WO2015076515A1

WO2015076515A1 - Multi-purpose and multi-functional health care steam inhaler having assembly type multi-cartomizer coupled in shared manner to smart phone

Info

Publication number: WO2015076515A1
Application number: PCT/KR2014/010649
Authority: WO
Inventors: 박선순
Original assignee: 박선순
Priority date: 2013-11-22
Filing date: 2014-11-07
Publication date: 2015-05-28
Also published as: KR101445113B1

Abstract

A steam inhaler of the present invention comprises: an inhaling part; a cartomizer; a main body including a switch; and a battery, wherein the cartomizer includes one or more coupling means such that one or more cartomizers are to be assembled and installed between the inhaling part and the main body, and in cases where the multiple cartomizers are coupled, the cartomizers are configured to be coupled to each other through the coupling means.

Description

Healthcare versatile multifunction steam inhaler with prefabricated multi-cartomizer with smartphone

The present invention relates to a healthcare multi-purpose multi-function steam inhaler having a co-assembled multi-cartomizer covalently combined. More specifically, for the convergence of smartphones and steam inhalers, the individual power control units installed in each cartomizer assembled with the switch unit operable in all modes of manual continuous automatic, mounted in the steam inhaler, and the precision of the entire instrument. And related application guidance and management of the provision of the updated smartphone in real time according to the inspection of the health care device in which the individual cartomizer's individual sensing and control device performs the health check in various manners embedded in the smartphone and the smartphone linkage device. By operating in accordance with the program, the present invention relates to a health care versatile multi-function steam inhaler with a self-assembled multi-cartomizer covalently coupled to a smartphone to allow the user to enjoy optimal steam inhalation while maintaining optimal health.

Vapor inhalers generally include a battery; It consists of a cartomizer, wherein the cartomizer is composed of an atomizing device having a wick including a liquid storage unit for storing the electronic cigarette liquid phase and a heating unit for atomizing the supplied liquid phase, a typical device of such a vapor inhaler is an electronic cigarette.

In general, the cartomizer of the existing device structure is a composite composition composed of various fragrances and nicotine or flavor combinations in one liquid storage unit mixed with one of the solvent griesin and propylene glycol to absorb into the atomizer device heating element At this time, the heating element heating element such as nichrome wire is supplied with a power specified by a single amount of power, at a temperature that is not controlled, the liquid phase of the composite composition is unilaterally heated to boil and forced boiling.

In the case of an electronic cigarette with nicotine as the core of the liquid composition, the number of times of use of the electronic cigarette is displayed on the digital display window, thereby preventing the user from inadvertently inadvertently inhaling a large amount of nicotine, or by using or using such a user. Software (patent registration Nos. 10-1098112 and 10-1267537) designed to help users quit smoking by programing habits and target amounts and inputting the data into a PC to manage user's smoking habits Electronic cigarette device (Utility Model Registration No. 20-0466757) has been developed. However, in the case of the management method for the use of liquid in the existing electronic cigarette, the usage management, the user only checks the liquid storage container (most of the liquid storage of almost all electronic cigarettes are made of transparent containers can be used to check) The amount of inhalation can also be known, which is not practical.

In addition, as in the existing Patent Registration No. 10-1250019 for the purpose of extending the use of the electronic cigarette device, the method of installing a game machine on the electronic cigarette device may be one way of extending the device use, but in the structure of the device Due to the limitations of the display device, the present invention is not practical, and its use is a fragmentary and additional use expansion that cannot simultaneously enhance the function of the electronic cigarette or the vapor inhaler itself.

Accordingly, there is a need for an invention on a vapor inhaler for one healthcare device through smartphone and vapor inhaler fusion.

The present invention is to solve the problems of the prior art, an object of the present invention is to provide a vapor inhaler for one health care device through a smartphone and a vapor inhaler fusion.

Technical means for achieving the above object of the present invention, in the first aspect of the invention, the suction unit; Cartomizer; A body including a switch; And a battery comprising a battery, wherein the cartomizer includes one or more coupling means to be assembled between the suction part and the main body by at least one, and the coupling means is provided when the cartomizer is coupled to the plurality. A steam inhaler is provided, which is configured to be coupled to each other through.

In addition, in the second aspect of the present invention, in the combination of the smartphone and the steam inhaler,

The steam inhaler has a built-in smartphone linkage device linked to the smartphone that the user carries in the assembled battery, and stores the usage information detected by the steam inhaler detection device and simultaneously relays it to the user's portable smartphone. The real-time management control of the use of the steam inhaler provides feedback from the smartphone, and the smartphone can be provided with the smartphone interface function built in the smartphone integrator of the steam inhaler, which is built in the steam inhaler battery section, A smart phone fusion vapor inhaler is provided, which has a smart phone linkage device that allows the user's mobile smartphone and the vapor inhaler to emit a mutual alarm when spaced apart from each other at a predetermined interval.

According to the present invention, by electrically coupling the steam inhaler and the smartphone, there is an effect that the steam inhaler can use a variety of functions using the smartphone.

1 is a cross-sectional view showing the configuration of a steam inhaler according to an embodiment of the present invention.

FIG. 2 shows an enlarged view of the first cartomizer shown in FIG. 1.

FIG. 3 is a schematic configuration diagram of an embodiment of a flexible non-flammable metal net constituting the first wick and the first heat generating unit shown in FIG. 1.

FIG. 4 is a schematic configuration diagram of an embodiment of the first voltage regulator shown in FIG. 1.

5 is an enlarged view of the main body shown in FIG. 1.

FIG. 6 is a schematic diagram of an embodiment of the second voltage regulating device shown in FIG. 1.

FIG. 7 is a state diagram operated in the third mode according to the switch operation shown in FIG. 1.

8 is a block diagram showing the configuration of the smartphone-linked device shown in FIG.

9 is a cross-sectional view showing the configuration of a second cartomizer of the steam inhaler according to another embodiment of the present invention.

FIG. 10 is a schematic plan view of the smartphone linkage device of FIG. 1.

11A and 11B are schematic diagrams illustrating another embodiment of the smartphone linkage device.

12 and 13 are schematic configuration diagrams according to yet another embodiment of the smartphone linkage device.

Referring to Figure 1, the steam inhaler according to an embodiment of the present invention includes a suction unit 100 for sucking the atomized steam;

Cartomizers

210 and 700 for generating atomized steam; Body unit 300 including a switch 400 for controlling the operation of the cartomizer (210, 700); And it may include a battery 500 for supplying power to the cartomizer (210, 700).

According to one embodiment of the present invention, the vapor inhaler has a cartomizer (210, 700) is configured independently of the suction unit 100 and the main body 300, one between the suction unit 100 and the main body 300 The above number can be selectively used in combination. To this end, the cartomizer (210, 700) may be provided with one or more coupling means, a plurality of coupling of the cartomizer (210, 700), and suction the cartomizer (210, 700) through the one or more coupling means It may be coupled to the unit 100 and the main body 300. The structure of the coupling means will be described through the detailed description of the following

cartomizers

210 and 700.

The cartomizer of the present invention is a cartomizer of type A (first form: hereinafter referred to as first cartomizer) 200 and type B (second form: hereinafter referred to as second cartomizer) 700 It may include. The cartomizer of each of the first and second forms is described in detail below.

*제1 카토마이저에 대한 설명* Description of the first cartomizer

FIG. 2 shows an enlarged view of the first cartomizer shown in FIG. 1.

Referring to FIG. 2, the first cartomizer 200 may include a first atomizing housing 210; First liquid container 220; First atomizer core member 230; First wick 241; First heat generating unit 242; And it may include a first liquid stopper 250.

The first atomizer housing 210 may include a first liquid container 220, a first atomizer core material 230, a first wick 241, a first heat generating part 242, and a first liquid container 250. It is a housing that accommodates. As an example, the first atomizer housing 210 may have a cylindrical shape.

The first liquid container 220 is a portion for storing the liquid phase. The first liquid container 220 may be accommodated in a portion of the inner side of the first atomizer housing 210. For example, the first liquid container 220 may have a cylindrical shape with an open top surface, and the liquid phase is stored in the cylinder. The coupling means may be formed at an upper end of the first liquid container 220. Coupling means may be made of a first screw portion 221 formed inside the open upper end of the cylinder.

