WO2010140841A2

WO2010140841A2 - Liquid vaporizing and inhaling apparatus

Info

Publication number: WO2010140841A2
Application number: PCT/KR2010/003548
Authority: WO
Inventors: 조여찬; 조여언
Original assignee: 주식회사 에바코
Priority date: 2009-06-02
Filing date: 2010-06-02
Publication date: 2010-12-09
Also published as: WO2010140841A3

Abstract

Disclosed is a liquid vaporizing and inhaling apparatus. The liquid vaporizing and inhaling apparatus vaporizes a liquid that is deposited therein for forming an inhalation gas for a user to inhale, and comprises a depository case for liquid elements which are vaporized into inhalation gas, and a rolling prevention part formed on the case for preventing the case from rolling. According to the liquid vaporizing and inhaling apparatus, the rolling prevention part is formed on the outer surface of the case, so that the liquid vaporizing and inhaling apparatus is prevented from rolling on a flat surface thereby preventing damage which could result from a fall due to the rolling.

Description

[Correction according to rule 26.08.2010] 26Liquid vaporization suction device

The present invention relates to a liquid vaporization suction device.

The liquid vapor inhalation device is a device that incorporates a filter containing a predetermined liquid therein and vaporizes the liquid in the filter through a vaporizer so that a user can inhale it.

In such a liquid vapor inhalation device, nicotine liquid, a liquid containing health supplements, and the like can be accommodated. A typical liquid vapor inhalation device is an electronic cigarette containing nicotine liquid therein.

Recently, the use of electronic cigarettes, similar to real cigarettes, in which tobacco leaf powder is rolled into paper, is increasing as an aid to quit smoking.

When the user inhales the e-cigarette in his or her mouth as if the user smoked the cigarette, the exposed end of the e-cigarette generates a light similar to the flame generated by the actual cigarette, and the end of the e-cigarette in the user's mouth. Smoke similar to that produced by smoke is generated. Therefore, using such an electronic cigarette, the user can feel similar to the actual smoking.

Since the electronic cigarette does not contain tar, which is harmful to the body, and contains only nicotine, which is an active ingredient of the cigarette, it is possible to minimize harm to the user's body while giving the user satisfaction of using the cigarette.

In general, an electronic cigarette is divided into a plurality of members, in which a light emitting diode, a battery, a circuit board and a suction detection switch are accommodated in the frontmost member, in which a smoke manufacturing apparatus is received, and then in the member. Filters containing nicotine liquid are accommodated.

The smoke production apparatus is composed of a liquid derivative in contact with the filter soaking the nicotine liquid from the filter, and a heat generating member for heating and vaporizing the nicotine liquid penetrating the liquid derivative.

The inhalation detection switch detects whether the user inhales the electronic cigarette by the change of the airflow.

In a conventional electronic cigarette, the case in which the plurality of members are accommodated is generally circular in order to allow users to feel the use of the actual cigarette while using the electronic cigarette.

However, according to the conventional electronic cigarette, as the case of the electronic cigarette is circular, when the electronic cigarette is placed on a flat place such as a table, the electronic cigarette may roll. There is a disadvantage that can be broken by falling from the table.

In addition, in the conventional electronic cigarette, a male screw and a female screw that can be coupled to each other are formed at a portion joining each of the members divided into a plurality of parts. In this case, a plurality of divided members were joined. However, the rotation of such a plurality of wheels is required for each division and coupling of each member, which may cause inconvenience.

In addition, in the conventional electronic cigarette, only the light emitting diode that emits red light is generally installed on the front member, and thus, there is a disadvantage that it may be difficult for the user to cause interest of the user while inhaling the electronic cigarette.

In addition, according to the vaporization inhalation device including a conventional electronic cigarette, there is a disadvantage that the use of the vaporization inhalation device is difficult to utilize for other purposes other than vaporizing and inhaling the vaporization object therein.

In addition, in the conventional electronic cigarette, when the battery, the circuit board and the suction detection sensor are all installed in one member among the divided members divided into a plurality, the suction detection sensor when the suction detection sensor needs to be replaced due to failure or the like. In addition, since the partition member, which is installed together with the battery and the circuit board, must be replaced as a whole, unnecessary replacement of the battery and the circuit board may occur.

In addition, in the conventional electronic cigarette, since the vaporization of nicotine occurs only when the user inhales the electronic cigarette by the inhalation sensor, there is a limit in the amount of vaporized nicotine liquid, and thus the nicotine gas having a relatively high concentration is There is a disadvantage that can not meet the needs of the user to inhale.

In addition, since the inhalation detection sensor does not operate if the user does not inhale, there is a disadvantage that can not satisfy the user's request to inhale nicotine gas without performing the inhalation.

In addition, according to the conventional method, the torn portion of the screening film formed while the screening film is pierced by the vaporizing member covers a portion of the screening film that penetrates the screening film of the vaporizing member. The covering portion is limited in contact with the liquid inducing member so that nicotine liquid cannot be smoothly supplied from the liquid inducing member, and as a result, the vaporization performance of the vaporizing member may be degraded.

In addition, in the conventional electronic cigarette, it does not have any other functions in addition to the nicotine inhalation function, there is a disadvantage that can lower the user satisfaction.

SUMMARY OF THE INVENTION An object of the present invention is to provide a liquid vaporization suction device including a cloud prevention unit having a structure in which rolling thereof can be prevented.

Another object of the present invention is to provide a vaporization suction device having a structure that can easily detach each member.

Still another object of the present invention is to provide a vaporization suction device having a structure that may cause interest to a user.

Still another object of the present invention is to provide a vaporization suction device having a structure that can be utilized for various purposes.

Still another object of the present invention is to provide a vaporization suction device having a structure in which an operation switch member such as a suction detection sensor can be replaced separately from other members.

Still another object of the present invention is to provide a vaporization suction device having a structure capable of vaporizing a gas to be inhaled under operation of various types of input means.

It is still another object of the present invention to provide a liquid vaporization suction device having a structure in which a liquid in a liquid receiving member can be smoothly supplied to a vaporizing member while coupling the liquid inducing member to the liquid receiving member.

Still another object of the present invention is to provide a liquid vaporization suction device having a structure capable of implementing various functions.

Liquid vaporization suction device according to an aspect of the present invention is to be able to vaporize the liquid contained therein to the inhalation target gas for the user to inhale,

A case accommodating therein members capable of vaporizing the liquid into the inhalation gas; And a cloud preventing part formed on the case to prevent rolling of the case.

The vaporization suction device according to another aspect of the present invention is to vaporize the vaporization object accommodated therein to the inhalation target gas for the user to inhale,

A plurality of partition members accommodating components for vaporizing the vaporized object into the inhalation target gas, formed into a plurality of parts, and detachable from each other with rotation within a range of 0 to 360 °; And a coupling member formed to be engaged with each other between the plurality of dividing members.

When the plurality of dividing members are coupled to each other with a rotation in the range of 0 to 360 °, the coupling members respectively formed on the plurality of dividing members are engaged with each other to increase the coupling force of the plurality of dividing members.

A plurality of partition members accommodating components for vaporizing the vaporized object into the inhalation target gas, formed into a plurality of parts, and detachable from each other in a rotationless manner; An insert formed in one of the plurality of partition members engaged with each other; And an insertion groove formed in another one of the plurality of dividing members engaged with each other, and into which the insert can be inserted.

