JP3160708U - Fake electronic cigarette - Google Patents

Abstract

The present invention provides a pseudo electronic cigarette in which the use efficiency of an atomizing liquid is improved and leakage thereof is prevented, and the operation control and the charging method of a rechargeable battery can be simplified. A suction port, a liquid container, an atomizer, and a tobacco handle are provided. The atomizer includes an atomizer casing tube provided at the suction port, a high temperature resistant insulator provided in the atomizer casing tube and having an atomizer cavity therein, an atomizer head connected to the outer peripheral surface of the high temperature resistant insulator and the liquid container, A porous permeation portion provided on the outer peripheral surface of the high temperature resistant insulator, a heating wire accommodated in the atomizer cavity, and an adsorbent wound around the heating wire and connected to the porous permeation portion. [Selection] Figure 3

Description

  The utility model relates to an electronic cigarette, and more particularly to a pseudo electronic cigarette that improves the use efficiency of an atomized liquid and effectively prevents leakage thereof.

  It is generally well known that smoking is harmful to health, and smoking causes millions of people to die each year and cause a variety of diseases. While smoking cessation is a global trend, governments in each country actively advocate smoking cessation, but it is extremely difficult to completely quit smoking. In addition, the number of smokers is on the rise worldwide, and the age of smokers who smoke for the first time is getting lower. In addition, as the number of smokers increases, the amount of tobacco leaves that are needed every year worldwide is increasing, and a large amount of cultivated land is needed to plant tobacco to meet the tobacco production needs of tobacco companies. Become. Although the tobacco industry can bring huge taxes on the government, it poses a huge potential danger to the health of the entire population, and passive smoking is more dangerous, especially for non-smokers.

  Tobacco contains nicotine and tar, and during smoking, nicotine produces tar, enters the lungs, is absorbed, acts on the human central nervous system, and excites the smoker. Nicotine is not dangerous to the human body if it is in a small amount, and its half-life in blood is so short that it is usually degraded rapidly. Tar is the major dangerous substance in tobacco, and the composition of tar is very complex, and research has shown that tar is the leading cause of various diseases in smokers, leading to high rates of lung cancer in smokers. It is known that it is also the main cause.

  In order to avoid harm from smoking, researchers around the world are working to develop alternatives to tobacco. First, low nicotine and low tar cigarettes were produced, but low nicotine and low tar cigarettes are not preferred by smokers because they are light and tasteless. Next, researchers have developed several alternatives to cigarettes such as smoking cessation patches, nicotine gum, and nicotine drinks. These products are tar free and have a cigarette mouthfeel, but these cigarette alternatives can change the smoker's habits even when tobacco addiction occurs. It can't satisfy the desire and is not a true tobacco replacement. Third, researchers send electronic cigarette products to the world, and the designed electronic circuit instantly atomizes the liquid placed in the suction port, producing smoke. In addition, the liquid components in the suction port can be formulated according to needs and mouth feel and can meet the needs of smokers. The main problems currently existing in electronic cigarette products are as follows. 1. The product structure is complicated. For example, configurations of Patent Document 1 and Patent Document 2. 2. Charging the battery and power grid with 220V AC causes inconvenience to the user by replacing the battery. Alternating current belongs to strong electric power, and there is a high demand for voltage limitation and voltage stabilization of electronic cigarettes. Moreover, there is a possibility that a short circuit occurs and electronic cigarette products cannot be used. 3. Spray atomization and ultrasonic atomization are used for liquid atomization. Such an atomization method makes it difficult to control the flow of the liquid in the suction port, causing a liquid leakage problem. For example, Patent Document 1 and Patent Document 2 may have such a problem. 4. Current electronic cigarette products employ a compass-type air-operated diaphragm ignition switch. The switch has a complicated structure and uses contact by a metal piece, and the contact effect deteriorates after a certain period of use, which affects the use.

China Utility Model 2011197839 Specification Chinese Utility Model 20101079011 Specification

  In view of the above-mentioned defects existing in the prior art, the purpose of this utility model is to improve the use efficiency of the atomizing liquid and to effectively prevent its leakage.

  Another purpose of this utility model is to simplify the use of electronic cigarettes, make them easier to control, and improve their effectiveness.

  Another purpose of this utility model is to improve the safety and reliability by changing the charging method of the electronic cigarette so that it can be charged with low power.