The first atomizer core member 230 may be used for power connection of each first cartomizer 200 connected to each other when a plurality of first cartomizers 200 are coupled to each other. The first heating unit 242 may be transferred to the first atomization chamber 242a described later. The first atomization chamber 242a will be described in the description of the first liquid stopper 250. For example, the first atomizer core member 230 may have a cylindrical tube shape extending to a predetermined length.

The first atomizer core member 230 may be positioned in the first liquid container 220 such that a lower end thereof penetrates the bottom surface of the first liquid container 220 and is exposed to the outside of the first liquid container 220. . The lower end of the first atomizer core member 230 exposed to the outside of the first liquid container 220, the additional first cartomizer 200 is coupled below when the plurality of first cartomizer 200 is connected It may be connected to the first atomizer core member 230 configured in the power supply to each other.

In addition, the first atomizer core member 230 may include a first gas inlet which is vertically penetrated to the axial direction of the first atomizer core member 230 in order to deliver external air and atomized vapor to the first atomization chamber 242a. 231 and a first gas outlet 232. The first gas inlet 231 may be formed at a portion exposed to the outside of the first liquid container 220, and external air and atomized steam may be introduced therethrough. The first gas outlet 232 is formed in a portion of the first atomizer core member 230 accommodated in the first liquid container 220, and the air and steam introduced through the first gas inlet 231 are first heated. It may be discharged to the first atomization chamber 242a around the portion 242.

In addition, the first atomizer core member 230 may include a first boiler room 233. The first boiler room 233 may smoothly boil the liquid phase supplied through the first wick 241 by heating the heating unit. The first boiler room 233 may be an independent empty space located in the first atomizer core member 230. The first boiler room 233 may be positioned to correspond to the first heating unit 242, and the wall surface (outer side of the first atomizer core material) corresponding to the first heating unit 242 may have a first heat generation. It may be open toward the portion 242. Accordingly, the liquid phase supplied to the first heat generating unit 242 is vaporized when heated to obtain sufficient heat of vaporization, but the boiling liquid without being vaporized flows into the first boiler room 233 and into the first boiler room 233. The introduced liquid phase is heated to obtain sufficient boiling heat by convection and is circulated in communication with the first heat generating unit 242, whereby the liquid phase may be completely atomized.

The first wick 241 is installed around the first atomizer core member 230 so as to surround the first atomizer core member 230, and a portion of the first wick 241 is inserted into the first liquid cylinder 220. ) Can be located within. Therefore, the first wick 241 may supply the liquid phase stored in the first liquid container 220 to the first heat generating unit 242.

The first heat generating unit 242 may heat the liquid phase supplied from the first wick 241. To this end, the first heat generating unit 242 may be located opposite to the portion inserted into the first liquid container 220 of the first wick 241.

FIG. 3 illustrates a form of a flexible non-flammable metal net constituting the first wick and the first heat generating unit shown in FIG.

The first wick 241 and the first heat generating unit 242 may be formed of the flexible non-combustible metal mesh 240 shown in FIG. 3. In this case, the flexible non-flammable metal mesh 240 is installed by itself, or overlapped with a cloth of natural and synthetic fibers, or a non-flammable cotton cloth, and then wrapped in a roll shape and wrapped around the first atomizer core member 230. Can be.

In a state in which the flexible non-combustible metal mesh 240 rolled up into a roll shape is formed, an air inflow passage 240a is formed in the longitudinal direction of the expanded flexible non-combustible metal mesh 240, and the expanded flexible non-combustible metal mesh 240 of The air discharge passage 240b may be formed in the horizontal direction. The air inflow passage 240a is parallel to the axial direction of the roll shape in a state in which the flexible non-combustible metal mesh 240 is rolled up, and the air discharge passage 240b is rolled up the flexible non-combustible metal mesh 240. It may extend along the circumferential direction of the scroll shape in the shape. In addition, one side of the flexible non-flammable metal mesh 240 may be provided with a first electrode 240c, and the other side may be provided with a second electrode 240d. As a result, power may be supplied to the flexible non-flammable metal mesh 240, and may be used as the first heat generating unit 242.

In the case of using the flexible non-combustible metal mesh 240, since the inflow of air is smoothly provided through the air inflow passage 240a and the air discharge passage 240b, the liquid phase supply to the first heat generating unit 242 can be made quickly. have.

The first liquid container 250 may form a space for sealing the first liquid container 220 and confining the atomized steam generated through the first heat generating unit 242. For example, the first liquid container 250 may be a hollow cylindrical shape. The first liquid container 250 may be installed in the first atomizer housing 210 to be positioned below the first liquid container 220. When the first liquid stopper 250 is coupled to the plurality of first cartomizers 200, the first liquid stopper 250 may seal the first liquid container 220 positioned below the first liquid stopper 250. It may be combined with the first liquid container 220 located below. To this end, the first liquid stopper 250 may be a coupling means. Coupling means may be composed of a second screw portion 251 formed on the lower end of the first liquid stopper 250. When the plurality of first cartomizers 210 are coupled to each other, the second screw part 251 may be coupled to the first screw parts 221 of the first cartomizer 200 located below. Inside the 250 may be a first heat generating portion 242 of the first cartomizer 200 located below the space, a space for trapping the atomization vapor is formed around the first heat generating portion 242 The space may be the first atomization chamber 242a.

FIG. 4 illustrates the first voltage regulator shown in FIG. 1.

On the other hand, the first cartomizer 200 may include a first voltage regulator 260. When the plurality of first cartomizers 200 are assembled, the first voltage regulator 260 may adjust the amount of voltage applied to the first heat generating unit 242 of the other first cartomizer 200 assembled. Referring to FIG. 4, the first voltage regulating device 260 may be configured in a ring shape coupled to the outer surface of the first liquid stopper 250 to surround the outer surface of the first liquid stopper 250. have. A fastening groove 261b may be formed at one side of the ring to freely couple the ring to the outer surface of the first liquid stopper 250. For example, the fastening groove 261b is a groove through which the electrode protrusion 252 to be described later passes when the ring is coupled to the outer surface of the first liquid stopper 250 along the axial direction of the first liquid stopper 250. To this end, the fastening groove 261b may extend to a predetermined length along the axial direction of the ring.

The ring 261 may form grooves 261a arranged along the circumferential direction of the ring 261 at a surface in contact with the outer surface of the first liquid stopper 250.

The variable resistor 322 may be installed to contact the grooves 261a, and a part of the grooves 261a may be a groove for turning on / off.

In addition, one side of the ring may be provided with a parallel connection line (261c) for connecting the power in parallel to supply the individual adjusted power to each first cartomizer when a plurality of first cartomizer 200 is coupled.

Meanwhile, an electrode protrusion 252 coupled to the grooves 261a may be formed at one side of the outer surface of the first liquid stopper 250 to which the first voltage regulating device 260 is coupled.

In the voltage regulation using the first voltage regulating device 260, when the ring is rotated along the circumferential direction of the first liquid stopper 250, the position at which the electrode protrusion 252 is coupled into the grooves 261a is changed. In this case, voltage regulation may be performed by a variable resistor located in each of the grooves 261a.

In order to turn on the power supplied to the first heat generating unit 242, the electrode protrusion 252 is placed in the groove of the on function, and to turn off the power supplied to the first heat generating unit 242, the electrode protrusion 252 is turned off. It can be located in the groove of the off function. As a result, when the plurality of first cartomizers 200 are coupled to each other, the respective first cartomizers 200 may be selectively turned off.

By the configuration of the first voltage regulating device 260 and the electrode protrusion 252, the ring including the variable resistor for voltage control can be configured detachable, thereby coupling the ring having a voltage adjustment value You can adjust the power required according to the situation.

*제2 카토마이저에 대한 설명* Description of the second cartomizer

The atomizer structure of the second cartomizer is the same as that of the first cartomizer and most of the functional devices perform the same functions and operate in the same way. It is characterized by different inflow method of the outside air or steam produced from the lower cartomizer to be introduced for the purpose, and this feature is the first atomizer core material in the form of a tube that functions in the first cartomizer atomizer structure. In the second cartomizer is replaced with a rod-shaped second atomizer core material, the external air and steam inlet and discharge function by the first atomizer core material, the bottom of the liquid stopper of the second cartomizer It is replaced by the formed air and steam inlet, and the external air or steam for discharging the steam produced in the heat generating unit is the air of the atomizer framework and It passes through the gas inlet and enters the atomization chamber, where the outside air or steam produced from the lower cartomizer is mixed with the steam produced from the cartomizer heating unit, and the upper part is formed through the air inlet and steam outlet formed at the top of the liquid stopper. It is characterized in that the air flow back to the upper atomizer through the air inlet and discharge passage formed in the liquid storage of the cartomizer.