When the plurality of dividing members are coupled to each other in a non-rotating manner, the insert is inserted into the insertion groove in a non-rotating manner, thereby increasing the coupling force of the plurality of dividing members.

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And a light emitting member formed in the body of the vaporization suction apparatus and configured to emit light independently from each other.

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And a display member formed on the vaporization suction device body to display predetermined information.

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And an acoustic member accommodated in the vaporization suction device body to generate sound.

A vaporization suction member accommodating therein components for vaporizing the vaporization object with the inhalation gas; And a pen member connected to the vaporization suction member and capable of writing or inputting information to a predetermined input means.

A vaporization suction member accommodating therein components for vaporizing the vaporization object with the inhalation gas; And a laser firing member connected to the vaporization suction member and capable of firing a laser.

According to another aspect of the present invention, a vaporization suction device includes a vaporization object accommodation member for receiving a vaporization object, a vaporization member for vaporizing the vaporization object accommodated in the vaporization object accommodation member with an inhalation gas, and electrical energy to the vaporization member. It includes a battery for supplying, an operation switch member for selecting whether to operate the vaporizing member, and a control member for controlling the operation of the vaporizing member in accordance with the operation of the operation switch member,

A first dividing member including the battery and the control member; A second dividing member detachable from said first dividing member, said second dividing member comprising said actuation switch member; And a third dividing member detachable from the second dividing member, the third dividing member including at least one of the vaporizing member and the vaporizing object receiving member.

The second dividing member may be replaced separately from the first dividing member and the third dividing member.

The vaporization suction device according to another aspect of the present invention to vaporize the vaporized object accommodated therein to be inhaled,

A vaporized object receiving member for receiving the vaporized object; A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas; When the user of the vaporization suction device bites and suctions the vaporization suction device, the vaporization member is activated to detect whether the user of the vaporization suction device is inhaled so that the vaporization object can be vaporized with the gas to be inhaled And an actuating switch member directly selectable by the user of the vaporization suction device such that the user of the vaporization suction device manually operates the vaporization member so that the vaporization object can be vaporized with the inhalation target gas. And a control member controlling the operation of the vaporization member in accordance with the operation of the operation switch member.

When at least one of suction detection of the suction detection sensor and operation of the operation switch is performed, the control member may operate the vaporization member to vaporize the vaporization object with the inhalation target gas.

A vaporized object receiving member for receiving the vaporized object; A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas; When the user of the vaporization suction device bites and suctions the vaporization suction device, the vaporization member is activated to detect whether the user of the vaporization suction device is inhaled so that the vaporization object can be vaporized with the gas to be inhaled And at least one of an operation switch directly selectable by the user of the vaporization suction device such that the user of the vaporization suction device manually operates the vaporization member to vaporize the vaporization object with the gas to be inhaled. Switch member; And a control member controlling the operation of the vaporization member in accordance with the operation of the operation switch member.

The control member is configured to lock the vaporization suction device not to operate until the operation switch member is operated to satisfy the preset unlocking condition when the operation switch member is operated to satisfy the preset locking condition. do.

A vaporized object receiving member for receiving the vaporized object; A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas; By the resistive touch type or the electrostatic touch method, the user of the vaporization suction device can manually select the user of the vaporization suction device so that the vaporization object can be vaporized with the gas to be inhaled by manually operating the vaporization member. Operating switch; And a control member that controls the operation of the vaporization member in accordance with the operation of the operation switch.

Liquid vaporization suction device according to another aspect of the present invention is to be able to vaporize the liquid contained therein to the inhalation target gas for the user to inhale,

A liquid receiving member in which the liquid to be vaporized is accommodated therein; A vaporization member capable of vaporizing the liquid supplied from the liquid receiving member; A liquid inducing member for inducing the liquid in the liquid containing member to be delivered to the vaporizing member; And a liquid guide member fixing member that forms a flow space such that the liquid in the liquid receiving member can flow toward the liquid guide member while the liquid guide member is fixed to the liquid receiving member.

According to another aspect of the present invention, there is provided a liquid vapor inhalation apparatus, comprising: a wavelength generating member capable of vaporizing a liquid contained therein to be inhaled by a user to inhale into a gas to be inhaled, and generating a wavelength capable of causing a sense of stability to a user; It includes.

The liquid vaporization suction device according to another aspect of the present invention is to vaporize the liquid contained therein for the user to inhale into the gas to be sucked, the sound generating member capable of generating sound; includes.

According to another aspect of the present invention, a liquid vapor inhalation apparatus includes a memory member capable of vaporizing a liquid contained therein to be a gas to be inhaled to be inhaled by a user, and storing information.

Liquid vaporization suction device according to another aspect of the present invention is to vaporize the liquid contained therein to the user to inhale the gas to be inhaled, the image capturing member for capturing an image; includes.

According to the liquid vaporization suction device according to an aspect of the present invention, since the cloud prevention portion is formed on the outer surface of the case of the liquid vaporization suction device, the liquid vaporization suction device may not be rolled on a flat place, a drop that may occur according to the cloud There is an effect that can be prevented due to damage.

According to the vaporization suction device according to another aspect of the present invention, a plurality of partition members are joined to each other with a rotation in the range of 0 to 360 °, and in such a joining process, the engaging members formed on the plurality of partition members are engaged with each other, the plurality of partitions Increasing the coupling force of the member, it is possible to be firmly coupled without the need to rotate the plurality of dividing members a plurality of wheels, there is an effect that the removable can be convenient.

According to the vaporization suction device according to another aspect of the present invention, the electrodes that can be energized with each other are formed in the coupling portion of the plurality of partition members, at least some of the electrodes include an elastic portion having an elastic, a plurality of partition members When the electrodes are coupled to each other, the electrodes formed on the plurality of partition members are engaged with each other and the elastic portions are pressed to provide elasticity, so that the electrodes formed on the plurality of partition members are in intimate contact with each other, thereby smoothly conducting electricity between the plurality of partition members. It works.

According to the vaporization suction device according to another aspect of the present invention, the variable engaging projection that can be changed in shape is formed, in the process of combining a plurality of partition members, the variable engaging projection is pushed while touching the surface of the negative pressure forming portion When the plurality of dividing members are inserted into the variable grooves and the plurality of dividing members are completed to be combined with each other, the variable coupling protrusions are protruded into the coupling grooves so that the variable coupling protrusions do not interfere with the coupling of the plurality of dividing members. There is an effect that can increase the bonding force.

According to the vaporization suction device according to another aspect of the present invention, when the insert is inserted into the negative pressure forming portion, as the plurality of partition members slide in a non-rotating manner without rotation, the detachment is made between the plurality of partition members, While detachment is made easily, there is an effect that the bonding force between the plurality of dividing members can be increased.

According to the vaporization suction apparatus according to another aspect of the present invention, the introduction member is formed in the engaging groove is formed in a shape recessed from the end of the negative pressure forming portion in the direction in which the plurality of partition members are coupled, that is, the longitudinal direction of the vaporization suction device, By including a coupling groove consisting of a fixed groove formed in a shape bent at a predetermined angle in the direction in which the introduction groove is formed at the end of the groove, while the coupling of the plurality of divided members is made easily, the coupling force can be increased have.