  In order to realize the above-mentioned object of the utility model, the following pseudo electronic cigarette is provided. The pseudo electronic cigarette has a suction port provided with a shell and provided with a smoke hole, a liquid container provided in the suction port, containing a liquid, and in gaseous communication with the smoke hole; A pseudo-equipment comprising: an atomizer detachably connected to the liquid container; a tobacco handle pipe detachably connected to the atomizer; and a tobacco handle portion having a battery and a control circuit provided in the tobacco handle pipe. An electronic cigarette, wherein the atomizer has a cavity and an atomizer casing tube provided in the shell of the suction port, and a high temperature resistant insulator provided in the atomizer casing tube and having an atomizer cavity therein And an atomizer head connected to the outer peripheral surface of the high temperature resistant insulator and connected to the liquid container to conduct the liquid. A porous permeation portion provided on an outer peripheral surface of the atomizer head and the high temperature resistant insulator; a heating wire housed in the atomizer cavity and electrically connected to the battery and the control circuit; and the atomizer cavity An adsorbent that is wound around the heating wire and connected to the porous permeation portion, and the atomizer casing tube, the high-temperature resistant insulator, the atomizer head, and the tobacco handle pipe There is also provided a vent hole that forms a gas passage with the smoke passage.

  For the above purpose of the utility model, preferably, the tobacco handle has an opening communicating with external air and communicating with the vent opening of the atomizer casing tube, and the control circuit selects the battery. And a barometric electronic switch electrically connected to each other.

  For the above purpose of the utility model, the battery is preferably a rechargeable battery. Preferably, the tobacco handle further includes a positive pole and a negative pole that are electrically connected to the control circuit and a positive electrode and a negative pole of the rechargeable battery, respectively. When the electronic cigarette is in operation, it is electrically connected to the positive and negative electrodes of the heating wire, and when the pseudo electronic cigarette is charged, it is electrically connected to the positive and negative electrodes of an external power source.

  In the pseudo electronic cigarette of the utility model, it is preferable that the atomizer head is formed with a projecting portion that pierces the liquid container and allows the porous permeation portion to communicate with the liquid.

  The pseudo electronic cigarette of the utility model further includes a detachable translucent lamp cap provided at an end of the cigarette handle, and the light that is electrically connected to the control circuit and the battery in the cigarette handle. Is preferably provided.

  The pseudo electronic cigarette of the utility model further includes a detachable translucent lamp cap provided at an end portion of the cigarette handle, and is electrically connected to the control circuit and the battery in the cigarette handle. An indicator lamp is preferably provided.

  In the pseudo electronic cigarette of the utility model, the atomizer further includes a positive spring and a negative spring that are electrically connected to the heating wire, the control circuit, and the battery, and are fixed in the atomizer casing tube. Is preferred.

  In the pseudo electronic cigarette of the present utility model, it is preferable that the porous infiltrating portion is a nickel net and the adsorbent is a glass fiber string.

  In the utility model pseudo electronic cigarette, it is preferable that the cigarette handle portion further includes a plug or a USB socket that is electrically connected to the battery and electrically connected to the heating wire when smoking.

  The pseudo electronic cigarette based on this utility model improves the use efficiency of the atomizing liquid and effectively prevents its leakage, simplifies the use of the electronic cigarette, makes it easy to control, and improves the effect. By changing the charging method, the battery can be charged with low power to improve safety and reliability.

  In addition, a product using this utility model has a pseudo effect close to the real thing. The cigarette is not only dangerous for smokers but also has the effect of blowing a spa spa when smoking. Since the liquid is formulated according to needs, it is harmless to the human body and the environment. This cigarette does not need to be ignited, is highly safe and is accepted by consumers. In addition, by spreading the use of the product, it is possible to reduce the need for tobacco leaves in society and protect cultivated land.

It is the whole electronic cigarette structure figure based on this utility model. 1 is a schematic diagram of a structure of a suction port and a liquid container of a pseudo electronic cigarette based on the utility model. It is an exploded view of the structural member of the atomizer concerning one embodiment of the pseudo electronic cigarette based on this utility model. It is an exploded view of the structural member of the tobacco handle part concerning one Embodiment of the pseudo electronic cigarette based on this utility model. 1 is a schematic diagram of a structure of a lamp cap of a pseudo electronic cigarette based on the utility model.