And the first voltage regulator mounted on the exterior of the liquid stopper is the same as all of the functional device and operation of the first cartomizer.

The second cartomizer 700 may be used interchangeably with the first cartomizer 200 or mixed with the first cartomizer 200.

9, the second cartomizer 700 may include a second atomizer housing 710; Second liquid container 720; A second atomizer core material 730; Second wick 741; Second heat generating unit 742; A second liquid stopper 750; And the same first voltage regulator 260 as the first cartomizer 200. The second atomizer core member 730 may include a second boiler room 731, and when the second cartomizer 700 is coupled to the plurality of second atomizers 730, the second atomizer chamber may be disposed around the second heating unit 742. 742a may be formed.

The second cartomizer 700 has a rod shape in which the second atomizer core member 730 extends to a predetermined length, and a second liquid stopper for inflow of external air supplied into the second cartomizer 700. The first cartomizer 200 and the second gas inlet 751 is formed at one side of the 750, and the second gas outlet 721 is formed at one side of the second liquid cylinder 720. Since the same and similar, detailed description thereof will be omitted.

Meanwhile, in the second cartomizer 700, the inflow of the outside air is introduced through the second gas inlet 751 without passing through the second atomizer core material 730, so that the outside air is close to the second heat generating part 742. Since it is a weak steam mixing type that is diffused into the second atomization chamber 742a and mixed with the vaporized atomized vapor through the second heat generating unit 742, it is intended to inhale the atomized vapor at a weaker concentration than the first cartomizer 200. Case can be used.

The vapor inhaler combined with the second cartomizer alone weakens the mixing of the steam produced and discharged from the lower cartomizer with the vapor produced and discharged from the upper cartomizer, relative to the case where the first cartomizer is combined and assembled. In order to maintain the taste of the components independently, the combination of these cases is selectively used when a drug which needs to inhale one pharmacological ingredient correctly than a favorite food or a vapor of a liquid composition composed of nutrients is required. Would be desirable.

Meanwhile, when the first and second cartomizers are mixed and assembled into a single steam inhaler, the first and second cartomizers may be selectively used according to the user's preference when inhaling the vapors of the liquid food of the preferred food or health supplement food. .

Thus, the mixing strength of the steam is produced separately in the first and second cartomizers, allowing the solvent-like liquid composition based on its boiling point to produce steam at a controlled power suitable for mixing and in one apparatus. The prefabricated multicartomizer, which was newly invented to have a difference in degree, achieves complete atomization and homogeneous atomization between all components while ensuring absolute safety that combustion should not occur following vapor production of a liquid composition. It is a high efficiency and high efficiency steam inhaler that can maximize the range of use of the equipment, which allows the production and inhalation of atomized steam in the most natural way in the most natural way, and replaces a large part of food culture with the inhalation culture. The advanced portable multi steam production capacity without the construction and construction constraints of these devices By combining IT functions perfectly, smart phones are integrated into living devices, enabling ubiquitous convergence of information and things.

*본체부에 대한 설명* Description of the main body

5 is an enlarged view of the main body shown in FIG.

Referring to FIG. 5, the main body 300 includes a main body housing 310; Switch 400; A second voltage regulator 320; First power applying means (330); And a second power applying means 340.

The main body housing 310 is coupled with the battery 500 and the first cartomizer 200, and is connected to the first power contact 510 provided in the battery 500 to supply positive and negative power supplied from the battery 500. One of the power sources may be applied to the first cartomizer 200 and the second cartomizer 700. For example, the main body housing 310 may have a cylindrical shape, and may be formed of a metal material such that the power of the battery may be applied to the first cartomizer 200 and the second cartomizer 700. The power applied to the first cartomizer 200 and the second cartomizer 700 through the main body housing 310 may be, for example, a positive power supply.

The switch 400 may include a first terminal 410 facing the direction in which the first power applying means 330 is located and a second terminal 420 facing in the direction in which the battery 500 is located. have. A part of the switch 400 may be exposed to the outside of the main body housing 310 and a portion located inside the main body housing 310 may be supported by the spring 430. The spring 430 may return the switch 400 pressed into the main body housing 310 to the initial position.

FIG. 6 illustrates the second voltage regulator shown in FIG. 1.

The second voltage regulating device 320 may adjust an amount of an initial voltage applied to the first cartomizer 200 and the second cartomizer 700, and the battery 500 may be in contact with the battery 500 and the switch. ) And the switch 400.

Referring to FIG. 6, the second voltage regulating device 320 includes a circular plate portion 321, a first contact protrusion 323 and a second contact protrusion 324 formed on one surface of the circular plate portion 321. It may include.

The circular plate portion 321 may include a plurality of terminal grooves 321a arranged along the circumferential direction on the opposite side of the surface on which the first contact protrusion 323 and the second contact protrusion 324 are formed. The variable resistor 322 may be located in the terminal groove 321a of the. In this case, the plurality of terminal grooves 321a may be in contact with the second power contact 520 provided in the battery 500 to face the battery 500.

The first contact protrusion 323 and the second contact protrusion 324 may be disposed to face the switch 400, and may be disposed to be adjacent to each other in the pressing direction of the switch 400.

As described above, the second voltage regulating device 320 may be in contact with the second power contact 520 of the battery 500. The battery 500 is rotatably coupled to the main body 300, As a result, the battery 500 may rotate to supply power adjusted to the first cartomizer 200 and the second cartomizer 700 according to the position where the second power contact 520 contacts the variable resistor 322. have.

The first power applying means 330 is installed in the main body housing 310, the positive power supplied from the battery 500 when the switch 400 is connected to the second power contact 520 provided in the battery 500 and The other one of the negative power sources may be applied to the first cartomizer 200. For example, the power applied to the first cartomizer 200 through the first power applying means 330 may be a negative power.

The first power applying means 330 may include a first electrode tube 331 and a first spring 332.

The first electrode tube 331 may be installed in the main body housing 310 so as to be parallel to the axial direction of the main body housing 310. The first electrode tube 331 may be in contact with the first terminal 410 of the switch 400 normally and when the switch 400 is pressed by the first pressure and the second pressure.

The first spring 332 is installed around the first electrode tube 331, and may have elasticity capable of moving the first electrode tube 331 in a direction in which the battery 500 is located.

The second power applying means 340 is installed in the main body housing 310 so as to be adjacent to the first power applying means 330 in the pressing direction of the switch 400, and the switch 400 is connected to the second power contact 520. The other one of the positive power and the negative power supplied from the battery 500 when connected to the first cartomizer 200 and the second cartomizer 700 may be applied. For example, the power applied to the first cartomizer 200 and the second cartomizer 700 through the second power applying means 340 may be a negative power.

The second power applying means 340 is a cylinder 341; Second electrode tube 343; Piston 342; And a second spring 344.

The cylinder 341 is installed in the main body housing 310, and can accommodate the piston 342 inside.

The second electrode tube 343 may be installed to penetrate the bottom surface of the cylinder 341 and be exposed to the outside of the cylinder 341 so that the lower end thereof protrudes toward the switch 400. The second electrode tube 343 may be in contact with the first terminal when the switch is pressed at a third pressure.

The piston 342 may be installed in the cylinder 341 with the lower end inserted into the second electrode tube 343, and the upper end may be installed in the first cartomizer 200 coupled to the main body 300. It may be opposed to the lower end of the firearm core member 230 and the second atomizer core member 730. The piston 342 may be lifted by external air flowing into the cylinder 341.

The second spring 344 may be installed between the cylinder 341 and the piston 342 in a direction opposite to the direction in which the second electrode tube 343 is located, and the piston 342 may be connected to the second electrode tube 343. It may have elasticity to move toward. This second spring 344 may return the raised piston 342.

Meanwhile, when the negative power of the battery 500 is applied to the first cartomizer 200 through the first power applying means 330, the main body unit 300 introduces external air into the first cartomizer 200. A second reservoir for introducing external air into the first cartomizer 200 when negative power is applied to the first cartomizer 200 through the first air passage 300a and the second power applying means 340. The furnace 300b may be included.

