KR101445113B1 - Virsatile multi-functional steam inhaler - Google Patents

Abstract

An inhaler of the present invention comprises an inhaling unit; a cartomizer; a main body including a switch; and a battery, wherein the cartomizer includes at least one connection equipment so that at least one cartomizer is installed and assembled between the inhaling unit and the main body, has the characteristics that the connection of a plurality of the cartomizers can be possible with each other via the connection equipment.

Description

{VIRSATILE MULTI-FUNCTIONAL STEAM INHALER} <br> <br> <br> Patents - stay tuned to the technology VIRSATILE MULTI-FUNCTIONAL STEAM INHALER,

The present invention relates to a steam inhaler which is a ubiquitous shared combination with a smart phone, which is an IT generalization centering on healthcare, and maximizes mutual use and utilization, thereby allowing a part of a conventional eating and drinking culture to be referred to as a suction culture In terms of equipment, a power control device that assembles one to several prefabricated catomizers, provides a liquid phase of each of the different components contained therein, and a corresponding boiler temperature, and a nonvolatile, The liquid phase of each of the assembled catomas is completely atomized and combined with these vaporized vapor to be sucked into a single composition and the liquid phase in which the boiling points of the components are different from those of the conventional components are changed to one composition , Indiscriminately boiling, and the incombustibility of toxic substances generated by the chemical reaction between the liquid combustion and different components and the inhibition of taste expression The limit of the device causing homogeneous atomization is completely homogenized by completely homogenizing the liquid phase of all components to be inhaled by the pyrogenic atomization which is matched to each individual or similar solvent and each boiling point, It is possible to use the desired liquid ingredient catomizer in combination and broaden the utilization of the device itself. By making the use of the device itself wide, it is possible to provide a cigarette which is free from the cigarette, coffee, tea and fragrance, , The inhaling culture of ingesting foods of various fields, without worrying about obesity, without any restriction of time and place, the ability of absorbing the components of lungs anytime and anywhere, improving the health while enjoying the flavor And in the IT context, the use of a steam inhaler is intended to promote the new cultural enjoyment of user health and inhalation. And its use is to make ubiquitous (convergence of information and objects) smart phone, which is the sum of IT, so that it can be checked, managed and controlled by real-time healthcare function. It is possible to expand the area with the human culture of human beings and to improve the convenience of use thereof.

The ubiquitous nature of these smart phones and steam inhalers is achieved through the use of a switch device operable in all modes of manual continuous automatic mode, equipped with a steam inhaler, a separate power control device in each catheter being assembled, The individual detection and control devices operate according to the related application guidance and management program of real-time updated smartphone provision according to the inspection of the health care device performing the health check in various ways built in the smartphone and the smartphone linkage device , The steam inhaler user can enjoy optimum steam inhalation while maintaining optimal health conditions or maintaining optimal health conditions, thereby enhancing the quality of human health in a new inhalation culture.

This means that the Smartphone, which is the IT generalization of modern civilization, can be physically, psychologically, and biologically covalently linked to the steam inhaler, which is the core device of the new inhaling culture, By making the application scope and functionality ultra-sophisticated, the steam inhaler creates a new inhaling culture trend combined with IT. To accomplish this, basically, the smartphone provides a steam inhaler with functions for real-time execution of various application-related liquid-use devices and related applications such as a user management software program, and a steam inhaler It provides a convenient interface for enhancing the convenience of smartphone usage, and second, it is highly expanding the IT function of the smartphone with the new inhaling culture. This combination is physically simple and convenient to use two devices together by sharing the battery together. By psychologically integrating the addictiveness of the two devices into one, maximizing the synergy effect, the negative image of addiction It will lead to a useful culture, and biologically, some of the food culture that consumes a lot of materials is imposed as the practical function of the fusion of the equipment with the common utilization of both devices, and it is easy, rich and quick , Smart civilization that promotes human health and ensures safety, smokes and ubiquitous breathing.

The basic technology that enables the sharing of these two devices is a display device which is an essential function common to the two devices, a high capacity battery performance, an advanced healthcare inspection device, and an accommodation structure for these devices. For this purpose, the present invention adopts a cylindrical high-capacity ship hull type battery and a conventional cylindrical large battery, which can easily be installed and used by flexible displayer for the display window, As a device, a function of a health check device is added to a transmitter and a device which are unique functions of a smart phone, a necessary functional device is added, and a Bluetooth function is used as a basis of a ubiquitous device.

The present invention with the above object is to provide a system and a method for controlling the use of steam inhaler function and use range and quality and a combination of digital devices based on IT technology (telephone, clock, MP3, game machine, camera, recorder, PC, etc.), which is a fusion of smart phones and bio-equipment centered on health care (food and sound, inhalation devices) to expand the convergence of the ultra-advanced ubiquitous fusion designed to create a new culture of breathing Device.

The steam inhaler typically includes a battery; Wherein the catheter is composed of a liquid reservoir for storing the liquid phase of the electronic cigarette and a fogging device having a core including a heating part for atomizing the supplied liquid phase, and a representative device of such a vapor inhaler is an electronic cigarette.

Generally, the catomizer of this conventional device structure mixes a composite composition composed of various fragrances and a combination of nicotine or fragrance in one liquid storage portion with glycerine and propylene glycol, which are one solvent, Wherein the heating portion heating element such as a nichrome wire is supplied with electric power designated by one power amount, and the liquid phase of the composite composition is unilaterally heated and boiled for forced boiling and atomizing at a unified uncontrolled temperature.

The fragrance containing nicotine, which has a different boiling point and a suitable solvent for each constituent perfume, is dissolved in one uniform solvent such as glycerin and floroprene glycol to form a liquid composition, and the liquid composition is mixed with an uncontrolled fixed degree of fixing In the case of unilaterally heating atomization at the temperature range, it is necessary to atomize the liquid phase to an excessive temperature relative to the boiling temperature corresponding to each composition in order to batch atomize all the compositions. Inevitably, the component having a relatively low boiling point, When the liquid phase is heated to a temperature equal to or lower than that of a composition component having a relatively high boiling point, the high boiling point liquid phase is incompletely fumed due to boiling scattering of the composition sufficiently boiling at this temperature, It becomes difficult to realize the taste expression of the composition.

For example, fragrances can be divided into water-soluble fragrances which use water as a solvent, emulsifying fragrances emulsified by emulsifying with water using emulsifiers, and oil-soluble fragrances using organic solvents such as glycerin and propylene glycol, The boiling point of glycerin, which is important for atomization, reaches 290 ℃. The boiling point of nicotine, which is the core of electronic cigarette, is 247 ℃. , And most of the spices have volatility to vaporize at 10 ° C. Considering that the boiling point of the water-soluble perfume ranges from 80 to 150 ° C and the availability ranges from 100 to 210 ° C, And the solvent are constituted of a single composition and are uncon- trolled and controlled unilaterally by a heating element whose instantaneous exothermic temperature reaches 900 ° C, The instantaneous heating boiling by supplying the electric power designated as the power source may cause a serious problem in the safety of the vaporization steam and the expression of the taste.

In actual experiments, water and glycerin are mixed only with a difference of about 3 times their boiling point, and then heated to boiling at a slowly controlled temperature, the water is boiled and evaporated prior to the glycerin, And then the glycerin is boiled and evaporated. These experiments show that when heated to its controlled temperature, which is safe for each composition, complete and siliceous atomization, which boils and evaporates in a state of simultaneous mixing of all components of each composition, is impossible.

The reality of this experiment is that physically proving that it is impossible to ensure complete safety and uniformity of the vaporization steam of the existing apparatus, even if a good recipe is made with each perfume composition having a large boiling point deviation I will.

The present invention of an atomizing steam generating apparatus, which is suitable for the purpose of using the conventional electronic cigarette and steam inhaler for the purpose of sucking such fragrance and drug or electronic atomization such as nicotine, have. One such method is to incorporate three partial catomizers in parallel in a catomizer, which is then connected to the battery and the dewar, so that the liquid phase stored in each of the built- It is a method of atomizing by supply. However, in this method, it is difficult to provide various fragrance compositions only with the built-in catomizer. In addition, since the built-in partial catomas are fixed, it is difficult to replace them, There is a disadvantage that it is not practical enough to cause inconveniences. In addition, for example, there is a disadvantage in that a single catomizer is provided with two liquid-phase storage portions and an electromagnetic drive pump for each of the two, thereby pumping the selected liquid composition into one heat- (A system in which a liquid-phase storage portion of a pure nicotine composition and a liquid-phase storage portion of perfume alone are separately provided and pumped to the heat generating portion to atomize the same in any manner). However, in this case, There is a problem that utilization is extremely limited.

Above all, as a concrete example, it is possible to store a liquid to be stored in a storage unit according to needs, such as a tobacco liquid, a coffee liquid, an obesity treatment liquid, a vitamin liquid, an aromatherapy perfume liquid, KATOMIZER is combined with KATOMIZER which stores additive perfume composition in one device, it is convenient to make portable by only one device which can connect power source only to necessary part and suck in produced steam Devices with gender have not existed at present.

Therefore, it is possible to provide each catomizer with a composition such as a battery, a switch body, and a body part as a cavity device, and to provide various compositions such as a fragrance and a drug, and individually or in combination, And then sucked into one integrated vapor so as to inhale any of a variety of flavors and drugs and nicotine, caffeine, diet appetite suppressant (such as water-soluble hoodia as a vegetable extract) with appropriate vapors at the user's choice, or (A battery and a switch body and a water body) so as to be capable of independently sucking up most of the perfume and the like, or a plurality of cats The mower can be selected to meet the intended use and assembled into a single device structure The invention of a new steam inhaler which can be used by turning it on or changing it at any time and which can be used infinitely expanding the limit of its utilization is desperate.

Thus, the function of the conventional electronic cigarette and steam inhaler is to control the unidirectional heat transfer of the unilaterally controlled high-temperature liquid to the liquid phase of the single composite composition, regardless of the boiling point of each component, It is difficult to enhance the function of the device itself or to improve the safety of the device by limiting the utilization of the steam inhaler by limiting the function of the device itself to a very simple function device. Thus, the function of the device itself as an electronic cigarette, There has been a limit to expanding the use of steam inhalers for inhalation of diverse components through the respiratory apparatus, such as health supplements or inhalation of drugs. It is one of the main object of the present invention to recognize such a problem and to overcome it and to develop a new culture of a food and drink culture as a suction culture.

On the other hand, in the case of the conventional electronic cigarette, the switch operation for operating the power supply and the power supply is manually and automatically limited. In this case, the electronic control device pcb The battery is used as a separate battery for both manual and automatic batteries. In the case of an automatic battery, it is limited in its durability due to frequent faults in the structure of a device requiring fine operation, , There is no improvement in the function of any control device or device itself for controlling the heat generating portion of the existing atomizer structure and the adoption of the battery has not been made. The limitation of the selection of the power supply mode in the conventional electronic cigarette machine itself shows that the electronic cigarette function is limited in expanding its application range to the steam inhaler for sucking a wide range of spice vapors. That is, various modes of power supply method should be adopted for the method of supplying the power according to the characteristics of the liquid composition used as a single device, but the existing devices are not.

For example, in order to properly atomize the liquid composition mixed with several components, the automatic method is suitable for the method of instantly atomizing with the instantaneous high temperature (in this case, the supply power should be relatively high). However, The system may be more suitable and in order to supply power to the heating unit to reach homogeneous atomization at a relatively low temperature (when each component reaches each boiling temperature and all components are sufficiently atomized) The controller must be installed and the heat generating area of the heat generating part must be relatively large. In this case, the continuous mode in which the power is continuously supplied may be suitable. However, existing electronic cigarette devices use this important power supply mode in one mode only.