According to the vaporization suction device according to another aspect of the present invention, the user is detected by the suction detection switch by the suction detection switch, the vibration of the vaporization suction device body by the vibration detection sensor, or the external sound by the acoustic member When the plurality of light emitting members or the display members are activated, for example, when the other vapor inhalation apparatus is detected by the radio wave transmitting / receiving member to be approached within a predetermined range with respect to the vaporization inhalation apparatus, the vaporization inhalation apparatus is operated. There is an effect that can cause interest of the user to use, and create a beautiful appearance of the vaporization suction device.

According to the vaporization suction device according to another aspect of the present invention, as the acoustic member is provided, the user's suction is detected, the vibration of the vaporization suction device body by the vibration detection sensor, or a constant based on the vaporization suction device Since another vaporization suction apparatus is within a distance range, or when the selection member is selected by the user, the acoustic member may generate a predetermined sound, and thus, there is an effect that may cause interest of the user using the vaporization suction apparatus. .

According to the vaporization suction device according to another aspect of the present invention, the vaporization suction device is connected to the vaporization suction member and the vaporization suction member, the components for vaporizing the vaporization object to the inhalation target gas therein, and can be written By including a pen member to be, by using the vaporization suction device, the vaporization object may be inhaled in a gaseous state, or can be written, there is an effect that the ease of use of the vaporization suction device can be improved.

According to the vaporization suction device according to another aspect of the present invention, the vaporization suction device is connected to the vaporization suction member and the vaporization suction member, the components for vaporizing the vaporization object to the inhalation gas therein, and connected to the vaporization suction member, and firing the laser By including a laser firing member that can be, by using the vaporization suction device, the vaporization object may be sucked in the gaseous state, or by firing the laser to be used as a pointer, improve the ease of use of the vaporization suction device There is an effect that can be.

According to another aspect of the present invention, there is provided a vaporization suction device comprising: a first dividing member including a battery and a control member; A second dividing member detachable from the first dividing member, the second dividing member comprising an actuation switch member; And a third dividing member detachable from the second dividing member, the third dividing member including at least one of the vaporizing member and the vaporizing object receiving member, wherein the second dividing member is replaced separately from the first dividing member and the third dividing member. According to the present invention, when the replacement of the operation switch member is required due to a failure or the like, since only the second dividing member including the operation switch member can be replaced, an unnecessary replacement of the battery, the control member, etc. may not occur. There is.

According to the vaporization suction device according to another aspect of the present invention, when the user of the vaporization suction device bites and inhales the vaporization suction device, the vaporization member is operated so that the vaporization object can be vaporized with the gas to be inhaled to the user of the vaporization suction device A suction detection sensor for detecting inhalation and an operation switch that can be directly selected by the user of the vaporization suction device so that the user of the vaporization suction device can manually activate the vaporization member to vaporize the vaporized object into the gas to be inhaled. Accordingly, since the inhalation target gas can be vaporized according to the operation of various types of input means, the user can operate the vaporization inhalation device without any additional operation to conveniently vaporize and inhale the vaporization object, but also inhale at one time. If you want to increase the concentration of the subject, operate the operation switch By maintaining constant the time to increase the concentration of the drawn target object, and vaporized to increase the suction satisfaction, there is an effect that a user can inhale, while no target suction gas to the suction action.

According to one aspect of the present invention, there is provided a liquid vaporization suction device comprising: a liquid receiving member in which a liquid to be vaporized is accommodated therein; A vaporizing member capable of vaporizing a liquid supplied from the liquid receiving member; A liquid inducing member for inducing liquid in the liquid receiving member to be delivered to the vaporizing member; And a liquid inducing member fixing member which forms a flow space such that the liquid in the liquid receiving member can flow toward the liquid inducing member while the liquid inducing member is fixed to the liquid receiving member. There is an effect that the liquid in the liquid receiving member can be smoothly supplied to the vaporizing member while being bonded.

According to the liquid vaporization suction device according to another aspect of the present invention, the wavelength generating member is provided with a wavelength that can give a sense of stability to the user, there is an effect that can cause a sense of stability to the user using the liquid vaporization suction device. .

According to the liquid vaporization suction device according to another aspect of the present invention, as the sound generating member is provided, the user using the liquid vaporization suction device can listen to the sound of the desired music, etc., without having to separately provide a music player, etc. It works.

According to the liquid vaporization suction device according to another aspect of the present invention, as the memory member is provided, the user using the liquid vaporization suction device can store and carry desired information without having to separately provide a USB type information storage device or the like. It can be effective.

According to the liquid vaporization suction apparatus according to still another aspect of the present invention, as the image capturing member is provided, a user using the liquid vaporization suction apparatus can capture a desired image without having to separately provide an image capturing apparatus such as a camera. It has an effect.

1 is a perspective view showing a liquid vaporization suction device including a cloud preventing unit according to a first embodiment of the present invention is separated.

Figure 2 is a perspective view showing a state in which the liquid vaporization suction device including a cloud preventing unit according to the first embodiment of the present invention is coupled.

Figure 3 is a front view showing the rolling state of the liquid vaporization inhalation device including a cloud protection according to a first embodiment of the present invention.

FIG. 4 is a front view of the liquid vaporization inhalation device shown in FIG. 3 showing a cloud stop by the cloud preventing unit. FIG.

Figure 5 is a front view showing a state of the liquid vaporization suction device including a cloud protection according to a second embodiment of the present invention.

Figure 6 is a perspective view showing a part of the liquid vaporization suction apparatus including a cloud protection according to a third embodiment of the present invention.

Figure 7 is a front view showing a state of the liquid vaporization suction device including a cloud protection according to a third embodiment of the present invention.

8 is a perspective view showing a state in which the vaporization suction device according to the fourth embodiment of the present invention is separated.

FIG. 9 is an enlarged view of a portion A shown in FIG. 8. FIG.

10 is a perspective view showing a state in which the vaporization suction device according to the fourth embodiment of the present invention is coupled.

FIG. 11 is an enlarged view of a portion B shown in FIG. 10. FIG.

12 is a cross-sectional view showing a partial state in which the first partition member and the second partition member which constitute the vaporization suction device according to the fifth embodiment of the present invention are separated.

13 is a cross-sectional view showing a state in which the first and second partitioning members constituting the vaporization suction device according to the fifth embodiment of the present invention are combined.

14 is a cross-sectional view showing a state that the variable coupling protrusion constituting the vaporization suction device according to a sixth embodiment of the present invention.

15 is a cross-sectional view showing a state in which the variable coupling protrusion constituting the vaporization suction device according to a sixth embodiment of the present invention is inserted.

16 is a perspective view showing a separated state of the vaporization suction device according to a seventh embodiment of the present invention.

FIG. 17 is an enlarged view of a portion C shown in FIG. 16. FIG.

18 is a perspective view showing a separated state of the coupling member of the vaporization suction device according to an eighth embodiment of the present invention.

19 is a perspective view showing a state in which the vaporization suction device according to the ninth embodiment of the present invention is separated.

20 is a perspective view showing a state in which the vaporization suction device according to the ninth embodiment of the present invention is coupled.

21 is a perspective view showing a state in which the vaporization suction device according to the tenth embodiment of the present invention is coupled.

22 is a perspective view showing a state in which the vaporization suction device according to the eleventh embodiment of the present invention is coupled.

23 is a perspective view showing a state in which the vaporization suction device according to the twelfth embodiment of the present invention is coupled.