The first air passage 300a may include a first air hole 310a penetrated through the main body housing 310 and a second air hole 341a penetrated through the cylinder 341. The first air passage 300a is normally opened in a state in which the first electrode tube 331 is in contact with the first terminal 410 of the switch 400, and the external air introduced through the first air passage 300a. May move along the inside of the first electrode tube 331 and move into the first cartomizer 200. The open state of the first air passage 300a is shown well in FIG. 5.

The second air passage 300b is a third air hole 310b formed below the first air hole 310a in the main body housing 310 and a fourth air hole 341a formed below the second air hole 341a in the cylinder 341. It may be made of an air hole 341b. When the second air passage 300b is normally blocked by the first electrode tube 331, and the first terminal 410 of the switch 400 is in contact with the second electrode tube 343, the second air passage 300b is formed. The first electrode tube 331 may be opened by being lowered by the first spring 332. The open state of the second air passage 300b is well shown in FIG. 7.

On the other hand, the suction unit 100 may include a suction pressure adjusting unit 120 therein. For example, the suction pressure adjusting unit 120 may be rotatable inside the suction unit body 110 and may have a cylindrical shape in which the lower surface is open and the upper and lower surfaces are semicircular. In this case, when the suction unit 100 is rotated to adjust the suction pressure of the atomized vapor through the suction unit 100, the size of the suction port 110a corresponding to the upper surface of the suction pressure control unit 120 may be adjusted. .

FIG. 1 illustrates a state in which a plurality of first cartomizers 200 are coupled. Referring to FIG. 1, a process of generating and inhaling atomized vapor in a state in which a plurality of first cartomizers 200 are coupled is described below. Let's explain.

First, when the power is applied to the first cartomizers 200 by operating the switch 400, each first cartomizer through the power supplied to the first cartomizers 200 through the battery 500. The first heating parts 242 in the 200 are heated so that the liquid phase supplied through the first wicks 241 is heated through the first heating parts 242. At this time, the liquid phase heated to each of the first boiler room 233 corresponding to the first heat generating portion 242 is introduced and the liquid phase communicated through the boiler room is reheated until sufficient boiling heat is obtained by convection. do. Therefore, the liquid phase supplied to the first heating parts 242 is completely atomized.

In this process, the atomized steam generated in each of the first cartomizer 200 is introduced into the first cartomizer 200 located in the upper layer and the atomized vapor generated in the first cartomizer 200 in the upper layer. And atomized again, and this process is repeated in each first cartomizer 200 to achieve more effective complete atomization, and the atomized vapor mixed in each first cartomizer 200 is finally inhaled. It is supplied to the unit 100 to be inhaled by the user.

Meanwhile, in this process, the voltage supplied to the entire first cartomizer 200 may be supplied through the second voltage regulating device 320, and each first cartomizer may be supplied through the first voltage adjusting device 260. The voltage supplied to the first heat generating units 242 of 200 may be adjusted and supplied. Therefore, it is possible to individually control the voltage according to the type of the liquid phase stored in the first liquid cylinders 220 of each first cartomizer 200, and consequently the liquid phase stored in each of the first liquid cylinders 220. It is possible to vaporize the liquid by the voltage to implement the optimized liquid taste according to the type.

In addition, when some of the first cartomizer 200 is not to be used, a part of the first cartomizer 200 may be turned off using the first voltage regulator 260. Therefore, it is possible to selectively use only the first cartomizer 200 in which the liquid phase to be used according to the user's preference is stored.

As such, when the plurality of first cartomizers 200 are used in combination, different liquid phases may be stored in each of the first cartomizers 200.

As the kind of liquid, for example, a tobacco liquid composition, a coffee liquid composition, an aroma liquid composition, a nutrient liquid composition, a herbal liquid composition and the like can be used.

The coffee liquid composition may be a composition using a coffee liquid phase having the intrinsic flavor of coffee and the addition of coffee.

The aromatic liquid composition may be a composition using an aromatic liquid phase such as eucalyptus, cineol, propolice, palmarosa, bergamot, or the like for treatment.

The nutrient liquid composition may be a composition using a nutrient liquid phase such as essential amino acids, minerals, and additional flavors.

The herbal liquid composition may be a composition using a herbal liquid phase obtained by mixing extracts extracted from various plants.

On the other hand, in using the steam inhaler according to an embodiment of the present invention can be selected and used in various modes by the operation of the switch 400. For example, it can select and use a 1st mode, a 2nd mode, and a 3rd mode.

*제1 모드로의 사용* Use in the first mode

The first mode is a manual mode. In the manual mode, the user inhales the atomized vapor through the suction unit 100 while keeping the switch pressed. To this end, the user can press the switch 400 at a first pressure. In the first pressure, the second terminal 420 of the switch 400 is simply in contact with the first contact protrusion 323, and the first terminal 410 of the switch 400 is in contact with the first electrode tube 331. It is the pressure that the switch 400 is pressed to be in a state.

In this first mode, when the user wants to inhale the atomized vapor, the atomized vapor is inhaled through the suction unit 100 while pressing the switch 400 at the first pressure, and the inhaled stops from the switch 400. Take your hands off to cut off the power supplied to the first cartomizer 200.

In the first mode, the external air supplied into the first cartomizer 200 is supplied through the first air passage 300a.

*제2 모드로의 사용* Use in the second mode

The second mode is a continuous mode. The continuous mode is a mode in which the user inhales the atomized vapor through the suction unit 100 by lightly pressing the switch once. To this end, the user can press the switch 400 at a second pressure. The second pressure is a state in which the second terminal 420 of the switch 400 is caught by the first contact protrusion 323, and the first terminal 410 of the switch 400 is in contact with the first electrode tube 331. Pressure to press the switch 400 so that it can be.

In this second mode, when the user wants to inhale the atomization vapor, when the switch presses the switch 400 to the second pressure, the power is continuously supplied to the first cartomizer 200 through the switch 400. As a result, the user may repeatedly inhale the atomized vapor through the suction unit 100.

Then, if the user wants to stop the repeated inhalation of the atomizing vapor, press the switch 400 again switch 400 is returned to the initial position by the third spring 430, thereby the first cartomizer 200 The power supply to the furnace will be cut off.

In the second mode, the external air supplied into the first cartomizer 200 is supplied through the first air passage 300a.

*제3 모드로의 사용* Use in third mode

FIG. 7 shows a state of being operated in the third mode according to the switch operation shown in FIG. 1.

The third mode is automatic mode. In the automatic mode, when the user inhales the vapor through the suction unit 100 after pressing the switch once deeply, power is applied to the first cartomizer 200, and when the suction of the atomization stops, the first cartomizer ( The power supplied to the 200 is cut off. To this end, the user can press the switch 400 at a third pressure. The third pressure causes the second terminal 420 of the switch 400 to be bitten by the second contact protrusion 324, and the first terminal 410 of the switch 400 to be bitten by the second electrode tube 343. To press the switch 400 so that it is pressured.

In the third mode, when the user presses the switch 400 at the third pressure when the user wishes to inhale the atomization vapor, the first terminal 410 of the switch 400 passes the second electrode tube 331 beyond the position of the first electrode tube 331. 7, the first electrode tube 331 is lowered by the first spring 332 to close the first air passage 300a and close the second air passage 300b. Open.

Therefore, when the user inhales atomized vapor through the suction unit 100, the piston 342 rises due to the pressure of the external air introduced into the cylinder 341 through the second air passage 300b. Since the upper end of the piston 342 corresponds to the first atomizer core material 230 of the first cartomizer 200, power is supplied, so that vaporization of the liquid phase and atomization vapor is possible, and the user inhales the atomization vapor. When the piston 342 is stopped, the piston 342 is returned by the second spring 344 and the power is cut off by being spaced apart from the first atomizer core member 230 of the first cartomizer 200.

As such, switching to the first mode, the second mode, and the third mode through the operation of the switch 400 may provide convenience in using the steam inhaler.