Therefore, in order for the electronic cigarette machine to expand the range of use of the device as a comprehensive perfume inhaler, and to separate and mix liquid components of various components into a single assembled single device as in the present invention, It must be manufactured in such a manner that all usable modes such as manual, automatic, and continuous modes can be selected and used according to the nature of the liquid composition to be used and according to the user's preference, and its durability should be ensured.

In addition, in addition to the limitation of the selection range of the switch operation mode of the conventional electronic cigarette apparatus as described above, the supply method of the designated electric power is extremely limited, and the limit of the liquid composition is completely limited. For example, a conventional electronic cigarette apparatus basically has a simple power supply system that uses a specified voltage uniformly in the manufacture of a battery, or adds a power regulator such as a voltage to operate a unilaterally regulated power to only a quantity So that it is far from the fine and precise power control itself which is suitable for each component of the liquid composition. In order to obtain a rather large amount of liquid, the proper amount of liquid feed is not controlled to the power controlled by high power, The high power supply for the power supply itself leads to the liquid combustion and causes the harmful substances to be generated, thereby causing the problem of extremely lowering the safety of the use of the device. Basically, the purpose of the power control is adjusted to the concept of control , Without its basic rational purpose or purpose, Only a situation that the power control focusing. In other words, if the power control is made only for the amount of fuel, even if the basic purpose and reason of the liquid atomization is not the burning of the constituents but the complete boiling evaporation of the constituents, the liquid supply is controlled corresponding to the power control, If power control is applied to increase the amount of fuel in an unprotected state, this will not only increase the efficiency of the device but also lead to an adverse effect that would impair its safety. Thus, without proper control of the liquid supply and simultaneous power control, and proper and precise power control to achieve perfect homogeneous atomization, not only the performance improvement of the electronic cigarette and steam inhaler itself, but also the steam inhaler, It can not help but reach a limit to advance and broaden the application area of the inhaler.

The present invention again attempts to overcome the limitations of the steam inhaler, which is representative of the existing electronic cigarette, by returning to the mist generating unit of the heating unit which is the core of the constituting apparatus.

It should be borne in mind that there has been considerable progress made in the patent registration and filing of inventions of inventions of the present invention. However, all of the inventions of the present invention can be applied to the design of the crucible, the temperature control device, and the metal net itself, which are the additional devices through the development of materials such as metal nets and the like, And pressure atomization method. In fact, they are obviously innovative inventions that solve the problems and limitations of existing electronic cigarette and vapor inhalers. However, all the inventions so far have overcome the limitations of the artificial method according to the invention of the new apparatus rather than the method of attaining the complete and siliceous atomization by natural liquid heating. Therefore, the present invention overcomes the problem that an invention of an additional apparatus must be accompanied by using an artificial method, and by inventing a new atomizing apparatus focusing on the principle of steam generation principle, not only the basic invention of the present invention but also existing We present a fogging device which is faithful to the natural principle that overcomes the limitation of the fogging device completely.

On the other hand, existing e-cigarette and steam inhaler should be expanded to expand the scope and function of the application, and to expand the sharing of win-win functions and peripheral fusion with neighboring devices with a wide range of utilization and use range. Since software development is important, various inventions are required. In order to extend the range of use, high capacity battery mounting of electronic cigarette and vapor inhaler is required.

There have been some efforts in existing devices to meet these needs. Examples of such efforts include, in the case of electronic cigarettes having nicotine as the core of the liquid composition, displaying the number of times of use of the electronic cigarette in a digital display window, thereby preventing a side effect of the user inhaling a large amount of nicotine indefinitely (Patent Registration No. 10-10981120000, No. 10-10981120000, No. 10-10981120000), which is designed to help users quit smoking by managing the smoking habits of users by inputting the data to the PC by programming the usage amount, usage habits, (Utility Model Registration No. 20-04667570000) equipped with an electronic cigarette machine equipped with an electronic cigarette machine However, in the case of the management method for the liquid phase use in the existing electronic cigarette, the usage amount management is performed only when the user confirms the liquid phase storage container (nowadays, almost all of the electronic cigarette liquid reservoir is made of the transparent container, The user can not manage his or her own smoking in real time because it has to be linked with the PC in the case of managing the use of the electronic cigarette by the latter management program because the amount of the inhalation can be known and is not very practical And second, the way in which a user manages the intake of nicotine through the electronic cigarette device is limited to the number of times the electronic cigarette device is inhaled, and the nicotine concentration of the inhaled vapor is not accurately checked, The tolerance level is not managed in real time based on the user's health condition. Set or only manufacturer to use a limit is set arbitrarily, blocking devices in a certain number of suction, by controlling the devices used unreasonable force control method that substantially and there is no problem to get the correct management effects. Most of all, the invention for managing the use of such electronic cigarette devices is limited to the original function of the electronic cigarette device for sucking nicotine, and is applied to the steam inhaler including all the inhalable fragrances such as health supplements and drugs The limitations of the real-time display of the management program, which comes from the structure and size of the existing electronic cigarette equipment, is a problem to be overcome. In addition, conventional electronic cigarette management programs and apparatuses do not have a device for detecting the use of liquid or harmful substances generated from the use of the apparatus, .

Meanwhile, in order to expand the use of the electronic cigarette machine, the method of installing the game machine and the electronic cigarette machine in the electronic cigarette machine as in the conventional patent registration No. 10-12500190000 may be a method of expanding the use of the electronic cigarette machine, There are limitations of the display device and it can not be said that it is practical and expansion of the application is not enough to expand the function of electronic cigarette or vapor inhaler itself at the same time.

Also, existing electronic cigarettes, representing steam inhalers, are at a higher risk of loss, as do all portable devices. In order to prepare for the risk of such a loss, some inventions have invented a method in which an alarm is sounded when a used device is separated from a user by a certain distance, but this also applies to a case where a user recognizes There is a problem that it is impractical because an electronic device capable of transmitting can be provided separately.

The creative idea of sharing and linking with the smartphone, which is a generalization of IT technology, for the alternative absorption of electronic cigarette and steam inhaler, and the trend creation, rather than overcoming the problem of existing electronic cigarette or steam inhaler The smartphone, which is the sum of modern civilization faced with the limit of the expansion by further maximizing the utilization of the device by merely fusing only IT devices, is not IT, but the smart steam only sucks in the traditional food culture By expanding the convergence to smart steam inhaler, which is a device that can be brought up as a bio-purpose device for unconventional innovation and capable of boiling and boiling itself, it can overcome the problem of reaching the limit of its own use It is a time demand that the steam inhaler of the present invention, which is a living body device that will lead a suction culture, In the convergence with the steam inhaler, which enables the substitution of a part of the food culture to the smart inhalation culture, expansion of the utilization of this smartphone realizes the ubiquitousization that the information in IT and the steam inhaler which is the object device function as one. I will do it.

The ubiquitous convergence of the smartphone and the steam aspirator as described above can be realized by the combination of the physical function device of the fusion device of the two devices in the aspect of health, which is the core of human happiness promotion, Care device, and this healthcare device requires a software application that itself requires a great amount of guidance and management programs, so that a smartphone that is portable in real time and usable without space constraints, The smartphone is the physical function device that makes it easiest to integrate the healthcare sensing device. With these healthcare sensing devices, the user health information and the real-time user inhaling effect on the use of the combined steam inhaler In addition to checking and database building, The Bluetooth function communicates with various sensors incorporated in the steam aspirator to transmit sensed information according to the user's use of the device and provide feedback and guidance on the use of the device based on the information, , The effectiveness and efficiency of the use of the steam inhaler are maximized and the safety of use thereof is ensured, and the ubiquitous convergence of the two devices will enable a new and practical inhalation culture creation.

The invention of the present invention broadly extends the absorption of a certain component into the lung by steam starting from an electronic cigarette to a steam inhaler fused to a smartphone equipped with a healthcare function, thereby enabling the electronic cigarette to absorb nicotine as a vapor By maximizing the use of all kinds of perfumes, health foods, medicines, etc., which can be absorbed into the oral cavity and lungs by generating steam electronically while personalizing with the concept of a device, And to create a new culture by substituting the absorbing culture with the absorbing culture.

The basic rationale for the cultural realization of this invention is as follows: First, human beings are the only animals with a culture of boiling to consume food and absorb the ingredients. This is the universal way of food culture, Secondly, although it was not possible in the past, it was not possible to use modern methods for boiling tools, especially for electronic cigarettes. The development of the electronic boiling method in a small furnace such as a steam inhaler which overcomes the limit of the space which is the limit of the boiling food culture and overcomes the limit of time because it becomes available in the user circulation space in real time Thirdly, most of the ingredients and their usefulness to be absorbed by the development of chemistry are revealed. The majority of the components can be supplied as extractable material, which allows diversification of the absorption method of the human body. Fourth, the lungs of the human body can absorb finely divided substances, (Caffeine of coffee, nicotine of tobacco, various vitamins, carbohydrates, and essential amino acids except water and fat), and the like. Etc.) can supply a sufficient amount to the body by only a small amount of absorption, and when the food is taken and absorbed in the intestine, it is possible to overcome the problem of consuming a large amount of food or wasting it or causing obesity , Sixth, to feel the incense stimulates psychological satisfaction, so the core absorption component (for example, The caffeine of tin or coffee) and absorbing only the fragrance. By satisfying the satisfaction, it is possible to enjoy the pleasure while keeping health. Eighth, in case of food, if you want to eat more, you can not eat it. , The fact that people can enjoy the incense that they want to enjoy even if they have a hunger, and there are few limitations on the enjoyment of them. Ninth, the human being has absorbed a great amount of substances through smoking to a large extent The fact that the components of the fine material that can be absorbed by the lungs are largely unlimited (absorbing a large amount of toxic substances by absorbing smoke to harm health is a separate matter from the fact that the lungs absorb the microparticulate substances) The tenth, now the sum of IT, is about smart devices that want to converge. In addition to being able to provide the software of the application of the management program and to enhance the mutual commercial convenience with the device to be fused, the technical limit to the physical connection between the devices is small. In addition, The smartphone has many cases of convergence between the healthcare devices in the existing functions and the smartphone interface function device itself can utilize the healthcare sensor device and the separate sensing device The steam inhaler for sucking the extract components such as the plant, which is the material of the food, is required to guide, manage and control its use for efficiency, safety and safety, These guides, controls and controls can be used to control the power of the steam aspirator, Group device. The second is that there is no technical problem about ubiquitous convergence of information and object devices based on modern Bluetooth technology, and the third is that there is no smartphone based on healthcare. Since the practical and public commercialization has not yet been achieved, the absorption of ingredients should be based on health care, which will lead to a smart inhaling culture. Therefore, the convergence of the two devices is popular in ubiquitous healthcare These grounds can be varied in various ways such as the present invention, without limitation of space, according to the user's movement, and according to their needs, without any time constraints, in real time The ability to inhale these various components, which can boil the ingredients' vapors, in one device , Which will enable the realization of a smart steam inhaler that is real-time healthcare integrated with a smartphone. The ubiquitous smartphone fusion steam inhaler is a kind of conventional inhaler which absorbs ingredients through the stomach and drinking) culture into a breathing culture that absorbs the constituents of matter into the body through the lungs, and can enhance human life more healthily and happily.