24 is a perspective view showing a state in which the vaporization suction device according to a thirteenth embodiment of the present invention is separated.

25 is a perspective view showing a state in which the vaporization suction device according to a fourteenth embodiment of the present invention is separated.

Figure 26 is a perspective view showing a state in which the vaporization suction device according to the fifteenth embodiment of the present invention is separated.

27 is a perspective view showing a state in which the vaporization suction device according to a sixteenth embodiment of the present invention is separated.

28 is a perspective view showing a state in which the vaporization suction device according to the seventeenth embodiment of the present invention is coupled.

29 is a perspective view showing a state in which the vaporization suction device according to the eighteenth embodiment of the present invention is separated.

30 is a perspective view showing a state in which the vaporization suction device according to the nineteenth embodiment of the present invention is separated.

31 is a perspective view showing a state in which the vaporization suction device according to the twentieth embodiment of the present invention is separated.

32 is a perspective view showing a state in which the vaporization suction device according to the twenty-first embodiment of the present invention is separated.

33 is a cross-sectional view showing that the vaporization suction apparatus according to the twenty-second embodiment of the present invention is separated;

34 is a perspective view showing a combined state of the vaporization suction device according to a twenty-second embodiment of the present invention.

35 is a cross-sectional view showing the state that the pen nib protrudes from the pen member in the vaporization suction apparatus according to a twenty-third embodiment of the present invention.

36 is a cross-sectional view showing the pen nib inserted into the pen member in the vaporization suction apparatus according to the twenty-third embodiment of the present invention.

37 is a perspective view showing a separated state of the vaporization suction device according to a twenty-fourth embodiment of the present invention.

38 is a cross-sectional view showing a combined state of the vaporization suction device according to a twenty-fifth embodiment of the present invention.

39 is a cross-sectional view showing a combined state of the vaporization suction device according to a twenty sixth embodiment of the present invention.

40 is a perspective view showing a state in which the vaporization suction device according to the 27th embodiment of the present invention is separated.

41 is a perspective view showing a state in which the vaporization suction device according to a twenty-seventh embodiment of the present invention is coupled.

42 is a perspective view showing a state in which the vaporization suction device according to the twenty-eighth embodiment of the present invention is separated.

43 is a perspective view of the vaporization inhalation device according to the twenty-ninth embodiment of the present invention separated;

44 is a perspective view showing a state in which the vaporization suction device according to a thirtieth embodiment of the present invention is separated.

45 is a perspective view showing a state in which the vaporization suction device according to a thirtieth embodiment of the present invention is coupled.

46 is a perspective view of the vaporization suction device according to the thirty-first embodiment of the present invention separated;

47 is a perspective view of the vaporization inhalation device according to the thirty-second embodiment of the present invention in a separated state;

48 is a perspective view of the vaporization suction device according to the thirty-third embodiment of the present invention in a separated state;

49 is a perspective view showing a combined state of the vaporization suction device according to a thirty-fourth embodiment of the present invention.

50 is a perspective view of the liquid vaporization inhalation device according to a thirty-fifth embodiment of the present invention is separated;

51 is a perspective view of a liquid vaporization suction device according to a thirty-fifth embodiment of the present invention is combined;

Fig. 52 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the 35th embodiment of the present invention.

Fig. 53 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the 36th embodiment of the present invention.

Fig. 54 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the thirty seventh embodiment of the present invention.

Fig. 55 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the thirty eighth embodiment of the present invention.

Fig. 56 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the 39th embodiment of the present invention.

Fig. 57 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the forty embodiment of the present invention.

58 is a perspective view of the liquid vaporization inhalation device according to the forty-first embodiment of the present invention separated;

59 is a perspective view showing a state in which the liquid vaporization suction device according to a forty-first embodiment of the present invention is coupled.

Fig. 60 is a view showing the configuration of the wavelength generating member of the liquid vaporization suction apparatus according to the forty-first embodiment of the present invention.

Fig. 61 is a sectional view showing the inside of the front side part of the liquid vaporization suction device according to the forty-second embodiment of the present invention;

Fig. 62 is a view showing the construction of an acoustic generating member of the liquid vaporization suction apparatus according to the forty-second embodiment of the present invention.

FIG. 63 is a cross-sectional view of a memory member applied to a liquid vaporization suction device according to a forty-third embodiment of the present invention, and with a stopper removed; FIG.

64 is a cross-sectional view showing that a memory member is applied and a stopper is coupled to a liquid vaporization suction device according to a 43rd embodiment of the present invention;

FIG. 65 is a cross-sectional view illustrating a state in which an image capturing member is applied to a liquid vaporization suction device according to a forty-fourth embodiment of the present invention, and the stopper is separated; FIG.

FIG. 66 is a cross-sectional view showing that a wavelength generating member and a memory member are applied to a liquid vaporization suction device according to a forty-fifth embodiment of the present invention, and the stopper is removed; FIG.

FIG. 67 is a cross-sectional view illustrating that a wavelength generating member and an image capturing member are applied to a liquid vaporization suction apparatus according to a forty-seventh embodiment of the present invention, and the cap is detached

Fig. 68 is a sectional view showing the wavelength generating member and the acoustic generating member applied to the liquid vaporization suction apparatus according to the forty-seventh embodiment of the present invention.

Hereinafter, a liquid vaporization suction device including a cloud protection unit according to embodiments of the present invention will be described with reference to the accompanying drawings.

In the present embodiments, there is provided an electronic cigarette type device in which nicotine liquid is received as a vaporization suction device, but this is exemplary. That is, as a receiving liquid or a vaporizing object accommodated in the vaporization inhalation apparatus described below, various flavors such as injection liquids, aromas, functional ingredient-containing substances, health supplement-containing substances, pharmaceutical ingredient-containing substances, etc. may be presented instead of nicotine liquid. And the form of such vaporized subject may be presented as a liquid or a solid. If the vaporized subject is a solid, the solid may be heated to liquefy and then vaporized. Such a vaporized object may be inhaled by a user by being vaporized in a vaporization inhalation device. In this case, components such as the light emitting diodes below may be omitted as necessary.

1 is a perspective view showing a liquid vaporization suction device including a cloud protection unit according to a first embodiment of the present invention is separated, Figure 2 is a liquid vaporization suction including a cloud protection unit according to a first embodiment of the present invention Figure 3 is a perspective view showing the combined state, Figure 3 is a front view showing the roll of the liquid vaporization suction device including a rolling protection according to a first embodiment of the present invention, Figure 4 is a liquid vapor inhalation shown in Figure 3 A front view showing the device in a cloud stop by the cloud guard.

1 to 4 together, the liquid vaporization suction apparatus 100 according to the present embodiment includes a first member 110, a second member 120, and is housed therein for the user to inhale The liquid can be vaporized into the gas to be inhaled. The configuration of the

members

110 and 120 is exemplary, and the number of configurations of the members may be changed.

In the case 111 of the first member 110, the light emitting diode 113, the battery 115, the controller 114, and the suction detection switch 150 are sequentially disposed.

The heat generating member 125, the liquid receiving member 126, and the lid 124 are sequentially disposed in the case 121 of the second member 120.

Here, the case 111 of the first member 110 may be defined as a front case, and the case 121 of the second member 120 may be defined as a rear case.

In the present exemplary embodiment,

cloud preventing parts

118 and 127 are formed on outer surfaces of the case 111 of the first member 110 and the case 121 of the second member 120, respectively. The

cloud preventing parts

118 and 127 prevent rolling of the

cases

111 and 121.

