable electronic suction device, characterized in that the tubular support member is provided to prevent the vaporization passage is partially closed by the cartridge member.
The method according to claim 1,
The inlet side is provided with a closing member formed with a through-hole forming a straight line with the vaporization passage, the closing member is a spray-cartridge integrated charging type electronic suction device, characterized in that fixed to the first body side to prevent arbitrary decomposition .
The method of claim 10,
And an isolation gap is formed between the cartridge member and the finishing member to prevent the nicotine solution from leaking from the cartridge member to the suction port by capillary action.
The method according to claim 1,
The other side of the vaporization passage is provided with a nebulizer-cartridge-integrated charging electron suction, characterized in that the tubular long rod member for preventing leakage of the nicotine solution to the second body side and at the same time to prevent the vaporization passage is partially closed. Instrument.

Images