The human lung does not only function as an air exchanger that absorbs oxygen in the air and emits carbon dioxide in the body, but absorbs many components contained in the air as fine particles, Has developed a drug absorption device that utilizes the ability of these lungs to absorb minute microstructural component components rapidly. However, it is difficult to improve the accuracy of the drug administration core, and it has been shown that the effect of the component is inhaled from the long- Tobacco was very limited in its predominance (it is also used in some drugs for a long time). This limitation is in reality a way of burning a solid and inhaling it in the form of smoke, despite the fact that it is difficult to recognize the enormous harmful substances generated from combustion (the fact that harmful substances are generated in burning substances before science develops) Most practical, tobacco has been the object of its use. However, the method of sucking in steam is not possible in the past that can not carry the container, so it was not easy to inhale the perfume through the steam. Recently, when e-cigarette was invented, dissolution of nicotine in glycerin resulted in visual atomization, and more than the amount of nicotine absorbed by the leaf tobacco became similar to that of tobacco smoke, A cigarette that sucks the smoldering smoke is at a turning point in a simple and portable electronic furnace, replacing it with a modern way of electronic cigarettes that vaporize glycerin with a large amount of nicotine-containing quantities.

Accordingly, the present invention broadly extends the steam generating function of such electronic cigarette, and in the substitution of a burning-type tobacco substitute for absorbing nicotine into the lung, the steam which does not burn the toxic substance We have developed a high-function, high-efficiency steam generating and breathing system that creates a wide range of steam inhaling culture that can change the culture of food, drug, and perfume while benefiting the body and fuses it to the cell phone of modern civilization. By maximizing utilization, it has come to the invention of this device to create a new suction culture.

According to the present invention, Individual power-controlled A and B cathetomes assembled into single or middle layers; A volumetric voltage regulator comprising a second switch body of selected mode: a vapor inhaler comprising a healthcare sensing device integrated in a smartphone convergence or coupling device and a balun or cylindrical battery,

The catomyters are of two types, type A and type B. Basically, each type of catheter is basically composed of a catheter for starting assembly with the switch body, a catheter for intermediate assembly, and a catheter for final assembly, , And each catomizer is a nutrient which is satisfactorily absorbed by a small amount of absorption such as a flavor for fragrance or a therapeutic agent and a health supplement of the aroma therapy through it, essential amino acids and minerals and vitamins, or coffee for inhaling steam, Various liquid compositions that can be absorbed directly in the oral cavity and lungs by inhalation of a vapor, such as a hoodia, a dietary appetite suppressant, various inhalation drugs, and a tobacco liquid of a nicotine composition, can be stored in individual storage containers, And each of these individual catomas is constituted by a selection of the composition to be inhaled by the user , The number of assemblies and the type of assembled catheters are determined. This type can be assembled into three types of A type, B type, or A and B mixed type.

In this type of assembly, when only Type A is combined and assembled, the steam generated from the lower catheter is partially mixed with the steam generated at the upper portion through the core of the heating portion, When the B type is combined and assembled, the steam discharged from the bottom is introduced into the upper atomization chamber through the steam discharge and inflow passages provided in the liquid-phase storage portion, and is generated. It is used when a weak steam mixing method (when putting on the taste of the individual fragrance) is adopted, and the A · B mixing type can be used when it is desired to taste a fine taste difference between fragrance .

For example, when an additive flavor centered on nicotine is to be inhaled for cigarette use, in this case, the type A combination method is recommended in order to enhance mutual strong mixing, flavor, and impact sensation between compositions, At this time, it is possible to basically assemble the KATOMIZER, which can be selectively assembled and used, the KATOMIZER which stores the extract of the food such as the nicotine solution catomizer, the fragrance KATOMISER such as menthol flavor, and the feeling sensation capsaicin, The lower part of the nicotine liquid reservoir, which has the highest boiling point, is formed in the middle of the fragrance storage part of the fragrance storage medium which has a relatively low atomizing temperature, , These compositions can be inhaled completely and in a gaseous form. In this case, when the user turns off the switch of the partial voltage regulator of the catheter having the nicotine liquid storage portion, the user can smoke only the vapor of the sensation of sensation of sensation and fragrance and smoke nicotine, It is possible not only to have a width of the selection by cutting off the power of a part of the scalpel but also to replace the catomizer of the fragrance storage part and the catomizer of the hitting sensation extract with another component, By using a catomizer with a component storage unit interlockingly, the range of choice can be infinitely extended.

Another example is the effect of drinking coffee with steam to drink coffee, which can be used to drink excessive amounts of sugar together with coffee to avoid side effects such as obesity, In addition to the decaffeinated coffee, various flavors of coffee with various flavors can be sucked into a single steam inhaler to maximize the efficiency of coffee use. In this case, a catomizer with a caffeine-only liquid container and a basic coffee The catomizer of the liquid container with the incense and the fragrance of the fruity / citrus, nutty, Trichocaulon or Hoodia depending on the roasting state of the coffee. To assemble the katomizer of the container in which the plant extract was stored and to use it, It can be used in combination with a catomizer that stores a liquid such as roasted meat or incense. The method is the same as that of coffee. In this case, the incense of fragrance and the rich fogging fumes satisfy the psychological satisfaction for the food to be eaten While the appetite suppressant extract absorbs the vapor of the extract into the lungs such as the intravenous injection, the appetite is rapidly suppressed, and the dieting can be enjoyed. Therefore, various food scents can be taken easily, and the psychological satisfaction is doubled. I can get the opposite effect of sprouting, but since the diet helps me to lose appetite, if a certain amount of appetite suppressant is absorbed, my appetite will be suppressed, and after a certain period of time during the use of the device, , The inhalation effect of a dietary formulation inhaled with food flavor may be effective and efficient The.

Eucalyptus oil or its extract, Sinior, which is an example of aromatherapy treatment, traditionally treats a wide range of areas such as the respiratory system, nervous system, and skin by breathing the steam by dropping this oil in hot water , Anti-inflammatory, anti-neuralgic, anti-rheumatic, antiseptic, anticonvulsive, antiviral, convergence, sedative, scar formation, congestion, deodorization, diuretic, This is an example of a method of inhaling steam of a plant extract oil, which can be applied to the present invention which is scientifically invented to inhale steam, and the use of the steam inhaler of the present invention for treating other aroma therapy maximizes its therapeutic effect .

In addition, the function of the humidifier can be directly used as a direct humidifier for the respirator that allows the water vapor to be sucked in. In addition, the anion generating apparatus applied by the inventor of the present invention with the anion generator 10-2013-0119840 The effect of the humidification will be maximized.

 Unlike the method of using the present device in such a manner that the fragrance of various members is provided to the user in order to enjoy and enjoy one key ingredient as described above, various core ingredients such as cigarette and coffee, dietetic agent, oral cleanser, A catomizer storing various kinds of liquid compositions such as vitamins, health supplements and perfumes can be assembled and used in one device. In this case, if the user wishes to inhale only cigarettes, the individual catechizers may be turned off and the catechomain may be turned on. If the user intends to use coffee, he or she may operate the device in the same manner as a cigarette . And if you want to inhale other ingredients, you can use it as above. If you want to inhale each main ingredient while using the basic fragrance, you can use the basic fragrance and the respective ingredients kato together. In this case, the user can use tobacco, coffee, darts, vitamins, health supplements and drugs at the same time in one steam inhaler, so that the place where the user uses this device can direct the culture space for oneself It will be able to enjoy the convenience and convenience of the hotel at the same time.

 Such a catheter has a controllably adjustable liquid supply core for the atomization of the liquid phase and a proper atomization of the supplied liquid phase by each catomizer, a heating unit for completely atomizing it, Power supply is required.

 In order to achieve the above object, the present invention provides a multi-type air discharge apparatus for automatically adjusting and supplying a liquid phase corresponding to a variation of power supplied and controlled in a liquid-phase wick, wherein the air introduced into the liquid- This is a key device that allows the liquid to be quickly absorbed and supplied to the heat generating unit by quickly discharging it at all positions irrespective of the temperature of the liquid. A boiler convection chamber which enables the complete atomization of the natural type boiler system capable of steam evaporation without scattering the boiling liquid phase up to three times the standard amount of the feed liquid automatically supplied in accordance with the supplied power, So that the evaporation is carried out after ensuring a sufficient evaporation temperature and continuing convection in the liquid state, And a second power control regulator for supplying the finely regulated power to the heat generating part which completely emits the liquid phase is provided.

 Each catheter to be assembled as described above finely controls and supplies power itself, and the corresponding liquid phase supply is automatically regulated and supplied at the same time, so that the supplied power and liquid phase are completely atomized A complete self-controlled individual catomizer is provided in which the basic power by the first power regulator, which is controlled by the device as a whole, is regulated so that each catomizer is supplied in parallel with the same voltage, , So that it is possible to simultaneously and simultaneously operate a plurality of catomizers by a single device while completely and uniformly atomizing the vaporized vapor so that the taste expression and the absorption of components are maximized. .

 Meanwhile, the ideal control steam is produced and sucked by the above-mentioned efficiency control function of multi-control and the function of the convection room having an improved heating unit. Thus, the final control step is obtained once again, This is due to the pressure regulator. This function controls the degree of inhalation of the generated vapor to the steam, and the steam produced by the heating unit of each catheter is discharged as quickly as possible. Thus, controlling the rate of discharge in this way can in turn lead to delayed release, and on the other hand, the degree of inclusion of external air, ie, its concentration, in the pure liquid vapor generated can be controlled. In addition, it is possible to control the amount of atomized steam itself to be inhaled and to control the degree of complete atomization of the exhausted steam. For example, when the suction pressure control valve is opened only slightly, the suction force becomes relatively tight, so that the steam generated in the heating portion is not discharged quickly, so that the particles are heated further and the particles are discharged with a smaller amount of vapor. At the same time, the amount of external air inflow is small and the concentration of the exhaust steam is high. These adjustments may vary depending on the composition of the liquid phase. That is, in the case of drugs, the particles of generated vapors must be finer and their concentrations must be larger for efficient absorption in the lungs. Therefore, it is essential to strongly control the suction pressure. On the other hand, in the case of cigarette, since the feeling of fullness felt in fog is large, it is preferable that the amount of air contained in the generated steam is low for a large amount of smoke. Therefore, in this case, it may be useful to open the control valve a lot and lower the suction pressure.

The above-described invention relates to hardware aspects that are inherent functions of the device itself.

As described above, in the present invention, the suction pressure control valve can basically control the degree and the concentration of the amount of the smoke, and the concentration of the inhaled steam associated with the control and the cumulative number of times of suction Information on the precise suction amount of the component and its suction type is sent to a guidance and management program of a smartphone application fused with a steam inhaler or a smartphone application shared with a user via a smartphone linkage device, , Or by various health check devices built into the smartphone and smartphone linkage device, the suction effect can be measured by a check on the user's body, in accordance with the guide of the user, By communication, the assembly and use thereof is recognized in real time, and the information data on the used liquid phase The smartphone application, which is based on all the sensed and checked information, is running on the smartphone, including cigarette inhalation or drug inhalation for smoking cessation, inhalation by means of diet planning, and inhalation of caffeinated coffee Real-time and precise management, guides the user through a real-time display language so that the user can inhale an appropriate amount of components, and if necessary, directly controls the use of the user's device in accordance with the program, Is operated to maximize the enjoyment of the use while promoting management of the user's health.