  Hereinafter, a pseudo electronic cigarette based on the utility model will be described in detail with reference to the drawings.

  As shown in FIGS. 1 to 5, the pseudo electronic cigarette based on the utility model has a suction port 10 having a shell 101 and provided with a smoke passage hole 102, and a shell 101 of the suction port 10. , A liquid container 20 that stores liquid (not shown) and is in gaseous communication with the smoke hole 102, an atomizer 30 that is detachably connected to the liquid container 20, and a detachable attachment to the atomizer 30. A tobacco handle pipe 470 to be connected, and a tobacco handle 40 having a battery 450 and a control circuit 460 provided in the tobacco handle pipe 470.

  Here, the atomizer 30 includes an atomizer casing tube 310 having a cavity and provided in the shell 101 of the suction port 10, and a high temperature resistant insulator 320 provided in the atomizer casing tube 310 and having an atomizer cavity therein. The atomizer head 330 connected to the outer peripheral surface of the high temperature resistant insulator 320 and connected to the liquid container 20 to conduct the liquid, and the porous permeation provided on the outer peripheral surface of the atomizer head 330 and the high temperature resistant insulator 320 Part (not shown), a heating wire (not shown) housed in the atomizer cavity and electrically connected to the battery and the control circuit, and housed in the atomizer cavity and wound around the heating wire And an adsorbent (not shown) connected to the porous permeation portion. Here, the atomizer casing tube 310, the high temperature resistant insulator 320, the atomizer head 330, and the tobacco handle pipe 470 are all vent holes or openings (for example, reference numeral 3101 in the drawing) that form a gas passage with the smoke passage hole 102. 3301 and 3201).

  In the above embodiment, when the atomizer head 330 is connected to the liquid container 20, the liquid in the liquid container 20 is guided and held in the porous permeation portion. In the atomizer cavity, an adsorbent wound around a heating wire and connected to a porous permeation portion is provided, so that when the liquid is adsorbed by the adsorbent by osmosis and the heating wire is heated, Atomizes the liquid and forms smoke. In this way, the amount of atomization that occurs when the liquid held in the porous permeation part is directly atomized becomes too large, and the use time of the liquid in the liquid container 20 is short. Can be overcome. In addition, due to the osmotic action between the adsorbent and the porous permeation portion, the liquid held in the porous permeation portion is transferred between the atomizer casing tube 310 and the shell 101 of the suction port 10. Leakage through the gap can be prevented, and the usage efficiency of the liquid container 20 is further improved.

  In the above embodiment, the high temperature resistant insulator 320 may be a ceramic insulating material, which can withstand the high temperatures generated when the heating wire is operating.

  In the above embodiment, the porous infiltration portion may be a nickel net, and the adsorbent may be a glass fiber string.

  In the above embodiment, in order to satisfy different mouthfeel and various treatment needs, the liquid contained in the liquid container can contain components that satisfy various needs, for example, treatment of various oral diseases. In addition, a herbal medicine component that has an effect of stimulating sleepiness can be added.

  In the above embodiment, as shown in FIG. 3, the atomizer head 330 is formed with a protrusion 3302, which pierces the liquid container 20 and allows the porous permeation portion to communicate with the liquid. Can be formed. At this time, an aluminum foil (not shown) that allows the liquid to flow out through the protrusion 3302 can be installed at a corresponding portion of the liquid container 20.

  In the above embodiment, the vent hole or opening that forms the gas passage with the smoke passage 102 provided in the atomizer casing tube 310, the high temperature resistant insulator 320, and the atomizer head 330 communicates with the outside air. Therefore, it becomes easier when smoking the pseudo electronic cigarette according to the utility model, and it is almost the same as the suction resistance when smoking ordinary cigarettes.

  In order to make the use of the electronic cigarette easier, easier to control and improve the effect on the pseudo electronic cigarette according to the utility model, the control circuit 460 may be provided with a barometric electronic switch. This conducts the electrical connection between the battery 450, the control circuit 460, and the heating wire by detecting a change in airflow in the tobacco handle pipe. At this time, the tobacco handle 40 is provided with an opening (not shown) communicating with the outside air and communicating with the ventilation opening of the casing tube. When the pseudo electronic cigarette is smoked, these openings make it possible to introduce external air and conduct it to the smoke passage hole 102, and at the same time, start the atomization operation by moving the barometric pressure electronic switch. The gas generated in the above is sucked out from the smoke vent 102 together.