* Battery-sharing smartphone fusion and smartphone linkage device · Description of built-in healthcare device function and operation

Battery Sharing Smartphone Convergence and Smartphone Linkage Devices · The built-in healthcare device shares the battery, which is the power supply device of the smartphone and the steam inhaler, with different functions and new features and functions. The smartphone and the vapor inhaler communicate with each other by the Bluetooth function of the smart linkage hardware built into the battery of the vapor inhaler, even though it is a separate device as a separate device as a physically independent entity. It is provided with a user interface through the steam inhaler to enhance its convenience, and the steam inhaler is used for the detection and control device connected to the second voltage regulator externally mounted on the individually assembled cartomizer of the steam inhaler, and the usage information embedded in the water beak. Under the control of the information detected by the hazardous substance detector and the smart connected device hardware When the information obtained by various health care examinations and specific devices in operation is sent to the smartphone by the on-board Bluetooth device communication, the smartphone makes a database of these received information and manages the application related to them. By controlling feedback of the steam inhaler or user guidance according to the program, the feedback is sent back to the smartphone linkage device, and the usage is controlled by the use and control device of each cartomizer, or the display is displayed on the auxiliary display or the main display. It is possible to check the use of steam inhaler and its own health and efficacy in real time and to control (direct control of device use according to proper liquid consumption, overheating of heating part or discovery of harmful substances, over-powered power, etc.). Under warranty, the inhalation of liquid components in the Smartphones will be provided with highly ubiquitous healthcare features that will be managed tightly to promote health.

Referring to the operation between functions according to the specific embodiment of the present invention, in the case of the electronic cigarette currently using a steam inhaler in general, first of all, in the case of cigarettes, the vapor combination of each liquid composition is strong to favor the taste expression, 1 If you choose to use a cartomizer-only assembled steam inhaler, the assembly has a nicotine liquid phase with a liquid composition of the highest boiling point 290 ° C solvent glycerin and a boiling point 247 ° C with similar boiling points. Assemble the cartomizer at the end, assemble the solvent fluoroethylene composition with boiling point of 189 ° C and the soluble menthol-flavored liquid composition with boiling point of 204 ° C at the bottom, and then again volatile to taste the impact at the bottom of the menthol cartomizer. For the composition of oil-soluble capsaicin component liquid, the solvent of fluorocapsile glycol and volatile capsaicin at boiling point of 189 ° C In order to prevent combustion, a cartomizer containing a capsaicin liquid composition mixed with water at a boiling point of 100 ° C. (we will not describe the mixing ratio thereof) is assembled. Finally, at the bottom and the starting point, a boiling point of 80 ° C. to 150 ° C. After selecting a cartomizer having a liquid composition in which the selected fragrance of water-soluble clove was mixed with water at a boiling point of 100 ° C., and then assembled into a switch body, the vapor inhaler assembly was completed as an electronic cigarette. The usage detection and control device's usage detection device recognizes each assembly through the communication of the Bluetooth function with the smartphone and smartphone linkage hardware, and automatically prepares the management and guidance program of the application corresponding to the assembly combination to be activated. Guidance, where the guidance is that of each cartomizer assembled by the user The liquid consumption of the entire electronic cigarette vapor inhaler to be used depending on whether the user turns on or off the switch of one cartomizer and whether the user inputs the user's health information through one or more of the healthcare diagnosis and measuring devices. And presenting the proper intake amount of each cartomizer liquid, and the appropriate total power consumption and cartomizer power consumption for each part, the user selects the switch mode of the switch body and the second voltage control device 320 to be supplied power After setting the electric power to be supplied to each of the first voltage regulator 260 of each cartomizer, and start the button operation to enjoy the use of the suction of the produced steam through the water beak, the user In manual mode (if you want to enjoy e-cigarettes with free space), select the mode of the switch body (second switch), and the total amount of liquid consumption for 1 suction is 1 If you want to operate with only 0 μl and operate the cartomizer, the nicotine composition cartomizer and the menthol flavor cartomizer, and the cartomizer with capsaicin composition liquid for the feeling of impact, the guidance displayed on the main display may be used. For example, since 10 μl of liquid is usually required to completely atomize 10 μl of liquid at a time of 4 to 5 seconds, the voltage will indicate 4v and 2a of current so that the power supply of the first voltage regulator is 8w. For the basic power specified in this way, the guidance is again applied so that the power to be supplied to the uppermost cartomizer with the nicotine liquid composition having the highest boiling point glycerin is 4w so that 4 μl of liquid phase is atomized once. The voltage regulation will be instructed, and then the cartomizer of the menthol flavor composition will be instructed to supply 3 watts of power to 4 μL of menthol. The toll liquid phase will be atomized, and then the cartomizer of the capsaicin composition for the feeling of impact will be instructed to supply 1 w of power so that 2 μl of capsaicin liquid phase will be atomized (power consumption for the above liquid compositions. Is proportional to the boiling point of the liquid composition. In other words, power consumption per 1 μl of boiling point 290 ℃ nicotine composition is required 1w, boiling point 204 ℃ menthol fragrance 0.75w per 1 μl, boiling point 100 ~ 185 ℃ capsaicin composition liquid requires 0.5w per 1 μl, the lower the boiling point It can be seen that the power consumption is also lowered proportionally. Therefore, the appropriate power supplied according to the boiling point of the liquid phase and its consumption amount can achieve complete homogenization while preventing the combustion of the liquid phase.) Accordingly, each cartomizer selected for use by the user is By operating the voltage of the first voltage regulator 260 of the, and using the manual operation of the button with a beak to mix and use the atomized vapor produced by each cartomizer atomizer structure (the above guidance is uniform Rather, it can be presented according to the user's health, taste, mood, combination, and user's will to be checked in real time. Based on the user, it is always provided in real time through the upgraded version of the smartphone application, the user Will be provided with the indication of the alignment vary widely.).

Basically, as above, each cartomizer to be assembled is selected to use the vapor inhaler for the electronic cigarette, so as to recognize user health information through the communication of the Bluetooth function of the use detection and control device and the health care detection and measurement device. Basically, as the usage guidance and program application of the converged and linked smartphones are activated, the interface of the user's display selects and guides the supply power for complete and homogenizing the appropriate liquid phase to the power supplies. When the user starts to use the atomized vapor by inhaling the water at the same time as the switch operation, the user is artificially inhaled in the beak for the taste, the effect of use, and the convenience that are more appropriate to the user according to the taste of the vapor being inhaled Control valves can be used to control the concentration and intake pressure of steam, The atomization amount of the atomizer liquid composition can also be controlled by adjusting the supply power by operating the operation ring of the first voltage adjusting device 260. At this time, the changed power supply amount and the consumption of the liquid phase according to the first It is detected by the detection unit 253 and the information is sent to the smartphone and smartphone linkage hardware, and this information is operated by the management program of the guidance and management application to manage the use of the device and at the same time based on this basic information Checks the actual suction amount of the atomized steam produced by each cartomizer through the concentration of inhaled steam sent out from the second sensing unit 130 of the water beak usage information and harmful substance detection function and the frequency of use checks linked to the usage time. On the other hand, it detects the presence of hazardous substances, and in particular, the amount of nicotine inhalation that should limit the user's use, If inhalation is exceeded, the application's management program causes the smartphone and smartphone linkage hardware to send the power supply cutoff signal to the control device of the cartomizer and cut off the power supply to shut off the nicotine liquid vapor of the cartomizer. If only the product is not produced, the user can continue to inhale the remaining atomization of the vapor, in which case, the user checks his or her health condition to see if it can inhale more nicotine more than the allowable amount, And by measuring the blood nicotine concentration through the blood-diagnosis, blood glucose, concentration meter built into the smartphone linkage device, or by holding the stethoscope on the user's chest heart, the application management program checks the information such as heart rate, etc. Nicotine temporarily to the extent that it is not a health problem Increasing the limit of inhalation, allowing the user to inhale it again by disabling the power control of the control unit so that the nicotine holding cartomizer is powered back and producing nicotine vapor again. When inhaling a larger amount, the use of nicotine-containing cartomizer may be blocked by the above operation, and on the other hand, the liquid phase may be excessive due to excessive power in any part of the cartomizer during use of the device. When combustion occurs and harmful substances are generated, they are detected by the second detection unit 130 of the water beak harmful substance detection function, and once the information is sent to the smartphone and the smartphone linkage device 600, Shut off the power of the cartomizer, and overfill the liquid replenishment signal in case of the generation of harmful substances by combustion due to lack of liquid phase In the case of the generation of harmful substances by combustion according to the supply, a proper power control signal is signaled, and in the case of the generation of harmful vapors caused by the harmful substances contained in the liquid phase itself, a signal to stop the use of the device itself is presented in the guidance. If a hazardous substance is present, and if the countermeasure is guided, suggest a countermeasure for the user to inhale atomized vapor free of harmful substances according to the guide provided by the application. If there is no guide, the hazardous substance information is sent to the manufacturer's database, and if the hazardous substance is generated during the liquid phase and the liquid is contaminated, the manufacturer can improve the manufacturing process to solve the problem. If a hazardous substance is generated by user's carelessness, To upgrade the combat guidance on the application you are able to respond to user).