The present invention relates to a system for managing the use of a steam inhaler, which comprises a sensor for sensing the sensing element in a water sucking the generated steam and adjusting the suction pressure thereof, and a sensor for detecting a hazardous substance An electronic controller is provided which doubles up the sensors and which carries out control according to a management program of a smartphone application and individual detectors for sending information about the liquid used by the assembled individual catomizers and their use, The health check check device that checks the effect and activates the management program based on this information to guide and control the use of the user's device in real time is embedded in the smartphone and the smart phone link device. Here, the management processing for the sensed information is adopted as a device added to the smart phone (a function added to the smart phone unique function) so that the management device is processed in a convergent or associated smart phone, Which was physically combined with the battery, was invented as a built-in or external device on the periphery of a smartphone body or a smartphone connection device.

In the cigarette-sharing system of the smartphone for the above-described steam inhaler, a smartphone and a steam inhaler are physically mediated by a battery and functionally mediated by a healthcare device, thereby creating a new device fused into one device . In this case, the smartphone has overcome the limit of convergence of most digital devices based on IT so far as additional functions (the limitation of its range of use is limited due to the lack of functions that can be fused) In addition, through the built-in diagnosis system of healthcare, we extend the ubiquitous medical diagnosis function that human health diagnosis is checked in real time, and integrate new, healthcare-based bio-function steam inhaler It will be able to develop again as a core device to create a culture, and it will be able to overcome the limit of demand for smart phones. On the contrary, the steam inhaler is limited to the typical obesity problem caused by the abundant food culture of abundant material civilization by substituting the function of the hardware device with the function of the smart device, It is possible to overcome the limitation of obesity by absorbing the limit of the intake by a small amount of the inhalation, furthermore, it is possible to overcome the limit of obesity, furthermore, to absorb the drug through the lung, absorb a small amount of essential nutrients through the lung, And the user's real-time health checks on the extent and effect of absorption of these components are carried out by various detection and control devices installed in the steam inhaler itself and with blood drop, blood concentration on the inhalation liquid phase in use, Various cancer diagnosis and basic metabolism useful to modern people, thyroid, liver function, kidney function, hepatitis, anemia etc. It is possible to perform real-time precise management with a built-in healthcare screening device equipped with a blood diagnosis, diagnosis and measurement of blood, a blood glucose and concentration measuring device, a stethoscope for detecting heart and body condition, a blood pressure measuring device, The safety and usability of the use of the device and the functionality thereof can be upgraded and the creation of a single inhalation culture can be rapidly promoted.

In addition, the above-described method is basically the same as implementing the above-mentioned effects, but merely having two devices physically separate from each other. In this case, The Bluetooth function that enables short-range communication between the two devices is the mediator of the combination. In this case, in the case of a smartphone, a telephone call is made without taking out the smartphone with the steam inhaler which is in use or carried, such as a galaxy gear currently being released, a picture is taken with the built-in camera, Or functions as an auxiliary device for performing an interface function of a smartphone, such as executing a program of a smartphone in a main flexible display built in the device, and the smartphone can basically perform a function of a steam inhaler Detectors incorporated in the pressure regulating valve, individual assembled catheter detection, and information on the amount of vapor inhaled by each component sent from the controller are received and stored in a database, integrated with diagnostic and measured information from the healthcare diagnostic device, It manages according to the management program, and it realizes the user in the liquid inhalation The manual guide and the user's health guide are provided in real time in the steam inhaler battery and the flexible display built in the linkage field (in the case of the drug, the amount of nicotine intake or the target nicotine intake time, The amount of caffeine in the case of coffee, the amount and effect of inhalation and the effect of diet, and the amount of calories consumed by the food), thereby maximizing the effectiveness and efficiency of use of the device. Further, Real-time management of the steam aspirator, which maximizes the cultural value of the device through applications and guides that provide information and guidance (device and liquid purchase instructions, appropriate liquid ingredient information according to user needs, And performs the added function as a device.

The combination of the two devices in the above-mentioned two ways is physically performed by sharing the battery and the healthcare screening and measuring device. Psychologically, the additivity of the two devices and the high level user needs are almost the same level. And it is inevitable that it can be carried at all times. In this regard, in the non-convergence mode of the two devices, the smartphone and the steam aspirator can sound an alarm according to the degree of separation between the devices, thereby preventing mutual loss or mutual mobile omission.

In addition, the combination of the two devices shares the essential battery and progressive healthcare screening and measuring device, both of which are fusion-shared or cooperative-sharing, by their physical medium. The battery is mainly cylindrical, In the case of the cylinder type, there are two types of cylinder type and cylinder type which are cylindrical type and bar type, and a flexible display can be installed on the outer surface of the cylinder by external means, or by a built- It is also advantageous to mount a display of a considerable width (display width = inner diameter of the built-in device x 3.14) even with a small-volume cylindrical device.

The multifunctional multifunctional vapor inhaler with built-in multi-catheter, in which the smartphone is shared with the smartphone in the form of fusion or linkage, can be divided into smart The convergence of information and information is a revolutionary device that will realize ubiquitous, which will fuse IT and bioculture that evolve into a sucking culture, and bring out the trend of new culture.

1 is a cross-sectional view illustrating a configuration of a steam inhaler according to an embodiment of the present invention.
Fig. 2 is an enlarged view of the first catomizer shown in Fig.
Fig. 3 illustrates a form of a flexible non-burnable metal net constituting the first wick and the first heating portion shown in Fig.
FIG. 4 illustrates the first voltage regulator shown in FIG.
Fig. 5 is an enlarged view of the main body portion shown in Fig.
FIG. 6 illustrates the second voltage regulator shown in FIG.
Fig. 7 shows a state in which the switch is operated in the third mode according to the operation of the switch shown in Fig.
8 is a block diagram showing a configuration of the smartphone linking apparatus shown in FIG.
9 is a cross-sectional view showing the configuration of a second catheter of a vapor inhaler according to another embodiment of the present invention.
10 is a schematic plan view showing a plane of the smartphone connection device shown in Fig.
11A and 11B are front views showing other forms of the smartphone connection device.
Figures 12 and 13 illustrate another form of smartphone linkage.

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

Referring to FIG. 1, a steam inhaler according to an embodiment of the present invention includes a suction unit 100 for sucking vaporized vapor; A catheter (210, 700) for generating vaporized vapor; A main body 300 including a switch 400 for controlling operation of the catheters 210 and 700; And a battery 500 that supplies power to the catheters 210 and 700.

The vapor inhaler according to an embodiment of the present invention is configured such that the catheters 210 and 700 are independently constructed from the suction unit 100 and the body unit 300 and are provided between the suction unit 100 and the body unit 300 The number of which can be selectively combined. To this end, the catheters 210, 700 may be provided with one or more coupling means, through which a plurality of couplings of the catheters 210, 700 and the catheters 210, (100) and the main body (300). The structure of the coupling means will be described below with reference to the detailed description of the catheters 210 and 700.

The catomizer of the present invention is a catomer of Form A (first form: hereinafter referred to as first catomizer) 200 and Form B (second form: hereinafter referred to as second catomizer) 700 . &Lt; / RTI &gt; Each of the first and second forms of the catomer is described in detail below.

* Description of the first Katomizer

Fig. 2 is an enlarged view of the first catomizer shown in Fig.

Referring to FIG. 2, the first catheter 200 includes a first atomizer housing 210; A first liquid container (220); A first atomizer centering member (230); A first core 241; A first heating portion 242; And a first liquid pipe cap 250.

The first atomizer housing 210 includes a first liquid container 220, a first atomizer center member 230, a first wick 241, a first heating portion 242, and a first liquid container plug 250. [ Respectively. In one example, the first atomizer housing 210 may be cylindrical.

The first liquid container 220 is a portion for storing the liquid phase. The first liquid container 220 can be received in a part of the inside of the first atomizer housing 210. For example, the first liquid container 220 may have a cylindrical shape whose upper surface is opened, and a liquid phase is stored in the cylinder. The coupling means may be formed at the upper end of the first liquid container (220). The coupling means may comprise a first threaded portion 221 formed on the inside of the open upper end of the cylinder.

The first atomizer center member 230 may be used to power the respective first cathetomer 200 connected to each other when the first catoptomaster 200 is coupled in a plurality, Can be transmitted to the first non-irradiation chamber 242a, which will be described later, around the first heating portion 242. The first processing chamber 242a will be described in the description of the first liquid stopper 250. In one example, the first atomizer center member 230 may be in the form of a cylindrical tube extending a predetermined length.

The first atomizer center member 230 may be positioned in the first liquid container 220 such that the lower end of the first liquid container 220 passes through 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 center member 230 exposed to the outside of the first liquid container 220 is connected to an additional first catomerizer 200 coupled below when a plurality of first catomerizers 200 are connected, And the first atomizer center member 230 may be connected to each other.

The first atomizer center member 230 also has a first gas inlet (not shown) penetrating perpendicularly to the axial direction of the first atomizer center member 230 to deliver the outside air and vaporized vapor to the first chamber 242a 231 and a first gas outlet 232. [ The first gas inlet 231 is formed in a portion exposed to the outside of the first liquid container 220, through which external air and vapor can be introduced. The first gas outlet 232 is formed in a portion of the first atomizer center member 230 housed in the first liquid container 220 so that the air and steam introduced through the first gas inlet 231 are separated by a first heat And can be discharged to the first process chamber 242a around the second process chamber 242. [

Also, the first atomizer center member 230 may include a first boiler room 233. The first boiling chamber 233 can boil the liquid phase supplied through the first wick 241 by heating the heating portion. The first boiler room 233 may be an independent empty space located within the first atomizer center member 230. The first boiler room 233 can be positioned in correspondence with the first heat generating portion 242 and the wall surface corresponding to the first heat generating portion 242 (the outer surface of the first atomizing center member) And may be open toward the portion 242. Therefore, the liquid phase supplied to the first heating portion 242 is heated and vaporized when sufficient vaporization heat is obtained. However, the liquid phase which has not been vaporized flows into the first boiling chamber 233, and into the first boiling chamber 233 The introduced liquid phase is circulated and heated by the first heat generating portion 242 while being heated by convection to obtain sufficient boiling heat, whereby the liquid phase can be completely atomized.

The first core 241 is disposed around the first atomizer center member 230 so as to surround the first atomizer center member 230 and is disposed around the first atomizer center member 230 to be partially inserted into the first liquid container 220 ). &Lt; / RTI &gt; Accordingly, the first wick 241 can supply the liquid stored in the first liquid container 220 to the first heating portion 242.

The first heating portion 242 can heat the liquid phase supplied from the first wick 241. For this, the first heating portion 242 may be located on the opposite side of the portion of the first wick 241 that is inserted into the first liquid container 220.

Fig. 3 illustrates a form of a flexible non-burnable metal net constituting the first wick and the first heating portion shown in Fig.

The first core 241 and the first heating portion 242 may be made of the flexible non-burnable metal net 240 shown in FIG. In this case, the flexible non-burnable metal net 240 is installed to wrap the first atomizer core member 230 on its own, or in a cloth of natural and synthetic fibers, or in a rolled form after being superimposed on the non-burned cotton cloth .