  In order to make it closer to the vision when smoking ordinary cigarettes, the pseudo electronic cigarette may include a detachable translucent lamp cap 50 provided at the end of the cigarette handle 40 as shown in FIG. A light (not shown) that is electrically connected to the control circuit 460 and the battery 450 is provided in the tobacco handle 40. The light emits red light, simulating the cigarette butts of ordinary cigarettes.

  Further, in order to introduce external air into the tobacco handle pipe 470, a vent hole 501 can be provided on the periphery of the lamp cap 50.

  In the pseudo electronic cigarette according to the utility model, the battery 450 may be a rechargeable battery. In order to be able to charge directly without removing the rechargeable battery, the tobacco handle 40 preferably has a positive pole 410 and a negative pole 420 electrically connected to the control circuit 460 and the positive and negative electrodes of the rechargeable battery, respectively. The positive pole mandrel 410 and the negative pole mandrel 420 are electrically connected to the positive and negative electrodes of the heating wire when the pseudo electronic cigarette is in operation, and when the pseudo electronic cigarette is charged, It is electrically connected to a positive electrode and a negative electrode of an external power source (not shown). Insulation between the positive electrode mandrel 410 and the negative electrode mandrel 420 can employ various methods. In one embodiment, as shown in FIG. 4, specifically, the positive electrode mandrel 410 is connected to the insulating casing 430. Placed in the cavity, the insulating casing 430 is placed in the cavity of the negative pole mandrel 420 or mounted in reverse order. In addition, in order to reduce resistance during smoking, a vent hole (for example, indicated by reference numeral 4401 of the drawing) is provided in a corresponding mandrel mounted on the innermost side, and the opening of the atomizer head 330 and the smoke passage hole 102 are provided. Make gas communication. At this time, the control circuit is appropriately provided with an operation circuit compatible with the smoking operation and a charge control circuit compatible with the charging operation for the rechargeable battery.

  Alternatively, the battery may be provided with a plug or a USB socket (not shown) that is electrically connected to the battery. The plug or USB socket can be electrically connected to an external power source or a heating wire.

  In order to display the state of charge, a detachable translucent lamp cap 50 can be provided at the end of the tobacco handle pipe 470 of the tobacco handle 40, and the control circuit 460 and the charging are installed in the tobacco handle 40. A charge indicator that is electrically connected to the battery 450 is provided. Here, the light that simulates the ignition of the butts during smoking and the charge indicator light during charging may be the same light, or may be lights of different colors. When the light that simulates the ignition of the butts during smoking and the charge indicator light during charging are the same light, it is necessary to change the control circuit to switch between smoking and charging circuits. Since this is a well-known technique in the field, it will not be described again here.

  In the pseudo electronic cigarette based on this utility model, in order to overcome the problem of aging due to the use of silica gel at the time of electrical connection of heating wires in a known electronic cigarette, as shown in FIG. There may be a positive spring 340 and a negative spring 350 that form electrical connections with the heating wire and the battery and control circuit and are secured within the atomizer casing tube 310. The electrical connection here can be realized by methods such as soldering, brazing, and twisting of the positive spring 340 and the negative spring 350.

  Further, in the pseudo electronic cigarette based on the utility model, the connection method of the atomizer 30 and the tobacco handle 40 may be a socket joint, a bolt joint, or the like. In one preferred embodiment, as shown in FIGS. 3 and 4, a nut 360 provided in the atomizer casing tube 310, a tobacco handle pipe 470, and a tobacco handle using a bolt joint system. The connection between the atomizer 30 and the tobacco handle 40 is realized by a screw 440 disposed at one end of the part pipe 470. Needless to say, the nut may be provided in the tobacco handle and the screw may be provided in the atomizer casing tube.

  Moreover, when connecting with a screw and a nut, the opening of a screw | thread or nut can be provided in the edge of a screw | thread or nut, and it can be made to communicate with the opening of the atomizer head 330, and the smoke passage hole 102 gaseously. Alternatively, as shown in FIG. 4, an opening 4401 that communicates with the outside air is provided in the flange of the main body of the screw 440 so that the opening or hole provided in each corresponding component in the tobacco handle pipe 470 is in gaseous communication. Let it form. At the same time, a screw or nut provided on the tobacco handle pipe 470 may be connected to a corresponding part of an external charger to realize a normal plug-type electrical connection or a USB-type electrical connection. Thereby, different types of charging are performed at different voltages.