Hereinafter, according to a specific embodiment of the use of a vapor inhaler for vapor inhalation of other liquids, such as a food food liquid, a therapeutic drug liquid, an obesity management liquid liquid, a health supplement liquid liquid, and the like, a smartphone and a smartphone interworking device connected to the steam inhaler and these The basic operation of the steam inhaler control according to the guidance of the application and the management program operation according to the user health check by the respective health check device of the health care device built-in is operated in the same process as the tobacco liquid use method. It is clear that the control of the use of the equipment by its guidance and management program only differs depending on the components of the liquid phase used and the combination thereof, and furthermore, the precision and strictness of the control differ, as well as the steam inhaler. Inhales the liquid component that is produced and inhaled and absorbs it from the lungs. Because the method is to deliver the effect of the absorption component to the user's body as quickly as intravenous injection, the use and measurement data of each healthcare device used for the user's health check according to the use of the steam inhaler according to the situation Should be applied in real time, and the use of such individual measuring devices will vary widely depending on the liquid components absorbed from the lungs and on the health of the user. The user's guidance can be used according to the guidance presented by the program. For more accurate user health information, the user can enter the medical examination information or medical records from the user's medical institution into his or her own management program, and the integrated guide that gathers this information is presented. Will be.

In addition, if the user has questions and problems with his or her own health care even with the guidance and management program provided by the smartphone application for the use of the steam inhaler, the user's health information databased by the management program is based on the basic basis. , Via a real-time smartphone video call with a pre-primary physician assigned by the manufacturer or reserved by the user, as directed by the physician, the physician checks the user's own health information through the application with the built-in healthcare measuring device. You can be consulted about your own health, receive immediate prescriptions as needed, add or discontinue use of liquid ingredients, and immediately purchase and use medications or prescriptions for second care. It is also possible (currently online medical care in Korea) Although not being implemented that legislation during that process. So for now, the online doctor consultation will be available to business purposes only in accordance with the manufacturer).

On the other hand, in the case of a device in which a vapor inhaler and a smartphone are fused, the battery main body is a smartphone, and the smartphone-oriented use of the device may be performed using the smartphone function as it is, except for the vapor inhaler function. In the case where the vapor inhaler and the smartphone are linked, as a smartphone linkage device, the linkage device is a smartphone handset function, a camera function, and a display, which is the interface function of the smartphone, for a user's separate smartphone. In addition to providing the convenience of use, the display function of the air can be executed without taking out the smartphone, and through this linkage device, the smartphone and the vapor inhaler can carry the mutual device by a spaced interval alarm function. To maintain the integrity of

On the other hand, the battery-sharing smartphone and smartphone linkage device has a built-in healthcare diagnostic and measurement device.The stethoscope functions as a handset device and its basic functions of a smartphone and a smartphone linkage device, and a stethoscope function according to the user's choice. This function allows the user to self-check the health effects and efficiencies of the inhalation components of his or her use of the steam inhaler according to the guidance of the application guidance, and according to the application management program, Not only can you receive immediate control and separate instructions for use, but also checks your own health status, which can be checked with a stethoscope, in real time without restriction of location and time, and makes your health status database by application. To maintain user health in the observed state If you have an abnormality or feel abnormality in the user's health, the thermometer measures the body temperature on the part of the body where it is to be measured. The information can be made into a database to control and guide the use of the steam inhaler related to the temperature information, and to manage the general health of one's own health.The Bluetooth blood pressure and obesity management detector is a Bluetooth device manufactured in connection with the device. The user's blood pressure measurement information through the portable handheld blood pressure measuring device is databased in the application. In this case, as in the stethoscope, it is used according to the guidance of the application guidance or the user's checking intention in the process of using the steam inhaler. Confirming the effects on the inhaled liquid component and You can be controlled by the program for use, and even if you want to receive a general check, you can manage the user's health in real time through information such as checked blood pressure, and the obesity management detector is used in parallel with the blood pressure monitor as needed. First, in the process of the user inhaling the liquid of the appetite suppressant component of the plant extracts such as hoodia through the steam inhaler to manage their obesity, in the use control under the application management program of the appetite suppressant liquid in the state of use of the device, By self-checking the user obesity level of the body part in real time, the application management program based on this information is guided appropriately according to the degree of obesity of the real-time user, thereby controlling the amount of obesity suppressant inhalation through the vapor inhaler. Obesity meter, real-time exercise of the user, such as walking It automatically calculates calorie consumption per user's time zone, compares it with food intake data input by time according to guide of obesity guidance of application, and aggregates information such as blood pressure measured according to guidance guide Provides the user with real-time updates on the amount of inhibitors and the proper intake of food calories and the amount of exercise, and controls the use of the relevant vapor inhaler, so that the body blood diagnosis, blood glucose, concentration tester is the most accurate and extensive It is a useful healthcare diagnostic and measurement device that can detect basic metabolism, thyroid, liver function, kidney function, hepatitis, anemia, and urine, etc. In addition, the concentration of liquid components absorbed in the blood can be measured, It is a device that can check the precise amount of liquid component absorption and the physical effect of the absorbed liquid in the most precise way, and in particular, the liquid component of the vapor inhaler of the present invention is absorbed into the lung and immediately reflected in the concentration of blood. In the case of liquid inhalation, the precise inhalation amount should be checked precisely, so the concentration measurement function of the inhaled liquid component reflected in the blood is the most important function, and in the case of diabetes measurement, the function may be included by a user option. After a user with diabetes has a diabetes related item in an application provided by the device and inputs his / her medical records, a special management program is activated, and a drug based on a prescription of a drug such as insulin vapor inhaler Absorbed into the lungs through the lungs, In the same way that the control function of a device is operated, inhalation of a programmed drug according to the guidance of the application guidance detects the concentration of the vapor inhaler and the number of times of inhalation. The user's blood sugar is measured and the information is entered into the program for the control and usage guide. The measurement is measured by the blood glucose measurement function of the meter. By being databased in the management program, the user receives the drug intake by the use of the device and the operation of the device by the user's diabetes related management program of the real-time updated application, and the absorption effect and efficiency of the lungs using the vapor inhaler of the diabetes drug Can maximize In addition, the camera that functions as a health care device while functioning as a camera in a general smart phone, the user's overall health state by visual (complexion, pupil, tongue, body abnormality, change of state, urine, etc.) It can check the user's overall health status and the intake effect of the various components absorbed by the vapor inhaler, and also as a stethoscope, guides and management program related guidance of the shared smartphone application By updating the user's device usage guide and control in an environment that reflects the user's real-time physical health, the user's use of the vapor inhaler becomes a convenient and indispensable tool to reliably promote user health. .

The health care device is a function of checking the proper use of the user's steam inhaler and its real-time control, and the overall real-time health management for the user, integrating smart phone IT information technology into a steam inhaler representing a bio-intake culture. In this process, we create an accurate health check management environment for real-time users, which combines the mechanical combination of smartphones and steam inhalers with a focus on human health, and healthcare, the core of human happiness promotion, converges IT and bioculture. It is a practical example of how IT and biodevices can be ubiquitous around healthcare, which will contribute to the promotion of human happiness, showing that they are converged conveniently and realistically.

Referring to FIG. 8, the smartphone linkage device 600 is configured to transmit / receive with a smartphone, and various types of information measured and detected by the first detector 253 and the second detector 130, and It may be configured to obtain the medical examination information of the user.

For example, the smartphone linkage device 600 includes a control unit 601, an auxiliary display 602, a main display 603, a transceiver 604, a stethoscope 605, a diagnostic camera 606, and a thermometer 607. The blood pressure measurement information input unit 608 may include an obesity management detector 609 and a body blood analyzer 610.

The control unit 601 may store software that the smartphone linkage device 600 may be driven in association with the smartphone, and may be a secondary display 602, a main display 603, a transceiver 604, a stethoscope 605. ), The diagnostic camera 606, the thermometer 607, the blood pressure measurement information input unit 608, the obesity management detector 609, the body blood diagnostic 610 may be controlled.