Cross sections of the

cases

111 and 121 may have a circular shape. In this case, the liquid vaporization suction device 100 may be rolled on a flat place. In the present embodiment, the

cloud preventing portion

118, 127 formed on the outer surface of the case (111, 121) includes a plane formed on the outer surface of the case (111, 121), so that the liquid vaporization suction device 100 Prevent the clouds.

In detail, as shown in FIG. 3, the liquid vaporization suction device 100 can be rolled on the flat bottom 10 by the shape of the

cases

111 and 121 of its circular cross section. As shown in FIG. 4, among the clouds, when the

cloud preventing parts

118 and 127 touch the bottom 10, the cloud of the liquid vaporization suction device 100 is stopped.

As described above, since the cloud prevention part is formed on the outer surface of the case, since the liquid vaporization suction device may not roll on a flat place, breakage due to a drop that may occur due to the cloud may be prevented.

The light emitting diode 113 is a part electrically connected to the battery 115 and capable of emitting red light under the control of the controller 114. The light emitting diode 113 is formed on the front member 112 on the front surface of the case 111.

The battery 115 is a portion for applying power to the light emitting diode 113, the controller 114, the heat generating member 125, and the like, and a polymer lithium battery may be provided.

The controller 114 is a part in which various circuits required for the operation of the liquid vaporization suction device 100 are formed. The controller 114 may control the operation of the light emitting diode 113, the heating member 125, and the like according to the detection value transmitted from the suction detection switch 150.

A negative pressure forming portion 116 is formed at the rear end of the case 111. In the negative pressure forming unit 116, an outside air introduction hole 117 is formed. The outside air introduction hole 117 may be formed in plural. The outside air introduction hole 117 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 116 flows into the user's mouth through the second member 120, and thus negative pressure is generated in the negative pressure forming unit 116.

) Is formed, so that outside air flows into the negative pressure forming unit 116 through the outside air introduction hole 117.

When the user inhales, the outside air introduced into the negative pressure forming unit 116 through the outside air introduction hole 117 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the heat generating member 125.

The suction detection switch 150 is a part that detects the suction when the user inhales the distal end of the second member 120 by mouth.

When the suction detection switch 150 detects a user's suction, the controller 114 operates the heating member 125 to vaporize the liquid in the liquid receiving member 126.

An insert 122 is formed on the front side of the second member 120. The insert 122 is inserted into the end of the negative pressure forming portion 116. Even when the insert 122 is inserted into the negative pressure forming unit 116, the outside air introduction hole 117 is not covered by the insert 122. In addition, the insert 122 is electrically connected to the battery 115 and the controller 114. For example, an electrode contacting each other is formed on an outer surface of the insert 122 and an inner surface of the negative pressure forming unit 116, and an electrode formed on the outer surface of the insert 122 is electrically connected to the heat generating member 125. The electrode formed on the inner surface of the negative pressure forming unit 116 may be electrically connected to the controller 114 and the battery 115.

The outside air flow hole 123 is formed at the center of the insert 122. Air in the negative pressure forming unit 116 may flow into the case 121 of the second member 120 through the outside air flow hole 123. Air introduced as described above is discharged to the user's mouth through the suction hole (not shown) formed in the lid 124 via the heat generating member 125.

The heat generating member 125 is a portion capable of generating heat by receiving power from the battery 115 according to the command of the controller 114. When the heat generating member 125 generates heat, nicotine liquid delivered from the liquid receiving member 126 may be vaporized by the heat. Nicotine vaporized by the heat generating member 125 is mixed with the air introduced through the outside air flow hole 123, and flows out of the user's mouth through the lid 124.

The liquid receiving member 126 has a nicotine liquid contained therein as a liquid, and delivers the nicotine liquid contained therein to the heat generating member 125.

Hereinafter, the operation of the liquid vaporization suction device 100 configured as described above will be briefly described.

First, when the user inhales the liquid vaporization suction device 100 in the mouth, the suction detection switch 150 detects this and transmits the detected value to the controller 114.

In detail, when the user starts inhalation, the air inside the case 121 of the second member 120 flows into the mouth of the user, and the air in the negative pressure forming unit 116 sequentially flows out to form the negative pressure. A negative pressure is formed in the portion 116. A small amount of air continuously flows through the outside air introduction hole 117, so that the negative pressure is continuously formed in the negative pressure forming unit 116 during the suction process of the user.

When a negative pressure is formed in the negative pressure forming unit 116, a sensor inside the suction detection switch 150 detects such a negative pressure, and the suction detection switch 150 detects whether the user inhales.

The controller 114 receiving the detection value transmits an operation command to the light emitting diode 113 and the heat generating member 125, and accordingly, the light emitting diode 113 and the heat generating member 125 are connected to the battery. The power is supplied to 115 to emit light and generate heat, respectively.

When the heat generating member 125 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above flows into the user's mouth through the lid 124 of the second member 120.

By the operation of the liquid vaporization inhalation device 100 as described above, the user obtains a feeling similar to the actual smoking.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, the description overlapping with the contents already described in the above-described first embodiment of the present invention will be replaced with the description thereof.

5 is a front view showing a state of the liquid vaporization suction apparatus including a cloud protection according to a second embodiment of the present invention.

Referring to FIG. 5, in the liquid vaporization suction device 200 according to the present exemplary embodiment, the cloud preventing part 218 formed on the outer surface of the case 211 may be formed of a polyhedron.

Although the cloud protection 218 is shown in FIG. 5 as being made of an octahedron, this is exemplary and may be presented in various polyhedrons.

The cloud preventing part 218 may be a polyhedron formed separately from the case 211 and coupled to the case 211, or may be a polyhedron integrally formed with the case 211.

As described above, as the cloud prevention unit 218 is made of a polyhedron, the occurrence of cloud phenomenon of the liquid vaporization suction device 200 can be minimized.

6 is a perspective view showing a part of the liquid vaporization suction device including a cloud protection unit according to a third embodiment of the present invention, Figure 7 is a liquid vaporization suction device including a cloud protection unit according to a third embodiment of the present invention It is the front view which looks like a.

6 and 7 together, the liquid vaporization suction device 300 according to the present embodiment is a projection preventing the cloud portion 318 formed on the outer surface of the case 311 protruding from the outer surface of the case 311 It may include.

Even if the case 311 has a circular shape, the cloud prevention part 318 of the protrusion shape, the cloud of the liquid vaporization suction device 300 can be prevented.

Meanwhile, in the above embodiments, the anti-clouding part is presented as a plane, a polyhedron, a protrusion, etc., which are exemplary ones of the anti-clouding part, and various types of anti-clouding parts may be presented.

In addition, the cloud prevention portion of the planar, polyhedral, and protrusion forms presented in the above embodiments may be used interchangeably.

8 is a perspective view showing the vaporization suction device according to the fourth embodiment of the present invention separated, Figure 9 is an enlarged view of the portion A shown in Figure 8, Figure 10 is a fourth embodiment of the present invention Fig. 11 is a perspective view showing a state in which the vaporization suction device is coupled, and Fig. 11 is an enlarged view of a portion B shown in Fig. 10.

8 to 11 together, the vaporization suction device 400 according to the present embodiment includes a first dividing member 410 and a second dividing member 420, the user can suck inside The received vaporization subject can be vaporized with the gas to be inhaled.