An air inlet passage 240a is formed in the longitudinal direction of the expanded flexible non-return metal net 240 in a rolled flexible non-return metal net 240 in the form of a roll, And an air discharge passage 240b may be formed in the lateral direction. The air inflow passage 240a is parallel to the axial direction of the roll shape in the rolled state of the flexible non-burnable metal net 240, and the air discharge passage 240b is formed by the flexible non- And can extend along the circumferential direction of the scroll in the shape of being formed. In addition, the first electrode 240c may be provided on one side of the flexible non-burnable metal net 240, and the second electrode 240d may be provided on the other side thereof. Thus, power can be supplied to the flexible non-burnable metal net 240 and can be used as the first heat generating portion 242. [

When the flexible non-burnable metal net 240 is used, the flow of air through the air inflow passage 240a and the air discharge passage 240b is smooth, so that the liquid phase supply to the first heat generating portion 242 can be performed quickly have.

The first liquid pipe closure 250 may form a space that seals the first liquid container 220 and confines the vaporized vapor generated through the first heat generating portion 242. For example, the first liquid tapper 250 may have a hollow cylindrical shape. The first liquid container closure 250 may be installed in the first atomizer housing 210 so as to be positioned below the first liquid container 220. [ The first liquid container closure 250 can seal the first liquid container 220 located below the first liquid container stopper 250 when the first catheter 200 is coupled in plurality, And may be combined with the first liquid container 220 positioned below. To this end, the first liquid stopper 250 may be provided with a coupling means. The coupling means may comprise a second threaded portion 251 formed at the lower end of the first liquid tapper 250. The second threaded portion 251 may be engaged with the first threaded portion 221 of the first catheter 200 positioned below the first catheter 210. When the first catheter 210 is coupled to the first catheter 200, The first heating portion 242 of the first catheter 200 positioned below may be positioned inside the first heating portion 242 and a space capable of holding the atomizing steam may be formed around the first heating portion 242 And the space may be the first process chamber 242a.

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

Meanwhile, the first catoptric device 200 may include a first voltage regulator 260. The first voltage regulator 260 may adjust the amount of voltage applied to the first heat generator 242 of the first catamisizer 200 when the first catomerizer 200 is assembled in plurality. 4, the first voltage regulating device 260 may be formed in a ring shape coupled to the outer surface of the first liquid pipe cap 250 so as to surround the outer surface of the first liquid pipe cap 250 have. A fastening groove 261b may be formed on one side of the ring to freely engage the ring on the outer surface of the first liquid pipe closure 250. [ For example, the engagement groove 261b is formed in a groove (not shown) through which the electrode protrusion 252, which will 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 For this purpose, the coupling groove 261b may be formed to extend a predetermined length along the axial direction of the ring.

The ring 261 may be formed with grooves 261a arranged along the circumferential direction of the ring 261 on a surface contacting the outer surface of the first liquid pipe stopper 250. [

A variable resistor 322 may be provided to contact the grooves 261a and a part of the grooves 261a may be a groove for ON / OFF.

Also, a parallel connection line 261c may be provided on one side of the ring to connect the first cathetizer 200 and the power source in parallel to each other to supply individually regulated power to the first catomizer.

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

The voltage adjustment using the first voltage regulator 260 changes the position at which the electrode protrusion 252 is coupled into the grooves 261a when the ring is rotated along the circumferential direction of the first liquid pipe stop 250, At this time, voltage regulation can be performed by the variable resistors located in the respective grooves 261a.

In order to turn on the power supplied to the first heating portion 242, the electrode protrusion 252 is placed in the ON-function groove, and the electrode protrusion 252 is set to be turned off in order to turn off the power supplied to the first heating portion 242 Can be positioned in the groove of the off function. Thus, when a plurality of first catoptomas 200 are combined, each first catomizer 200 can be selectively turned off.

According to the configuration of the first voltage regulating device 260 and the electrode protrusion 252, the ring including the variable resistor for voltage regulation can be configured to be detachable and assembled, So that the necessary power can be adjusted according to the situation.

* Explanation of the second Katomizer

The atomizer structure of the second catomizer is basically the same as that of the first catomizer, and most of the functional devices perform the same function and operate in the same manner. However, in the vaporizer structure of the second atomizer, Which is different from that of the first catheter non-combustor structure, is different from that of the second catheter non-combustor structure, In the second catomizer is replaced by a rod-shaped second atomization center member, the external air and vapor inflow and outflow function by the first atomization center member are transferred to the lower end of the liquid canister of the second catomizer The air / steam inlet being formed, so that outside air or steam for discharging the steam produced in the heat generating portion is supplied to the air and the air The air introduced from the outside air or the vapor produced by the bottom catheter is mixed with the vapor produced by the catheter generating unit and is discharged through the air inlet / And the air is introduced into the upper catheter through the air and the vapor inflow / outflow passage formed in the liquid reservoir of the catomizer.

 And the first voltage regulator provided on the outer surface of the liquid cylinder cap is identical to that of the first catomizer in all the functional devices and operations.

 The second catomizer 700 may be used interchangeably with the first catomizer 200 or may be used in combination with the first catomizer 200.

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

Referring to FIG. 9, the second catheter 700 includes a second atomizer housing 710; A second liquid container 720; A second atomizer center member 730; A second core 741; A second heating portion 742; A second liquid cylinder cap 750; And a first voltage regulator 260 that is identical to the first catomizer 200. The second atomizing center member 730 may include a second boiling chamber 731 and a second atomizing chamber 742 may be provided around the second atomizing chamber 742 when the second atomizing chamber 700 is coupled in plurality, The first electrode 742a may be formed.

The second catomizer 700 has a rod shape in which the second atomizer central member 730 is extended to a predetermined length and is connected to the second liquid atomizer 700 for the inflow of outside air supplied into the second catomerizer 700. [ Except that the second gas inlet 751 is formed at one side of the second liquid container 750 and the second gas outlet 721 is formed at one side of the second liquid container 720. The first catheter 200, They are the same or similar, and a detailed description thereof will be omitted.

In the meantime, the second catomizer 700 is configured such that the inflow of the outside air flows into the second gas inlet 751 without passing through the second atomizer central member 730, Since the steam is mixed with the vaporized vapor that is vaporized through the second heat generating portion 742 and diffused into the second vaporizing chamber 742a, Can be used.

The steam inhaler combined only with the second catomizer reduces the mixing of the steam produced by the lower catheter and the steam produced by the upper catheter relatively as compared with the case where the first catheter is combined and assembled, In this case, the combination is a drug which is required to inhale one pharmacological component more accurately than the reference food, or is selectively used when it is necessary to suck the vapor of the liquid composition composed of nutrients Lt; / RTI &gt;

Meanwhile, when the first and second catheters are mixed and assembled into a single steam inhaler, when the user wishes to inhale the vapor of the preference food or the health supplement food liquid composition, it can be selectively used according to the taste of the user .

Thus, it is possible to produce a liquid composition whose solvents are similar to each other on the basis of the boiling point of the first and second cartomizers separately, and to mix and suck it in one device while controlling the mixing intensity The present inventive prefabricated multi-catheter is capable of achieving homogeneous atomization between all components simultaneously with ensuring absolute safety that the combustion should not occur after the vapor production of the liquid composition Efficient and highly effective steam inhaler that can maximize the application range of the device to make and receive the best vaporized vapor in the most natural way and replace a significant portion of the food and drink culture with a suction culture, The ability of these devices to produce highly portable, multi-type steam without restrictions on time and space By integrating IT functions perfectly, it is possible to make ubiquitous convergence of object devices and information, which allows smart phones to converge with biometric devices.

* Description of the body

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

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

The main body housing 310 is coupled to the battery 500 and the first catheter 200 and is connected to the first power contact 510 provided in the battery 500 to supply positive power and negative One of the power supplies can be applied to the first catomizer 200 and the second catomizer 700. For example, the main body housing 310 may have a cylindrical shape and may be made of a metallic material such that power of the battery may be applied to the first and second catheters 200 and 700. A power source applied to the first catoptric device 200 and the second catoptric device 700 through the main body housing 310 may be, for example, a positive power source.

The switch 400 may include a first terminal 410 facing the first power application means 330 and a second terminal 420 facing the battery 500 have. The switch 400 may be partially exposed to the outside of the main body housing 310 and the portion located inside the main body housing 310 may be supported by the spring 430. The spring 430 can return the pushed switch 400 to the initial position inside the main body housing 310. [

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

The second voltage regulator 320 may adjust the amount of the initial voltage applied to the first catoptric device 200 and the second catheter 700 and may control the battery 500 and the battery 500 And the switch 400, as shown in Fig.

6, the second voltage regulator 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, . &Lt; / RTI &gt;

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

The first contact protrusion 323 and the second contact protrusion 324 may be positioned opposite to the switch 400 and disposed adjacent to each other in the pushing direction of the switch 400. [

The second voltage regulator 320 may be in contact with the second power contact 520 of the battery 500 as described above and the battery 500 is rotatably coupled to the body 300, The battery 500 rotates to supply the regulated power to the first catomizer 200 and the second catomizer 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 and is connected to the positive power source supplied from the battery 500 when the switch 400 is connected to the second power source contact 520 provided in the battery 500, And the remaining one of the negative power sources can be applied to the first catoptric device 200. For example, the power applied to the first catoptric device 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 when the switch 400 is pressed by the first pressure and the second pressure.

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

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 remaining one of the positive power source and the negative power source supplied from the battery 500 may be applied to the first catheter 200 and the second catheter 700. For example, the power supplied to the first catoptric device 200 and the second catoptric device 700 through the second power applying means 340 may be a negative power.

The second power applying means 340 includes a cylinder 341; A second electrode tube 343; A piston 342; And a second spring 344.

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

The second electrode tube 343 may be formed to penetrate the bottom surface of the cylinder 341 and be exposed to the outside of the cylinder 341 so that the lower end protrudes toward the switch 400. The second electrode tube 343 may contact the first terminal when the switch is pressed with 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 of the piston 342 may be connected to the first end of the first catheter 200 coupled to the body 300, And may be opposed to the lower ends of the fire center member 230 and the second atomizer center member 730. This piston 342 can be raised by the outside air flowing into the cylinder 341. [

The second spring 344 can be installed between the cylinder 341 and the piston 342 in the direction opposite to the direction in which the second electrode tube 343 is located and the piston 342 can be connected to the second electrode tube 343 It is possible to retain the elasticity that can be moved toward the center. This second spring 344 can return the raised piston 342.

Meanwhile, when the negative power source of the battery 500 is applied to the first catoptric device 200 through the first power applying means 330, the main body 300 supplies the external air to the first catoptric device 200 For supplying the outside air to the first catheter (200) when negative power is applied to the first catheter (200) through the first air passage (300a) and the second power applying means (340) (300b). &Lt; / RTI &gt;

The first air passage 300a may include a first air hole 310a penetrating the main body housing 310 and a second air hole 341a penetrating the cylinder 341. [ The first air passage 300a is opened when the first electrode pipe 331 is in contact with the first terminal 410 of the switch 400 and is opened when the first air pipe 300a is connected to the outside air flowing through the first air passage 300a Can move along the inside of the first electrode tube 331 and move into the first catheter 200. The open state of the first air passage 300a is shown in FIG.

The second air passage 300b includes a third air hole 310b formed in the main body housing 310 under the first air hole 310a and a third air hole 310b formed in the cylinder 341 under the fourth air hole 341a. And an air hole 341b. When the first terminal 410 of the switch 400 is brought into contact with the second electrode tube 343, the second air passage 300b is blocked by the first electrode tube 331, The first electrode 331 can be opened by being lowered by the first spring 332. The open state of the second air passage 300b is well shown in Fig.

Meanwhile, the suction unit 100 may include a suction pressure regulator 120 therein. For example, the suction pressure regulator 120 may be cylindrical in shape, which is rotatable within the suction unit main body 110 and has a lower surface open and an upper surface and a lower surface in a semicircular shape. In this case, if the suction unit 100 is rotated to adjust the suction pressure of the mist 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 can be adjusted .