  Further, in order to enhance the stability of the atomizer head, as shown in FIG. 3, a fixing base 370 can be provided. At this time, the atomizer head 330 provided in the high temperature resistant insulator 320 is locked on the two convex portions 3701 of the fixing base 370, and at the same time, the upper and lower through holes 3702 are provided in the fixing base 370, It is in gaseous communication with the aperture 3301 of the atomizer head 330.

  The utility model is not limited to the above-described embodiment, and various modifications can be made without departing from the scope of the utility model.

  This utility model can be widely applied to a pseudo electronic cigarette that improves the use efficiency of the atomized liquid and effectively prevents its leakage.

DESCRIPTION OF SYMBOLS 10 Suction port 20 Liquid container 30 Atomizer 40 Tobacco handle part 50 Lamp cap 310 Atomizer casing tube 320 High temperature-resistant insulator 330 Atomizer head 470 Tobacco handle pipe

Claims (10)

A suction port having a shell and provided with smoke vents;
A liquid container provided in the suction port, for storing liquid and in gaseous communication with the smoke vent;
An atomizer detachably coupled to the liquid container;
A pseudo electronic cigarette comprising a tobacco handle pipe detachably connected to the atomizer and a tobacco handle pipe having a battery and a control circuit provided in the tobacco handle pipe,
The atomizer is
An atomizer casing tube having a cavity and provided in the shell of the suction port;
A high temperature resistant insulator provided in the atomizer casing tube and having an atomizer cavity therein;
An atomizer head connected to the outer peripheral surface of the high temperature resistant insulator and connected to the liquid container to conduct the liquid;
A porous permeation portion provided on an outer peripheral surface of the atomizer head and the high temperature resistant insulator;
A heating wire housed in the atomizer cavity and electrically connected to the battery and the control circuit;
An adsorbent housed in the atomizer cavity, wound around the heating wire and connected to the porous permeation portion;
The pseudo-electron, wherein the atomizer casing tube, the high temperature resistant insulator, the atomizer head, and the tobacco handle pipe are all provided with a ventilation hole that forms a gas passage and a gas passage. tobacco.   The cigarette handle has an opening that communicates with external air and communicates with the vent opening of the atomizer casing tube, and the control circuit includes a barometric electronic switch that is selectively electrically connected to the battery. The pseudo electronic cigarette according to claim 1.   2. The pseudo electronic cigarette according to claim 1, wherein the atomizer head is formed with a protruding portion that pierces the liquid container and allows the porous permeation portion to communicate with the liquid in a liquid manner. .   It further has a removable translucent lamp cap provided at an end of the cigarette handle, and a light that is electrically connected to the control circuit and the battery is provided in the cigarette handle. The pseudo electronic cigarette according to claim 1.   The pseudo electronic cigarette according to claim 2, wherein the battery is a rechargeable battery.   The cigarette handle further includes a positive pole and a negative pole that are electrically connected to a positive electrode and a negative pole of the control circuit and the rechargeable battery, respectively. The positive pole and the negative pole are operated by the pseudo electronic cigarette. 6. The electric wire is electrically connected to a positive electrode and a negative electrode of the heating wire, and is electrically connected to a positive electrode and a negative electrode of an external power source when the pseudo electronic cigarette is charged. The pseudo electronic cigarette as described in.   It further has a detachable translucent lamp cap provided at an end of the cigarette handle, and a charge indicator lamp that is electrically connected to the control circuit and the battery is provided in the cigarette handle. The pseudo electronic cigarette according to claim 5.   The atomizer further includes a positive spring and a negative spring that form an electrical connection with the heating wire, the control circuit, and the battery and are fixed in the atomizer casing tube. Fake electronic cigarette.   The pseudo electronic cigarette according to claim 1, wherein the porous permeation portion is a nickel net, and the adsorbent is a glass fiber string.   The pseudo electronic cigarette according to claim 1, wherein the cigarette handle further includes a plug or a USB socket that is electrically connected to the battery and electrically connected to the heating wire when smoking. .

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