Here, the vaporization suction device 400 is presented as being composed of the first partition member 410 and the second partition member 420, but this is exemplary, the vaporization suction device 400 is a larger number The components for vaporizing the vaporized object into the inhalation target gas may be divided and accommodated in the plurality of divided members.

The light emitting diode 413, the light emitting unit 430, the battery 415, the controller 414, and the suction detection switch 450 are disposed in the case 411 of the first dividing member 410.

The heat generating member 425, the liquid receiving member 426, and the lid 424 are disposed in the case 421 of the second dividing member 420.

Here, the case 411 of the first dividing member 410 may be defined as a front case, and the case 421 of the second dividing member 420 may be defined as a rear case.

The light emitting diode 413 is electrically connected to the battery 415 and emits red light. The light emitting diode 413 is formed on the front member 412 on the front surface of the case 411. The light emitting unit 430 is connected to the light emitting diode 413 to emit the light emitting diode 413 under the control of the controller 414.

The battery 415 is a portion for applying power to the light emitting diode 413, the controller 414, the heat generating member 425, and the like, and a polymer lithium battery may be provided.

The controller 414 is a part in which various circuits required for the operation of the vaporization suction device 400 are formed. The controller 414 may control operations of the light emitting diode 413, the heating member 425, and the like according to the detection value transmitted from the suction detection switch 450.

A negative pressure forming portion 416 is formed at the rear end of the case 411. The negative pressure forming part 416 is formed with an outside air introduction hole 417. A plurality of outside air introduction holes 417 may be formed. The outside air introduction hole 417 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 416 flows into the user's mouth through the second dividing member 420, and accordingly negative pressure is generated in the negative pressure forming unit 416.

) Is formed, so that outside air flows into the negative pressure forming unit 416 through the outside air introduction hole 417.

When the user inhales, the outside air introduced into the negative pressure forming unit 416 through the outside air introduction hole 417 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the heat generating member 425.

The suction detection switch 450 is a part that detects the suction when the user inhales the distal end of the second dividing member 420 by mouth.

When the suction detection switch 450 detects a user's inhalation, the controller 414 operates the heating member 425 to vaporize the liquid in the liquid receiving member 426.

An insert 422 is formed on the front side of the second dividing member 420. The insert 422 is inserted at the end of the negative pressure forming portion 416. Even if the insert 422 is inserted into the negative pressure forming portion 416, the outside air introduction hole 417 is not covered by the insert 422. The insert 422 is electrically connected to the battery 415 and the controller 414. For example, an electrode contacting each other is formed on an outer surface of the insert 422 and an inner surface of the negative pressure forming unit 416, and an electrode formed on the outer surface of the insert 422 is electrically connected to the heat generating member 425. The electrode formed on the inner surface of the negative pressure forming unit 416 may be electrically connected to the controller 414 and the battery 415.

The outside air flow hole 423 is formed at the center of the insert 422. Air in the negative pressure forming unit 416 may flow into the second dividing member 420 and case 421 through the outside air flow hole 423. The air introduced as described above is discharged to the user's mouth through the suction hole (not shown) formed in the lid 424 via the heat generating member 425.

A recessed portion 428 is formed around the periphery 427 of the outside air flow hole 423, and an outer portion 429 of the insert 422 is formed around the recessed portion 428. do.

The heat generating member 425 is a portion capable of generating heat by receiving power from the battery 415 according to the command of the controller 414. When the heat generating member 425 generates heat, the nicotine liquid delivered from the liquid receiving member 426 may be vaporized by the heat. Nicotine vaporized by the heat generating member 425 is mixed with air introduced through the outside air flow hole 423 and flows out of the user's mouth through the lid 424.

The liquid receiving member 426 has a nicotine liquid contained therein as a liquid, and delivers the nicotine liquid contained therein to the heat generating member 425.

In the present embodiment, the first dividing member 410 and the second dividing member 420 are formed to be detached from each other with a rotation within a range of 0 to 360 °, the first dividing member 410 and the In the second dividing member 420, coupling protrusions 445 and coupling grooves 440 may be formed to be engaged with each other.

The coupling protrusion 445 and the coupling groove 440 are formed of a convex portion and a concave-convex portion having a shape corresponding to each other so as to be engaged with each other, so that the first division member 410 and the second division member are formed. The coupling protrusion 445 is forcibly fitted to the inner surface of the negative pressure forming unit 416 during the coupling process of 420, and when the coupling is completed, the coupling protrusion 445 is coupled to the coupling groove 440. A coupling force between the first dividing member 410 and the second dividing member 420 may be increased.

When separating the first dividing member 410 and the second dividing member 420, when the user exerts an external force, the coupling protrusion 445 is separated from the coupling groove 440. The coupling between the member 410 and the second dividing member 420 can be easily released.

Although the coupling protrusion 445 is formed in the second dividing member 420 and the coupling groove 440 is formed in the first dividing member 410 in the drawing, this is exemplary and various. It can be formed in each member.

The coupling protrusion 445 and the coupling groove 440 may be engaged with each other to increase the coupling force of the plurality of dividing

members

410 and 120, and may be defined as a coupling member. Various other forms besides the engaging protrusion 445 and the engaging groove 440 may be presented.

In addition, the coupling protrusion 445 may also be formed in a ring shape, and the coupling groove 440 may also be formed in a shape corresponding to the coupling protrusion 445 of the ring shape. In addition, the coupling protrusion 445 and the coupling groove 440 may be provided in various forms.

In this embodiment, as the insert 422 of the second dividing member 420 is inserted into the negative pressure forming portion 416 at the end of the first dividing member 410 with rotation within a range of 0 to 360 °. The first dividing member 410 and the second dividing member 420 may be coupled to each other. Preferably, the first dividing member 410 and the second dividing member 420 may be coupled to each other without rotation, that is, without rotation.

As described above, the plurality of dividing

members

410 and 120 are coupled to each other with rotation within a range of 0 to 360 °, and the coupling members respectively formed on the plurality of dividing

members

410 and 120 are combined with each other in such a joining process. As the engagement force of the plurality of dividing

members

410 and 120 is increased while being engaged, the plurality of dividing

members

410 and 120 can be firmly coupled without having to rotate a plurality of wheels, so that the detachable members can be conveniently removed. .

Hereinafter, the operation of the vaporization suction device 400 configured as described above will be briefly described.

First, when the user inhales the vaporization suction device 400 in the mouth, the suction detection switch 450 detects this and transmits the detected value to the controller 414.

In detail, when the user starts suction, the air inside the case 421 of the second dividing member 420 flows out into the user's mouth, and the air in the negative pressure forming unit 416 is sequentially flowed out, and the negative pressure A negative pressure is formed in the forming portion 416. A small amount of air continuously flows through the outside air introduction hole 417, so that the negative pressure is continuously formed in the negative pressure forming unit 416 during the suction process of the user.

When the negative pressure is formed in the negative pressure forming unit 416, the suction detection switch 450 detects whether the user is suctioned.

On the other hand, the control unit 414 receiving the detection value transmits a driving command to the light emitting diode 413 and the heat generating member 425, and accordingly the light emitting diode 413 and the heat generating member 425 The battery 415 is supplied with power to emit light and generate heat, respectively.

When the heat generating member 425 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 424 of the second dividing member 420.