FIG. 1 shows a state where a plurality of first catomizers 200 are coupled. Referring to FIG. 1, the process of generating and sucking vaporized vapor in a state where a plurality of first catomizers 200 are coupled is described below I will explain.

First, by operating the switch 400 to apply power to the first catoptomes 200, the first catombers 200 are supplied via the battery 500 to the first catombers 200, The first heat generating portions 242 in the first heat generating portions 200 are heated and the liquid phase supplied through the first wicks 241 is heated through the first heat generating portions 242. At this time, the liquid phase heated by each of the first boiling rooms 233 corresponding to the first heating units 242 flows and communicated through the boiling room is reheated by the convection phenomenon until sufficient boiling heat is obtained do. Therefore, the liquid phase supplied to the first heat generating units 242 is completely atomized.

In this process, the vaporized vapor generated in each of the first catheters 200 flows into the first catheter 200 located in the upper layer, and the vaporized vapor generated in the first catheter 200 in the upper layer And this process is repeated in each first catomizer 200 to effect more effective complete atomization and the vaporized vapor mixed in each first catomizer 200 is finally inhaled (100) to be sucked by the user.

Meanwhile, in this process, the voltage supplied to the entire first catoptomes 200 can be adjusted and supplied through the second voltage regulator 320, and the voltage can be supplied to the first catombers 200 through the first voltage regulator 260, The voltage supplied to the first heat generating units 242 of the power supply unit 200 can be adjusted and supplied. Therefore, it is possible to individually control the voltage according to the kind of the liquid phase stored in the first liquid containers 220 of the first catheter 200, and consequently, the liquid phase stored in each of the first liquid containers 220 The liquid phase can be vaporized by the voltage for realizing the optimized liquid taste according to the type.

In addition, when it is desired not to use a part of each first catoptric device 200, a part of the first catoptric device 200 can be turned off by using the first voltage regulating device 260. Accordingly, it is possible to selectively use only the first catheter 200 in which the liquid phase to be used is stored in accordance with the taste of the user.

When a plurality of the first catomizers 200 are used in combination as described above, different liquid phases can be stored in each first catomizer 200.

Examples of the liquid phase include tobacco liquid composition, coffee liquid composition, aromatic liquid composition, nutrient liquid composition, herbal liquid composition and the like.

The liquid coffee composition may be a composition using a coffee liquid phase having an intrinsic flavor of coffee, an added flavor of coffee, and the like.

The aromatic liquid composition may be a composition using therapeutic liquid aromatic liquids such as Eucalyptus, Cineol, Propolice, Palmarosa, Bergamot and the like.

The nutrient liquid composition may be a composition using nutrient liquids such as essential amino acids, minerals, and added flavor.

The herbal liquid composition may be a composition using a herbal liquid form in which an extract extracted from various plants is mixed.

In the meantime, in using the vapor inhaler according to the embodiment of the present invention, various modes can be selected and used by operating the switch 400. [ For example, the first mode, the second mode and the third mode can be selected and used.

* Use in first mode

The first mode is the manual mode. The manual mode is a mode in which the user sucks the mist vapor through the suction unit 100 while the switch is kept pressed. To this end, the user may press the switch 400 at a first pressure. The first pressure is such that the second terminal 420 of the switch 400 is simply contacted with the first contact protrusion 323 and the first terminal 410 of the switch 400 is in contact with the first electrode tube 331 And the switch 400 is pressed so that the state of the switch 400 is maintained.

In this first mode, when the user intends to suck the vaporized steam, the user presses the switch 400 with the first pressure, sucks the vaporized steam through the suction unit 100, and when the suction is stopped, And releases power to the first catoptric device 200 by releasing the hand.

In this first mode, the outside air supplied into the first catheter 200 is supplied through the first air passage 300a.

* Use in the second mode

The second mode is a continuous mode. The continuous mode is a mode in which the user sucks the mist vapor through the suction unit 100 by pressing the switch only once. To this end, the user may 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 engaged with the first contact protrusion 323 and the first terminal 410 of the switch 400 is in contact with the first electrode tube 331 Lt; RTI ID = 0.0 &gt; 400 &lt; / RTI &gt;

In this second mode, when the user intends to suck the vaporized vapor, the switch 400 is depressed to the second pressure so that power is continuously supplied to the first catheter 200 through the switch 400 So that the user can repeatedly suck the vaporized vapor through the suction unit 100.

The switch 400 is returned to the initial position by the third spring 430. As a result, when the first catoptric device 200 is stopped, The power supply to the power source is cut off.

In this second mode, the outside air supplied into the first catheter 200 is supplied through the first air passage 300a.

* Use in the third mode

Fig. 7 shows a state in which the switch is operated in the third mode according to the operation of the switch shown in Fig.

The third mode is the automatic mode. In the automatic mode, when the user depresses the switch once deeply and then sucks the mist vapor through the suction unit 100, power is applied to the first catomerizer 200. When the suction of the mist vapor is stopped, 200 are shut off. To this end, the user may press the switch 400 at a third pressure. The third pressure is such that the second terminal 420 of the switch 400 is stuck to the second contact protrusion 324 and the first terminal 410 of the switch 400 is in a state of being bitten by the second electrode tube 343 Lt; RTI ID = 0.0 &gt; 400 &lt; / RTI &gt;

In this third mode, when the user desires to suck the vaporized vapor, the first terminal 410 of the switch 400 is pressed through the position of the first electrode tube 331 by pressing the switch 400 with the third pressure, The first electrode tube 331 is lowered by the first spring 332 to close the first air passage 300a and the second air passage 300b as shown in FIG. .

Therefore, when the user sucks the mist vapor through the suction unit 100, the outside air flows into the cylinder 341 through the second air passage 300b, and the piston 342 rises to the pressure of the introduced outside air Since the upper end of the piston 342 is associated with the first atomizer center member 230 of the first catheter 200 and power is supplied thereto, liquid vaporization and atomization vapor can be sucked, The piston 342 is returned by the second spring 344 and is disconnected from the first atomizer center member 230 of the first catheter 200 by the power.

Thus, switching to the first mode, the second mode and the third mode through the operation of the switch 400 can provide convenience in using the vapor inhaler.

* Battery sharing Smartphone convergence and smartphone linkage device · Explanation of function and operation of built-in healthcare device

Battery Sharing Smartphone Convergence and Smartphone Connectivity · The built-in healthcare device shares the battery, which is the power supply of the smartphone and the steam aspirator physically, The smartphone and steam inhaler communicate with each other by the Bluetooth function of the smart linkage hardware embedded in the steam inhaler battery part, while the smartphone and steam inhaler are physically separate entities as separate entities, A user interface is provided through the steam inhaler to enhance its convenience, and the steam inhaler includes a usage detection / control device connected to a second voltage regulator externally mounted on the separately assembled catheter of the steam inhaler, Under the control of smart linkage hardware and the information detected by the hazardous substance detector Various kinds of healthcare screening of the active · When the information acquired by the specific device is transmitted to the smartphone through the Bluetooth device communication, the smartphone converts the transmitted information into a database and manages the applications related thereto The control of the vapor inhaler according to the program or feedback of the user guidance to the smartphone linkage device is controlled by the usage detection and control device of each catomizer or displayed on the secondary display or main display device, (Such as optimal liquid usage, overheating of the heating element, detection of harmful substances, and direct control of the use of equipment due to the power supplied, etc.) by controlling the use of the steam inhaler in real time and its own health and efficacy, Under suction, the suction of the liquid component from the device The highly integrated ubiquitous healthcare function that enables thorough management of health is provided by smartphones.

In the case of an electronic cigarette which currently uses a steam evacuator in general, in the case of a cigarette, since the vapor combination of each liquid composition must be strong, 1 Katomizer's own assembly-coupled vapor inhaler, the assembly will have a nicotine liquid phase with a similar boiling point, solvent glycerin with the highest boiling point of 290 占 폚, and nicotine component with boiling point of 247 占 폚 in one liquid composition Katomizer was assembled at the end, and a solution of a flolpolene glycol having a boiling point of 189 캜 and an oil-soluble menthol-like liquid composition having a boiling point of 204 캜 was assembled at the lower end thereof and then repeatedly volatilized to taste a shock at the bottom of the menthol perfume Usability capsaicin component For the composition of the liquid phase, a mixture of the solvent propylene glycol at a boiling point of 189 ° C and the volatile capsaicin In order to prevent combustion, a catomizer storing a capsaicin liquid composition in which water having a boiling point of 100 캜 is mixed (the compounding ratio is not described) is finally assembled and finally the boiling point and starting point are boiled at a boiling point of 80 to 150 캜 Of the water-soluble clove was mixed with water having a boiling point of 100 DEG C, and finally the catomizer was assembled to the switch body. When the assembly of the vapor inhaler was completed for the electronic cigarette application, Usage Detection / Usage of Control Device Detector recognizes each assembly by communicating Bluetooth function with smartphone and smartphone linkage hardware, and it is automatically prepared to operate the application management and guidance program corresponding to the assembly combination , And the guidance is such that the user selects one of the assembled catomas And the liquid consumption of the entire electronic cigarette vapor aspirator to be used according to the input of the user's health information through one or more of the user's healthcare diagnosis and measurement device The user can select the switch mode of the switch body and operate the second voltage regulator 320 so as to supply the power to be supplied to the catheter, The first voltage regulator 260 of each catheter is set to the power to be supplied to each of them so that the user can enjoy the use of the generated steam by sucking the produced steam starting from the button operation. The mode of the switch body (second switch) is selected in the manual mode (when e-cigarette is to be enjoyed with a margin), and the total consumption amount of the single inhalation liquid is set to 1 0 [mu] l and only the catomizer with the nicotine composition catomizer and menthol flavor catomizer and the capsaicin composition liquid for the hitting feeling is used as the operated catomerizer, the guidance displayed on the main displayer is In general, 8w of electric power is required to completely atomize 10 mu l of the liquid phase in 4 to 5 seconds, so that the voltage of the first voltage regulating device will be 4v and the current 2A value to be 8w The guidance for the basic power thus specified is again such that the electric power to be supplied to the uppermost catomizer having the nicotine liquid composition containing glycerin as the solvent at the highest boiling point is 4w, Voltage control, and then the catheter of the menthol-like composition was instructed to be supplied with 3 watts of power, The topical liquid phase will be atomized and then the cathexis of the capsaicin composition for a hitting sensation is instructed to be supplied with 1 watt to indicate that 2 l of capsaicin liquid phase is to be atomized (the power consumption for the above liquid compositions Is proportional to the boiling point of the liquid composition. The boiling point of the nicotine composition was 1w, the consumption power was 1w, the boiling point was 204 ℃, the menthol flavor was 0.75w per 1μl, the boiling point was 100 ~ 185 ℃, and the capsaicin composition liquid phase required 0.5w power per 1μl. And the consumed electric power also decreases proportionally. Thus, the appropriate power supplied in accordance with the boiling point of the liquid phase and the consumption thereof will be able to achieve a perfectly homogenized atomization while preventing the combustion of the liquid phase), and accordingly, The voltage of the first voltage regulating device 260 of the first voltage regulating device 260 may be manipulated and the atomized vapor produced by the respective catheter atomizer structure may be mixed and sucked together with manual manipulation of the button (the above guidance is uniform And can be presented by the number of users according to the health condition, taste, atmosphere, combination direction, and user's intention of the user to be checked in real time in real time, and such guidance can be provided by the manufacturing company of this product, Is always provided in real time through the upgraded version of the smartphone application, Will be provided with the indication of the alignment vary widely.).