The auxiliary display 602 may be a display that provides operation information and steam inhaler manual information of the smartphone or smartphone linkage device 600.

The main display 603 may be a display that provides a driving screen of the smartphone or the smartphone associated device 600.

The transmitter / receiver 604 may transmit various information input to the smartphone linkage device 600 to the smartphone or receive a control signal of the smartphone linkage device 600 from the smartphone.

The stethoscope 605 may measure information such as a heart rate of the user.

The diagnosis camera 606 may diagnose by photographing the complexion of the user, the pupil, the tongue, or a body abnormality.

The thermometer 607 may measure a user's body temperature.

The blood pressure measurement information input unit 608 may receive blood pressure information measured through an external blood pressure meter.

The obesity management detector 609 may input and measure information necessary for obesity management, such as calorie measurement through the user's food intake.

The body blood diagnosis device 610 may diagnose a health state of the user through blood of the user.

The smartphone associated device 600 is diagnosed through a stethoscope 605, a diagnostic camera 606, a thermometer 607, blood pressure measurement information input unit 608, obesity management detector 609, a body blood analyzer 610 The measured information can be transmitted to the user's smartphone to provide the user's health status in real time.

The smartphone linkage device 600 is a built-in healthcare device and is driven using its own battery as a power source, while the battery is again + power terminal and battery fastening wing 510 of the steam intake switch body housing By being coupled to the battery fastening hook (310a), it is physically coupled to the steam inhaler by the battery body that also supplies power to the steam inhaler, and thus, the smartphone and smartphone linkage device and the health care device are physically coupled to the steam inhaler. The main body of the battery is a body with a smartphone and a smartphone linkage device and a health care device, and in its shape, the shape of the mold is made to be A type (see Figs. 1 and 10), and the cylindrical stick type is B type. (See FIGS. 11A and 11B), the two devices are covalently coupled, and these battery sharing smartphones and smartphone linkage devices and healthcare devices An example of a flexible display of a main display device built in or external to the outer shell circumference of a cylindrical body is used as an example of the user interface, which can be expanded or pulled out as shown in FIGS. 10 and 11B to form a user interface. The type is located in the center of the top outer shell of the device, and the B-cylinder stick type is located at the exposed area of the cylinder's circumferential outer surface, which interfaces the start window with basic information and application menus.

12 and 13 illustrate further forms of smartphone linkage.

Referring to FIG. 12, it has a bear-shaped shape, which can be used as a phone in a state directly associated with a smartphone and can also use a camera function. Smartphone and wired or wireless connection is possible, as shown in Figure 12 configured to enable a call (1010, 1011), the external display unit 1020; Camera 1030; And a port 1040 for connecting with another device.

13 shows a cylindrical shape and also configured to enable a

call

1110 and 1111, and an external display unit 1120; Camera 1130; And a port 1140 for connecting with another device.

Meanwhile, the steam inhaler of the present invention may include a first detector 253 and a second detector 130 to provide usage information of the steam inhaler in association with the smartphone and the smartphone associated device 600. have.

The first detection unit 253 is installed on one side of the first liquid container 220, and detects and measures the assembly and use information of the additional first cartomizer 200, the detected and measured information is a smart phone It may be configured to be transmitted to the companion device (600). The information detected and measured by the first sensing unit 253 may be, for example, information on an appropriate amount of liquid use, overheating of the first heating unit 242, and a voltage supply amount.

The second detection unit 130 may be installed in the suction unit 100 to measure the amount and concentration of atomized vapor sucked through the suction unit 100, and to detect harmful substances in the suction unit. The measured and detected information may be configured to be transmitted to the smartphone linkage device 600.

By providing the use information of the steam inhaler input to the smart phone and the smartphone linkage device 600 through the first detection unit 253 and the second detection unit 130 can provide convenience according to the use of the steam inhaler. have.

[Description of the code]

100: suction part

200: first cartomizer

300: main body

400: switch

500: battery

600: smartphone linkage device

700: second cartomizer

Claims

Suction part; Cartomizer; A body including a switch; And a battery comprising a battery, wherein the cartomizer includes one or more coupling means to be assembled between the suction part and the main body by at least one, and the coupling means is provided when the cartomizer is coupled to the plurality. Steam inhaler, characterized in that configured to be coupled to each other through.
The method of claim 1,

As a first form of said cartomizer, said cartomizer comprises: an atomizer housing; A liquid container installed in the atomizer housing; An atomizer core material having a tube shape extending to a predetermined length and positioned in the liquid container so that a portion of the tube penetrates the bottom surface of the liquid container and is exposed to the outside of the liquid container; A wick surrounding the atomizer core material and positioned in the liquid container such that a portion is inserted into the liquid container; A heating unit located on an opposite side of the portion inserted into the liquid container of the wick; And a liquid stopper installed in the atomizer housing to be positioned below the liquid container.
The method of claim 1,

As a second form of said cartomizer, said cartomizer comprises: atomizer housing; A liquid container installed in the atomizer housing; An atomizer core material having a rod shape having a predetermined length and positioned within the liquid cylinder such that a portion of the rod penetrates the bottom surface of the liquid cylinder and is exposed to the outside of the liquid cylinder; A wick surrounding the atomizer core material and positioned in the liquid container such that a portion is inserted into the liquid container; A heating unit located on an opposite side of the portion inserted into the liquid container of the wick; And a liquid bottle cap installed in the liquid bottle so as to be positioned below the liquid bottle.
The method according to claim 2 or 3,

The cartomizer further includes a first voltage adjusting device coupled to the liquid container, the first voltage adjusting device is a voltage amount applied to the heat generating portion of the other cartomizer assembled when the cartomizer is assembled in plurality Steam inhaler, characterized in that for adjusting.
The method of claim 3,

The first voltage regulating device is configured in the form of a ring coupled to the outer surface of the liquid stopper to surround the outer surface of the liquid stopper, the ring of the ring in contact with the outer surface of the liquid stopper Forming grooves arranged along the circumferential direction, a variable resistor is installed inside the grooves, the ring including the variable resistor is a replaceable assembly having a variety of variable resistance value, and on one side of the outer surface of the liquid stopper A vapor inhaler, characterized in that the electrode projection is fastened to the grooves are formed.
The method according to claim 2 or 3,

The atomizer core material includes a boiler room capable of boiling enough liquid to be supplied to the heating unit through the wick so as to obtain sufficient boiling heat, and the boiler room is located at a central point where the heating unit is located and is a positive electrode to the heating unit. Or a vapor inhaler, configured to supply power to one of the negative electrodes.
The method according to claim 2 or 3,

The heating portion and the wick are made of any one of a natural or synthetic fiber cloth and a nonflammable cotton cloth combined with the flexible non-combustible metal mesh and the flexible non-combustible metal mesh, and the flexible non-combustible metal mesh is dried in a roll shape. The firearm core member is installed to surround the first atomizer core member, wherein the flexible non-flammable metal mesh includes a first electrode and a second electrode, and is configured to supply power from the battery. And an air inlet passage formed along the axial direction of the scroll shape and an air outlet passage formed along the circumferential direction of the scroll shape.
The method of claim 2,

The atomizer core member includes a first gas inlet port and a first gas outlet port which are vertically penetrated to the axial direction of the atomizer core material, wherein air and steam are introduced into the first gas inlet port, and the first gas is provided. A steam intake vent, characterized in that the discharge air and steam introduced through the first gas inlet is discharged.
The method of claim 3,

A gas inlet is formed on one side of the liquid stopper, the gas inlet is formed on one side of the liquid container.
The method according to claim 2 or 3,

The main body portion,

A main body housing coupled to the battery and the cartomizer and connected to the first power contact provided in the battery to apply one of plus power and minus power supplied from the battery to the cartomizer; A first power applying means installed in the main body housing and applying the other one of the positive power and the negative power supplied from the battery to the cartomizer when the switch is connected to the second power contact provided in the battery; And the switch is installed in the main body housing and is configured to be connected to the second power contact when pressed by the user toward the main body housing.
The method of claim 10,

And a second voltage regulating device positioned between the battery and the switch so as to be in contact with the battery and the switch, wherein the switch is pressurized toward the inside of the main body housing and the first power applying means and the switch; A second voltage regulating device, the second voltage adjusting device includes a variable resistor, the battery is rotatably coupled to the main body, and the battery is rotated while the switch is pressed to rotate the second power source. Steam inhaler, characterized in that configured to supply power to the cartomizer primarily adjusted according to the position where the contact contacts the variable resistor.
The method of claim 11,