By the operation of the vaporization suction device 400 as described above, the user obtains a feeling similar to the actual smoking.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, the description overlapping with the contents already described in the above-described fourth embodiment of the present invention will be replaced by the description thereof, and will be omitted herein.

12 is a cross-sectional view showing a partial state in which the first and second partition members constituting the vaporization suction device according to the fifth embodiment of the present invention are separated, and FIG. 13 is a vaporization according to the fifth embodiment of the present invention. It is sectional drawing which shows the state which the 1st dividing member and the 2nd dividing member which comprise a suction apparatus couple | bonded.

12 and 13 together, in the present embodiment, the vaporization suction apparatus 500 includes a first dividing member 510 and a second dividing member 520, and the first dividing member 510 includes: Battery (not shown), suction detection switch 550 is included. The battery may be disposed in front of the suction detection switch 550 as in the fourth embodiment.

Reference numeral 251 denotes an electrode arrangement protrusion protruding from the suction detection switch 550. The electrode arrangement protrusion 551 protrudes from the suction detection switch 550 is exemplary, and may protrude from another portion of the first dividing member 510.

The first division member side 1 electrode 552 is formed on the electrode arrangement protrusion 551, and the first division member side 2 electrode 555 is formed on a portion around the electrode arrangement protrusion 551. The first divisional member side 1 electrode 552 and the first divisional member side 2 electrode 555 are insulated from each other, and are energized with the battery, respectively, one of which is a positive electrode and the other is a negative electrode. To form.

The outer portion of the insert 522 of the second dividing member 520 is made of a metal material, and functions as a second dividing member side 2 electrode that can be energized with the first dividing member side 2 electrode 555. Of course, the second partition member side 2 electrode may be separately formed in the insert 522.

The periphery portion 527 of the outside air flow hole 523 formed in the insert 522 is made of a metal material and functions as a second partition member side 1 electrode that can be energized with the first partition member side 1 electrode 552. do. Of course, the second divisional member side 1 electrode may be separately formed in the peripheral portion 527.

Reference numeral 528 denotes an insulator that insulates the outer portion of the insert 522 and the peripheral portion 527.

An outer portion of the insert 522 serving as the second dividing member side 2 electrode and the peripheral portion 527 serving as the second dividing member side 1 electrode are disposed in the second dividing member 520, respectively. Connected to the heated member.

The first divisional member side 1 electrode 552 and the first divisional member side 2 electrode 555 include

contact portions

554 and 557 and

elastic portions

553 and 556, respectively.

The

contact portions

554 and 557 respectively contact the outer portions of the peripheral portion 527 serving as the second partition member side 1 electrode and the insert 522 serving as the second partition member side 2 electrode, respectively. To be energized.

The

elastic portions

553 and 556 are elastic portions. When the first and second

divisional members

510 and 520 are coupled to each other, the peripheral portions of the second divisional members 520 may be formed. 527 and by the outer portion of the insert 522 provides elasticity to the

contacts

554, 557. Then, the

contact portions

554 and 557 are respectively the outer portions of the peripheral portion 527 serving as the second partition member side 1 electrode and the insert 522 serving as the second partition member side 2 electrode, respectively. Can be in intimate contact.

As described above,

electrodes

552, 555, 522, and 527, which may be energized with each other, are formed at the coupling portions of the plurality of dividing

members

510 and 520, respectively, of the

electrodes

552, 555, 522, and 527. At least a part includes

elastic portions

553 and 556 having elasticity, and when the plurality of dividing

members

510 and 520 are coupled, the electrodes 552 and the plurality of dividing

members

510 and 520 are formed, respectively. 555, 522, 527 are engaged with each other and the

elastic parts

553, 556 are pressed to provide elasticity, so that the

electrodes

552, 555, 522, 527 formed on the plurality of

partition members

510, 520, respectively, are tight. By being in contact with each other, the energization between the plurality of dividing

members

510 and 520 may be smoothly performed.

The

contact portions

554 and 557 may each have a donut shape.

14 is a cross-sectional view showing a state in which the variable coupling protrusion constituting the vaporization suction device according to a sixth embodiment of the present invention, Figure 15 is a variable coupling constituting the vaporization suction device according to a sixth embodiment of the present invention This is a cross section showing the projection inserted.

14 and 15 together, in the present embodiment, the coupling member of the second dividing member 620 includes a variable coupling protrusion 645, a protrusion variable groove 622a, and an elastic member 646.

The protruding variable groove 622a is formed on the outer side of the insert 622 of the second dividing member 620 and forms a shape recessed to a predetermined depth from the surface of the insert 622.

The variable coupling protrusion 645 may be inserted under the surface of the insert 622 along the protrusion variable groove 622a or may protrude onto the surface. The variable coupling protrusion 645 is a body 645b moving along the variable groove 622a, and a convex-shaped protrusion formed on the body 645b and protruding onto the insert 622 surface. 645a.

In FIG. 14, an upper portion of the variable coupling protrusion 645 forms an arc-shaped cross section, but this is merely an example, and may have various cross-sectional shapes such as a polygonal shape such as a triangle and a quadrangle, and an inclined surface shape. In addition, a plurality of the variable coupling protrusions 645 may be formed.

Here, the variable coupling protrusion 645 is shown as being formed in the insert 622, but this is exemplary, the variable coupling protrusion 645 may be formed in the first partition member, in this case the protrusion The variable groove 622a may be formed in the insert 622.

The elastic member 646 is elastic, such as a spring, a rubber object, the lower end 646c is coupled to the bottom of the projection variable groove 622a, the upper end 646a is the variable coupling protrusion 645 It is coupled to the lower surface of the body 645b, and is connected between the lower end 646c and the upper end 646a by an elastic connection part 646b having elasticity.

Here, the presented form of the elastic member 646 is exemplary, and may be presented in various forms to which elasticity can be applied.

Although not shown, the first division member is provided with a coupling groove into which the variable coupling protrusion 645 may be engaged.

When formed as described above, the insert 622 of the second dividing member 620 in the process of joining the first dividing member and the second dividing member 620, that is, the negative pressure forming portion of the first dividing member. When the variable coupling projection 645 is pushed while touching the surface of the negative pressure forming portion is inserted into the projection variable groove 622a is inserted, the variable coupling projection 645 is in close contact with the insert 622. It becomes a state. In addition, when the first divisional member and the second divisional member 620 are completely coupled to each other, the variable coupling protrusion 645 is coupled to protrude into the coupling groove.

As described above, a variable coupling protrusion 645 having a variable shape may be formed, and the variable coupling protrusion 645 may be connected to the negative pressure in a process in which the first division member and the second division member 620 are coupled to each other. When the first divisional member and the second divisional member 620 are coupled to each other while being pushed while being in contact with the surface of the formation part, the variable coupling protrusion 645 is coupled to the coupling groove. By being coupled while protruding into, the variable coupling protrusion 645 may increase the coupling force of the plurality of partition members without interfering with the coupling of the plurality of partition members.

FIG. 16 is a perspective view showing a separated view of a vaporization suction device according to a seventh embodiment of the present invention, and FIG. 17 is an enlarged view of a portion C shown in FIG. 16.

16 and 17 together, the insert 722 of the second dividing member 720 in the negative pressure forming portion 716 of the first dividing member 710 of the vaporization suction device 700 according to the present embodiment. Is inserted.