As described above, in order to basically use the steam inhaler as the electronic cigarette, the respective catheters to be assembled are selected so that the communication of the Bluetooth function of the use detection and control device and the user health information through the health care detection and measurement device Basically, as the usage guidance and program application of the converged and associated smart phone is activated, the supply power for the optimal liquid phase complete and homogeneous atomization for power supply devices is selected and guided to the interface of the user's display language When the user starts to use the vaporized steam by sucking the flue at the same time as the operation of the switch, the user manually adjusts the suction pressure, which is artificially built in the flue, Not only is it possible to control the concentration and suction pressure of the steam by operating the control valve, The atomization amount for the atomizer liquid composition can also be adjusted by adjusting the supply power by operating the operating ring of the first voltage regulating device 260. The changed amount of power supply and the consumption amount of the liquid phase at this time can be controlled by the first The information is sensed through the sensing unit 253 and transmitted to the smartphone and smartphone linkage device hardware. This information is used to manage the use of the device by operating the management program of the guidance and management application, , The actual intake amount of the vaporized vapor produced by each catheter is checked by checking the concentration of the inhaled vapor sent from the second sensing unit 130 of the information on the use of the dirt / hazardous substances and the use time check linked to the use time On the one hand, it is necessary to detect the presence or absence of harmful substances, and in particular, the amount of nicotine inhalation to limit the use of the user. The management program of the application sends the power supply cutoff signal to the control device of the smartphone and the smartphone device to cut off the power supply to the control device of the corresponding catomizer so that the ketotomizer's nicotine liquid vapor The user may continue to inhale the remaining mist of vapor. In this case, if the user checks his or her health condition and confirms that the user can suck nicotine more than the allowable amount, And the nicotine concentration in the blood through the blood test, the blood sugar and the concentration meter built in the smartphone linkage device, or by allowing the application management program to check the information such as the heart rate by placing the stethoscope on the heart of the user's heart, To the extent that there is no health problem, By increasing the limit of inhalation, the control power of the control device can be released to regenerate the nicotine-carrying catheter and the nicotine vapor can again be produced, allowing the user to inhale it again, The use of the nicotine-containing catheter can be prevented by the above-described operation when a larger amount of the nicotine-containing catheter is inhaled. On the other hand, during use of the device, When combustion occurs and harmful substances are generated, this is sensed by the second sensing unit 130 of the hazardous substances detection function, and when the information is transmitted to the smartphone and smartphone linkage apparatus 600, In the case of generation of harmful substances by burning due to lack of liquid due to liquid consumption, liquid crystal supplement signal is cut off, In the case of the generation of harmful substances by the supply according to the supply, an appropriate power control signal is given, and in the case of harmful vapors caused by the harmful substances contained in the liquid itself, a signal for stopping the use of the apparatus itself is presented to the guidance If there is a hazardous substance, and if the countermeasures are guided, follow the guide provided by the application to present the countermeasures so that the user can inhale the non-hazardous substance-free steam, and use the steam aspirator (If there is no coping guide, the harmful substance information is sent to the database of the manufacturing company. If the harmful substance is generated during the liquid phase manufacturing process and the liquid phase is contaminated, the manufacturing company develops the manufacturing process to solve the problem If harmful substances are generated by user carelessness, new harmful To upgrade the combat guidance on the application you are able to respond to user).

Hereinafter, a smartphone and a smartphone linkage device associated with a steam inhaler according to a specific embodiment of the use of a vapor inhaler for inhaling steam of other liquids such as a liquid of a liquid food for a reference food, a liquid for a therapeutic drug, a liquid for an obesity management, Both the guidance of the application according to the user health state check by each health check device of the healthcare device incorporated in the health check device and the basic operation of the steam inhaler control according to the operation of the management program are operated in the same process as the method of using the liquid tobacco , The control of the use of the device by the guidance and the management program is obviously different according to the components of the liquid phase to be used and the combination thereof and furthermore the precision and rigidity of the control are different, Is absorbed into the lungs by inhalation of the liquid component that is produced and inhaled System is to deliver the effect of the absorption component to the user's body as quickly as intravenous injection and therefore the use and measurement data of the health care angular measurement device used for the user's health check according to the situation, So that the use of the individual measuring device will vary depending on the composition of the liquid phase absorbed in the lungs and on the health condition of the user and the use of such a healthcare measuring device will result in application management The more precise the user health information, the health check information through the user's medical institution or the medical record is inputted into the management program of the user himself, and the integrated guide collecting the information is presented Will be.

In addition, if the user thinks about the use of the steam inhaler by the guidance and the management program provided by the smartphone application and he / she thinks that his / her health care is problematic, the user can use the health information database Through the smartphone video call made by the manufacturer or reserved by the user in a real-time smartphone video conversation, the healthcare information of the user can be checked through the application with his / The user may be consulted about his / her health condition, receiving an immediate prescription as needed, and may be provided with additional use or suspension of the liquid ingredient being used, immediate immediate purchase and use of the drug, (Online treatment in Korea at present) 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 single device in which a steam inhaler and a smartphone are fused, the battery main body is a smartphone, and the use of the smartphone of this device is not limited to the steam inhaler, A smartphone connection device when a steam inhaler and a smart phone are linked, a connection device for a separate smartphone of a user carried by a user is a smart phone interface function, a smartphone handset function and a camera function, The smartphone and the steam aspirator are provided with a function of providing the convenience of using the display function of the display device without having to take out the smartphone and by using this linkage device, As shown in FIG.

Meanwhile, the battery-sharing smartphone and the smartphone linkage device have a built-in healthcare diagnosis and measurement device. The stethoscope is used as a handset device of the smartphone and the smartphone linkage device, This function allows the user to check the effectiveness and efficiency of the suction component of his or her steam inhaler according to the guide of the application guidance by himself or herself and, according to the management program of the application, In addition to being able to receive various kinds of immediate control and separate usage guide in real time, it can check its own health condition which can be checked with a stethoscope in real time without restriction of place and time, To maintain user health in the observed state The thermometer measures the body temperature by placing the thermometer on the body part where the user's body temperature is to be measured when the user's health is abnormally abnormal or feels abnormal, The information can be stored in a database, controlled and guided by the use of the vapor inhaler associated with this body temperature information, and can be managed for general health conditions. The blood pressure measurement bluetooth and obesity management sensor can be used for Bluetooth In this case, as in the case of a stethoscope, the blood pressure measurement information of the user through the portable blood pressure measuring device having the function of using the blood pressure measuring device can be used in accordance with the guide of the application guidance in the course of using the vapor inhaler, The effect on the inhalation liquid component in question The user can receive control of the program for use, and even if he or she wishes to perform a general check, the user's health can be managed in real time through information such as blood pressure checked, and the obesity management sensor is used in parallel with the blood pressure measuring device In the process of controlling the use of an appetite inhibitor in an appliance-use liquid application management program in the course of using a steam inhalation of a liquid of an appetite suppressant component of a plant extract such as a hoodia through a steam inhaler to manage its own obesity, By self-checking the user's obesity degree of the body part in real time, the management program of the application by this information is appropriately guided according to the degree of obesity of the real time user, thereby controlling the amount of the obesity-suppressing agent inhalation amount through the steam inhaler, The obesity meter measures the user's momentum such as walking The calorie consumption amount of the user by the time zone is automatically calculated, and the user compares the data with the food intake data by time according to the guide of the obesity-related guidance of the application, collects the information such as the blood pressure measured according to the guidance guide, The amount of the inhibitor used and the appropriate intake The guide for the amount of calories and the amount of exercise is updated in real time to provide the user with control over the use of the related steam inhaler. The blood test, blood sugar and concentration meter are the most precise and wide It is a useful healthcare diagnosis and measurement device. It is able to detect basic metabolism and thyroid, liver function, kidney function, hepatitis, anemia, urine and various cancers that are useful for modern people with a drop of blood. Alternatively, the concentration of the liquid component absorbed in the blood can be measured, In particular, since the liquid component of the vapor inhaler of the present invention is absorbed into the lungs and is immediately reflected in the concentration of the blood, the amount of the absorption of the liquid component and the body effect of the absorption liquid can be accurately checked. In the case of liquid inhalation, the concentration measurement function for the inhaled liquid component reflected in the blood is the most important function in that the accurate suction amount should be precisely checked. In the case of the diabetic measurement, A user with diabetes creates a diabetes-related item in his / her own device, enters his / her medical record in order to operate a special management program, and then sends the drug based on the prescription drug such as insulin to a vapor inhaler Is absorbed into the lungs, it is possible that the nicotine inhalation of tobacco, When the programmed drug is sucked in accordance with the guideline of the application guidance in the same manner as the control function of one device, the detection information is informed to the application program by the detection of the concentration and the number of suction of the vapor inhaler, And the operation of the device itself. For this control and usage guide, the user's blood sugar is measured and the information is input to the program, which is measured by the blood glucose measurement function of the meter, By being databaseized in the management program, the user is allowed to control the degree of drug inhalation by the use of the device and the operation control of the device by a user-related diabetes management program of a real-time updated application, To maximize A camera that functions as a healthcare device, while still functioning as a camera in a general smartphone, can be used to display the overall health status of a user through visual (complexion, pupil, tongue, abnormal body parts, And can check the user's overall health and intake effects on various components absorbed by the steam inhaler. This also provides guidance and management programs for related guidance of shared smartphone applications, as in the stethoscope. Thereby allowing the user's device use guide and control to be performed in an environment that reflects the user's real-time physical health, thereby making it possible for the user to use the steam inhaler as a convenient and indispensable tool to stably improve user's health .

The healthcare device combines IT information technology of a smartphone with a vapor inhaler representing a bio-inhaling culture, by appropriately using the user's steam inhaler, real-time control thereof, and checking the user's overall real- This is a combination of the smart combination of the smartphone and the steam inhaler centered on human health. It is the core of human happiness, which is the fusion of IT and bioculture This is a practical example of how IT and biomedical devices can be made ubiquitous around healthcare, which will contribute to the promotion of human happiness, which shows that it is a centralized function of convenience and convenience.

8 is a block diagram showing a configuration of the smartphone linking apparatus shown in FIG.

Referring to FIG. 8, the smartphone linking apparatus 600 is configured to transmit / receive data to / from a smartphone, and various information measured and sensed through the first sensing unit 253 and the second sensing unit 130, The health diagnosis information of the user can be obtained.

The smartphone linking apparatus 600 includes a control unit 601, an auxiliary display 602, a main display 603, a transceiver unit 604, a stethoscope 605, a diagnostic camera 606, a thermometer 607, A blood pressure measurement information input unit 608, an obesity management sensor 609, and a blood test apparatus 610.

The control unit 601 can store software that the smartphone linking apparatus 600 can be driven in association with a smartphone and includes a secondary display 602, a main display 603, a transceiver 604, a stethoscope 605 A temperature sensor 607, a blood pressure measurement information input unit 608, an obesity management sensor 609,

The secondary display 602 may be a display providing operational information and vapor inhaler manual information for the smartphone or smartphone linkage device 600.

The main display 603 may be a display providing a driving screen of the smartphone or the smartphone linking apparatus 600. [

The transceiver 604 can transmit various information inputted to the smartphone linking apparatus 600 to a smartphone or receive a control signal of the smartphone linking apparatus 600 from the smartphone.