The switch includes a first terminal facing a direction in which the first power applying means is located and a second terminal facing in a direction in which the battery is located, and the second voltage regulating device includes a second terminal of the second terminal. A first contact protrusion located below the first terminal, the first terminal being connected to the first power applying means normally and when the switch is pressed with the first pressure and a second pressure greater than the first pressure, The second terminal is normally spaced apart from the first contact protrusion and is in contact with the first contact protrusion when the switch is pressed by the first pressure and the second pressure, and when the switch is pressed by the first pressure, the steam inhaler Operating in a first mode, wherein the vapor inhaler operates in a second mode when the switch is pressed at the second pressure Dress up.
The method of claim 12,

The first power applying means,

A first electrode tube installed in the housing parallel to the axial direction of the main body housing; And a first spring disposed around the first electrode tube, the first spring having elasticity capable of moving the first electrode tube in a direction in which the battery is located, wherein the body portion includes the main body housing and the first electrode. A first air passage formed through the tube, wherein the first electrode tube is in contact with the first terminal at ordinary times and when the switch is pressed with the first pressure and the second pressure, wherein the first air passage A steam inhaler, characterized in that it is kept open to allow the inflow of external air.
The method of claim 12,

The main body portion further includes a second power applying means, wherein the second power applying means is provided in the main body portion housing so as to be adjacent to the first power applying means in the pushing direction of the switch, and the switch is provided with the second power supply means. The other one of the positive power and the negative power supplied from the battery when connected to the power contact is applied to the cartomizer, the second voltage regulator is located under the switch and the first contact in the pressing direction of the switch And a second contact protrusion adjacent to the protrusion, wherein when the switch is pressed at a third pressure greater than the second pressure, the first terminal is spaced apart from the first power applying means. 2 is connected to the power supply means, the second terminal is in contact with the second contact projection, when the switch is pressed by the third pressure The steam inhaler vapor inhalers, characterized in that operating in the third mode.
The method of claim 14,

The second power applying means may include a cylinder installed in the main body housing; A second electrode tube installed through the bottom surface of the cylinder; A piston installed in the cylinder with one end inserted into the second electrode tube; A second spring installed between the cylinder and the piston in a direction opposite to the direction in which the second electrode tube is positioned, the second spring having elasticity capable of moving the piston toward the second electrode tube; A portion of the atomizer core material of the coupled atomizer is inserted into the cylinder, and the body portion includes a second air passage formed through the body portion housing and the cylinder, and the second electrode tube is connected to the third pressure. When the switch is pressed into contact with the first terminal, the first electrode tube is positioned so that the first air passage is closed by the first spring and the second air passage is opened to allow the inflow of external air. The outside air is introduced into the cylinder through the second air passage so that the piston rises, and inserts into the cylinder. The other end of the piston opposite to the atomizer central member of a steam inhaler, characterized in that corresponding to the atomizer central member.
The method according to claim 2 or 3,

The supply of power to the cartomizer is a steam inhaler, characterized in that it has a switch operation to be operated manually, continuously, automatically in the mechanical switch body to supply the power of the selected mode.
The method of claim 16,

The selection of the manual, continuous and automatic modes of the switch is made possible by partially blocking and partially venting the two external air inlets by means of a sliding actuating air induction piston connected through a separator between the two external air inlets. A steam inhaler characterized by the above-mentioned.
The method of claim 1,

The suction part that mixes and inhales the steam generated from the cartomizer is controlled by the semi-circular control valve which is in contact with the intake port of the cartomizer. Steam inhaler, characterized in that.
The method of claim 1,

Further comprising a smart phone linkage device connected to the battery, The smart phone linkage device is configured to enable transmission and reception of the detection and control device of the steam inhaler, The smart phone linkage device is a variety of information about the use of the steam inhaler And Steam inhaler, characterized in that configured to obtain the medical examination information of the user.
The method of claim 19,

The cartomizer of the steam inhaler further includes a first sensing unit, wherein the first sensing unit is installed at one side of the liquid container and senses and measures whether the additional cartomizer is assembled and usage information, and through the first sensing unit. The detected and measured information is a steam inhaler, characterized in that configured to be transmitted to the smartphone linkage device.
The method of claim 19,

A second detector installed in the suction unit to measure an amount and concentration of atomized vapor sucked through the suction unit, and to detect a harmful substance in the suction unit, wherein the second detector includes the measured and detected information Steam inhaler, characterized in that configured to be transmitted to the smartphone linkage device.
The method of claim 19,

Further comprising a management program including the guidance and user information of the associated application of the smart phone associated device, the guidance and management program can be updated in real time, the user by the updated guidance and management program in real time Steam inhaler, characterized in that manageable.
A steam inhaler according to any one of claims 1 to 19; And a smartphone sharing the battery with the steam inhaler, wherein the smartphone and the steam inhaler are integrated with the smartphone.
The method of claim 23, wherein

In the combination of a smartphone and a steam inhaler,

The steam inhaler has a built-in smartphone linkage device linked to the smartphone that the user carries on the assembled battery, and stores the usage information detected by the steam inhaler detection device and relays it to the user's smartphone. It provides feedback from the smartphone for real-time management control of the steam inhaler use, and the smartphone can be provided with the smartphone interface function built into the smartphone integrator of the steam inhaler, which is embedded in the steam inhaler battery section. Smart phone fusion vapor inhaler, characterized in that the mobile smartphone and the vapor inhaler having a smartphone linkage device to make the simultaneous synchronization of the portable alarm to sound at a predetermined interval apart.
The method of claim 24,

Smartphone and smartphone associated device is a smart phone fusion vapor inhaler, characterized in that having a health care diagnostic and measuring device for checking the effect of the user's health check and use of the steam inhaler.
The method of claim 25,

The smart phone and the smartphone associated device shared with the steam inhaler is a smart camera, a handset combined stethoscope, thermometer, blood pressure monitor, Bluetooth combined obesity management sensor, body blood diagnosis, blood sugar and blood concentration measuring device Phone fusion vapor inhaler.
The method of claim 23, wherein

The smartphone covalently coupled with the steam inhaler is a guide and direct electronic control of the use of the vapor inhaler for each liquid used, based on the general ingredients and efficacy of various liquids used in the combined steam inhaler, and health information for individual users. Smartphone fusion vapor inhaler, characterized by having a user healthcare application of guidance and management program enabling.
The method of claim 23, wherein

The concentration and number of inhalation vapors detected by the water beak detector, and the usage information of the liquid, which is detected through the detectors of each assembled vapor inhaler and transmitted to the smartphone, are delivered to the smartphone application guidance and management program in real time. By checking whether the steam inhaler is used according to the guidance and the program, and controlling each cartomizer of the used steam inhaler appropriately,

According to the guidance of the guidance, or the user arbitrarily, if the effect and the user health of the liquid inhaled by each measuring device of the healthcare device, the check and the checked health information is updated in real time to update the guidance and management program application of the smartphone In addition, the device control by the updated guide and management program according to the user's vapor inhaler absorption component absorption effect and user health status,

Inhalation of various liquid components through the user's steam inhaler, under the control of a smartphone application capable of comprehensive health care, which allows the diagnosis and prescription through the attending physician provided in a real-time application when the user's health condition is checked out of the control range. Enable,

When a hazardous substance is detected at the water inlet, it stops the use of the device and guides the solution to the harmful substance so that the user can be guaranteed safety from the hazardous substance and inhale various liquid components of the steam inhaler. Smartphone fusion steam inhaler, characterized in that.
The method of claim 23, wherein

The shape of the steam inhaler that shares the battery with the smartphone is a cylindrical mold or a cylindrical rod, and the display of the exposed or built-in type is a smartphone fused steam inhaler.
The method of claim 23, wherein

Coffee, tea, preference foods that can extract ingredients, nutrients, health supplements of plant extracts, drugs, appetite suppressants of plant extracts, drug components of plant extracts, aromatherapy flavors, therapeutic flavors, food flavors, food flavors, oral cavity A smart phone fusion vapor inhaler, characterized in that it is selected and carried as necessary, the liquid, tobacco liquid, and boiled with steam, so as to absorb and absorb the components into the lungs.