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

The diagnostic camera 606 can photograph and diagnose the user's complexion, pupil, tongue, and abnormal body parts.

The thermometer 607 can measure the temperature of the user's body.

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

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

The blood test apparatus 610 can diagnose the user's health condition through the blood of the user.

The smartphone linkage apparatus 600 includes a stethoscope 605, a diagnostic camera 606, a temperature gauge 607, a blood pressure measurement information input unit 608, an obesity management sensor 609, The measured information can be transmitted to the user's smartphone to provide the user's health status in real time.

The smartphone coupling device 600 includes a built-in healthcare device and uses its own battery as a power source. The battery is again connected to the + power source terminal and the battery coupling blade 510 through the housing of the steam- And is physically coupled to the steam suction device by a battery main body that supplies power to the steam suction device by being coupled to the battery fastening hook 310a. Thus, the smartphone and the smartphone connection device / The battery main body is made into a single body with a smart phone, a smart phone connection device, and a healthcare device. In this embodiment, the battery pack body is of type A (see Figs. 1 and 10) (See FIGS. 11A and 11B), and these battery-sharing smart phones and smartphone connecting devices and healthcare devices are connected to these devices The main display device built in or enclosed in the outer circumference of the body of the cylinder can be flexibly installed as an example, and these displays can be extended or unfolded as shown in Figs. 10 and 11B to provide a user interface. In the case of the auxiliary display, The mold is located at the center of the upper end of the device, and the B cylinder stick type is located at the circumferential outer exposed area of the cylinder, and interfaces the start window with basic information and application menus.

12 and 13 illustrate still other forms of smartphone linkage.

12, it has a shape of a horseshoe-shaped frame, and can be directly used in a state of being connected with a smartphone, and can be used as a telephone or a camera function. A configuration 1010 and 1011 for enabling communication with a smartphone as shown in FIG. 12, an external display unit 1020, A camera 1030; And a port 1040 for connection with other devices.

13 shows a configuration of a cylindrical shape and also includes a configuration 1110 and 1111 for making a call, an external display unit 1120; A camera 1130; And a port 1140 for connection with other devices.

The steam inhaler of the present invention may include a first sensing unit 253 and a second sensing unit 130 in order to provide usage information of the steam inhaler in cooperation with the smartphone and smartphone connection device 600 have.

The first sensing unit 253 is installed on one side of the first liquid container 220 and senses and measures whether the additional first catheter 200 is assembled and used, And may be configured to be transmitted to the linking device 600. The information sensed and measured through the first sensing unit 253 may be, for example, information such as an appropriate amount of liquid used, an overheating of the first heating unit 242, and a voltage supply amount.

The second sensing unit 130 may be installed in the suction unit 100 to measure the amount and concentration of the vaporized vapor sucked through the suction unit 100 and detect the harmful substances in the suction unit. The measured and sensed information may be configured to be transmitted to the smartphone interface device 600.

The first sensing unit 253 and the second sensing unit 130 provide usage information of the steam inlets to be input to the smartphone and the smartphone connection unit 600 to provide convenience in using the steam inlets have.
Meanwhile, when the smartphone and the steam aspirator are fused together into a single body, the smartphone linkage device is built as a separate function device in the smart phone, and the healthcare diagnostic measurement device can also be embedded in the smartphone device have.

Claims (30)

delete A suction portion; At least one catomizer; A body including a switch; And a vapor inhaler comprising a battery,
Wherein the catheter includes a non-atomizer housing, a liquid container and a liquid bottle cap,
Wherein the catheter is assembled between the suction unit and the main body,
When a plurality of catomizers are combined, the lower catomerizer and the upper catomerizer are coupled through coupling means,
As a first form of the catomizer,
The catomas,
A non-combustor housing including a top cathetor to be assembled and a coupling means for interconnecting the terminals of a power source to power the bottom catomizer;
A liquid container containing a coupling means for allowing the upper catheter to be assembled and assembled in the atomizer housing;
And a capillary which is located in the liquid container so that a part of the pipe passes through the bottom surface of the liquid container and is exposed to the outside of the liquid container and which is assembled and coupled to the upper and lower ends, A radiator center member including power coupling means for interconnecting terminals of a power source for applying power;
A core surrounding the atomizer center member and positioned within the liquid cask so that a portion thereof is inserted into the liquid cask;
A heating part located on the opposite side of the portion of the core inserted into the liquid container;
Characterized in that it comprises a liquid container cap which is located under the liquid container and which has a coupling means for allowing the lower catomizer to be assembled to be assembled and which can block the liquid container of the lower catomerizer,
Steam inhaler. A suction portion; At least one catomizer; A body including a switch; And a vapor inhaler comprising a battery,
Wherein the catheter includes a non-atomizer housing, a liquid container and a liquid bottle cap,
Wherein the catheter is assembled between the suction unit and the main body,
When a plurality of catomizers are combined, the lower catomerizer and the upper catomerizer are coupled through coupling means,
As a second aspect of the catheter,
The catomas,
A non-combustor housing including a top cathetor to be assembled and a coupling means for interconnecting the terminals of a power source to power the bottom catomizer;
A liquid container containing a coupling means for allowing the upper catheter to be assembled and assembled in the atomizer housing;
The liquid is injected into the liquid cask so that a part of the rod passes through the bottom surface of the liquid cask and is exposed to the outside of the liquid cask, And a coupling means for interconnecting power terminals for applying a voltage to the power supply terminal;
A core surrounding the atomizer center member and positioned within the liquid cask so that a portion thereof is inserted into the liquid cask;
A heating part located on the opposite side of the portion of the core inserted into the liquid container;
And a liquid container cap provided in the liquid container and capable of blocking a liquid container of the lower catheter, the container including a coupling means for positioning the lower catheter to be assembled and located below the liquid container, doing,
Steam inhaler. The method according to claim 2 or 3,
The catheter may further include a first voltage regulating device coupled to the liquid stopper and performing a power switch function,
Wherein the first voltage regulator adjusts the amount of voltage applied to the heating unit of the other catheter assembled when the catheter is assembled in plurality,
Steam inhaler. 5. The method of claim 4,
Wherein the first voltage regulating device is formed in the shape of a ring coupled to the outer surface of the liquid pipe cap so as to surround the outer surface of the liquid pipe plug,
Wherein the ring forms grooves arranged along a circumferential direction of the ring on a surface in contact with an outer surface of the liquid pipe plug,
A variable resistor is provided inside the grooves,
The ring including the variable resistor is an alternate assembly type having various variable resistance values,
Wherein an electrode protrusion is formed at one side of the outer surface of the liquid stopper so as to be fastened to the grooves.
Steam inhaler. delete delete 3. The method of claim 2,
Wherein the atomizer centering member includes a first gas inlet and a first gas outlet penetrating perpendicularly to the axial direction of the atomizer center member,
In the case where a plurality of catomizers are combined, when the atomization occurs in the lower catomizer, the atomized vapor flows into the first gas inlet, and when the lower atomizer does not atomize,
Wherein the first gas outlet is mixed with air or atomized steam introduced from the lower catheter through the first gas inlet,
Steam inhaler. delete delete The method according to claim 2 or 3,
The main body includes:
A main body housing coupled to the battery and the catheter, the main housing being connected to a first power contact provided in the battery and applying one of a positive power and a negative power supplied from the battery to the catheter;
And a first power supply unit installed in the main body housing and applying a remaining one of a positive power supply and a negative power supply supplied from the battery to the catheter when the switch is connected to a second power supply contact provided in the battery,
The switch being configured to be connected to the second power contact when installed in the main housing and pushed by the user toward the inside of the main housing,
Further comprising a battery and a second voltage regulator located between the battery and the switch so as to be able to contact the switch,
Wherein the switch is connected to the first power supply means and the second voltage regulator when the switch is pressed toward the inside of the main housing,
Wherein the second voltage regulating device includes a variable resistor,
The battery being rotatably coupled to the body,
Wherein the battery is rotated and the first power contact is configured to supply primarily adjusted power according to a position at which the second power contact contacts the variable resistor to the catheter when the switch is pressed.
Steam inhaler. 12. 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 a direction in which the battery is located,
The second voltage regulating device includes a first contact protrusion located under the second terminal,
The first terminal is connected to the first power supply means when the switch is pressed at a normal pressure and a second pressure greater than the first pressure and the first pressure,
The second terminal is normally spaced apart from the first contact projection and contacts the first contact projection when the switch is pressed by the first pressure and the second pressure,
Wherein when the switch is depressed by the first pressure, the steam inhaler operates in a first mode,
And the steam inhaler operates in a second mode when the switch is depressed with the second pressure.
Steam inhaler. 13. The method of claim 12,
Wherein the first power applying means includes:
A first electrode tube disposed in the housing in parallel with an axial direction of the main housing; And
And a first spring installed around the first electrode tube and having elasticity capable of moving the first electrode tube toward a direction in which the battery is located,
Wherein the main body includes a main body housing and a first air passage formed through the first electrode tube,
Wherein the first electrode tube is in contact with the first terminal when the switch is pressed by the first pressure and the second pressure, and the first air passage is opened &Lt; / RTI &gt;
Steam inhaler. 13. The method of claim 12,
Wherein the main body further comprises a second power applying means,
Wherein the second power supply means is provided in the main body housing so as to be adjacent to the first power supply means in the pushing direction of the switch, and when the switch is connected to the second power supply contact, Applying the remaining one of the power supplies to the catheter,
The second voltage regulating device further comprises a second contact protrusion located below the switch and adjacent to the first contact protrusion in the pushing direction of the switch,
When the switch is depressed to a third pressure greater than the second pressure, the first terminal is connected to the second power supply means while being separated from the first power supply means, and the second terminal is connected to the second power supply means Contact with the second contact projection,
And the steam inhaler operates in a third mode when the switch is depressed with the third pressure.
Steam inhaler. 15. The method of claim 14,
Wherein the second power supply means comprises:
A cylinder disposed in the main body housing;
A second electrode tube penetrating the bottom surface of the cylinder;
A piston provided in the cylinder with one end inserted into the second electrode tube;
And a second spring provided between the cylinder and the piston in a direction opposite to a direction in which the second electrode tube is located and having elasticity capable of moving the piston toward the second electrode tube,
A portion of the atomizer center member of the catheter coupled to the body is inserted into the cylinder,
Wherein the main body includes a main body housing and a second air passage formed through the cylinder,
Wherein the second electrode tube is in contact with the first terminal when the switch is depressed by the third pressure, wherein the first electrode tube is positioned such that the first air passage is closed by the first spring, Is opened to allow introduction of outside air,
The outside air flows into the cylinder through the second air passage so that the piston rises and the other end of the piston opposing the atomizer center member inserted into the cylinder corresponds to the center of the atomizer &Lt; / RTI &gt;
Steam inhaler. delete A suction portion; At least one catomizer; A body including a switch; And a vapor inhaler comprising a battery,
Wherein the catheter includes a non-atomizer housing, a liquid container and a liquid bottle cap,
Wherein the catheter is assembled between the suction unit and the main body,
When a plurality of catomizers are combined, the lower catomerizer and the upper catomerizer are coupled through coupling means,
The supply of power to the at least one catheter is manually, continuously, and automatically operated in the main body including the switch to supply power of the selected mode,
The manual and continuous and automatic mode selection of the switch,
Characterized in that the separating membrane between the two external air inlets makes it possible to partially block and partially vent the two external air inlets by means of a sliding,
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