In the present embodiment, when the insert 722 is inserted into the negative pressure forming portion 716, the first and

second partitioning members

710 and 720 slide in a rotational manner without rotation. The combination is made. Then, the insert 722 may also be inserted into the insertion groove formed in the negative pressure forming portion 716 in a rotationless manner. The division between the first dividing member 710 and the second dividing member 720 is also the same.

As described above, when the insert 722 is inserted into the negative pressure forming unit 716, the first dividing member 710 and the second dividing member 720 slide in a rotational manner without rotation. As the attachment and detachment is performed, the attachment and detachment between the first division member 710 and the second division member 720 is performed easily, and between the first division member 710 and the second division member 720. The binding force of can be increased.

Referring to FIG. 18, the vaporization suction apparatus 800 according to the present exemplary embodiment may include a coupling member configured to couple the first division member 810 and the second division member 820 to each other, and the coupling member may be connected to the second division member 820. The coupling protrusion 845 protruding from the insert 822 of the dividing member 820 and the negative pressure forming portion 816 of the first dividing member 810 may be coupled to the coupling protrusion 845. Coupling groove 840 is included.

The coupling groove 840 is an end of the negative pressure forming part 816 in a direction in which the first dividing member 810 and the second dividing member 820 are coupled, that is, in a longitudinal direction of the vaporization suction device 800. An introduction groove 842 is formed in a shape recessed from the, and a fixing groove 841 formed in a shape bent at a predetermined angle in the direction in which the introduction groove 842 is formed at the end of the introduction groove 842. Preferably, the fixing groove 841 may be in communication with the inlet groove 842 while being bent vertically.

When formed as described above, the first partitioning member 810 and the second partitioning member 820 are coupled to each other while the first partitioning member 810 and the second partitioning member 820 are coupled to each other. The engaging projection 845 is introduced along the introduction groove 842 in the direction of the direction, and after the introduction is completed, the first division member 810 and the second division member 820 are angled by an external force. For example, when rotated in an opposite direction to each other at an acute angle, the coupling protrusion is fixed to the fixing groove 841, thereby completing the coupling of the first and

second dividing members

810 and 820. do.

As described above, the coupling member of the negative pressure forming portion 816 in the direction in which the first division member 810 and the second division member 820 are coupled, that is, in the longitudinal direction of the vaporization suction device 800. The groove consisting of an introduction groove 842 formed in a shape recessed from an end and a fixed groove 841 formed in a shape bent at a predetermined angle in a direction in which the introduction groove 842 is formed at the end of the introduction groove 842. As the coupling groove 840 is included, the coupling force may be increased while the coupling of the plurality of dividing

members

810 and 820 is easily performed.

19 is a perspective view showing the vaporization suction device according to the ninth embodiment of the present invention is separated, Figure 20 is a perspective view showing the combination of the vaporization suction device according to the ninth embodiment of the present invention.

19 and 20, the vaporization suction apparatus 900 according to the present exemplary embodiment includes a first dividing member 910 and a second dividing member 920 and may be sucked by a user. The received vaporization subject can be vaporized with the gas to be inhaled.

Here, the vaporization suction device 900 is shown as consisting of the first partition member 910 and the second partition member 920, but this is exemplary, the vaporization suction device 900 is a larger number. The components for vaporizing the vaporized object into the inhalation target gas may be divided and accommodated in the plurality of divided members.

The light emitting diode 913, the light emitting unit 930, the battery 915, the controller 914, and the suction detection switch 950 are disposed in the case 911 of the first dividing member 910.

The heat generating member 925, the liquid receiving member 926, and the lid 924 are disposed in the case 921 of the second dividing member 920.

Here, the case 911 of the first dividing member 910 may be defined as a front case, and the case 921 of the second dividing member 920 may be defined as a rear case.

In the present embodiment, a plurality of light emitting members 940 are installed on the outer surface of the case 911 of the first dividing member 910. The plurality of light emitting members 940 may emit light independently of each other, and may emit light in a predetermined order according to a control command of the controller 914.

Here, the light emitting member 940 is shown to be installed on the outer surface of the case 911, but this is exemplary and may be configured to be installed on the inner surface of the case 911 and covered with a transparent cover.

As the plurality of light emitting members 940, a light emitting diode (LED) having excellent operating efficiency may be presented.

Here, the light emitting member 940 is shown to be installed on the outer surface of the case 911 of the first dividing member 910, but this is exemplary, and the case 921 of the second dividing member 920 is, of course, as well. The case 911 of the first dividing member 910 and the case 921 of the second dividing member 920 may be installed.

In addition, the case 911 of the first dividing member 910 and the case 921 of the second dividing member 920 accommodate components for vaporizing the vaporized object with the inhalation gas. It may be defined as a vaporization suction device body.

The light emitting diode 913 is electrically connected to the battery 915 and emits red light. The light emitting diode 913 is formed on the front member 912 on the front surface of the case 911. The light emitting unit 930 is connected to the light emitting diode 913 to emit light of the light emitting diode 913 under the control of the controller 914.

The battery 915 is a portion for applying power to the light emitting diode 913, the controller 914, the heat generating member 925, the light emitting member 940, and the like, and a polymer lithium battery may be presented.

The controller 914 is a part in which various circuits required for the operation of the vaporization suction device 900 are formed. The controller 914 may control operations of the light emitting diode 913, the heat generating member 925, and the light emitting member 940 according to the detection value transmitted from the suction detection switch 950.

A negative pressure forming part 916 is formed at the rear end of the case 911. The negative pressure forming part 916 is provided with an outside air introduction hole 917. A plurality of outside air introduction holes 917 may be formed. The outside air introduction hole 917 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 916 flows into the user's mouth through the second dividing member 920, and thus negative pressure is generated in the negative pressure forming unit 916.

) Is formed, so that outside air flows into the negative pressure forming unit 916 through the outside air introduction hole 917.

When the user inhales, the outside air introduced into the negative pressure forming unit 916 through the outside air introduction hole 917 is sucked by the user together with nicotine, which is an inhalation target gas vaporized by the heat generating member 925.

The suction detection switch 950 detects the suction when the user inhales the distal end of the second dividing member 920 by mouth.

When the suction detection switch 950 detects a user's suction, the control unit 914 operates the heat generating member 925 to vaporize the liquid in the liquid receiving member 926.

An insert 922 is formed on the front side of the second dividing member 920. The insert 922 is inserted into the end of the negative pressure forming portion 916. Even when the insert 922 is inserted into the negative pressure forming unit 916, the outside air introduction hole 917 is not covered by the insert 922. The insert 922 is electrically connected to the battery 915 and the controller 914. For example, an electrode contacting each other is formed on an outer surface of the insert 922 and an inner surface of the negative pressure forming unit 916, and an electrode formed on the outer surface of the insert 922 is electrically connected to the heat generating member 925. The electrode formed on the inner surface of the negative pressure forming unit 916 may be electrically connected to the controller 914 and the battery 915.

An outside air flow hole 923 is formed at the center of the insert 922. Air in the negative pressure forming unit 916 may be introduced into the second dividing member 920 case 921 through the outside air flow hole 923. Air introduced as described above is discharged to the user's mouth through the suction member (not shown) formed in the lid 924 via the heat generating member 925.

A recessed portion 928 is formed around the periphery 927 of the outside air flow hole 923, and an outer portion 929 of the insert 922 is formed around the recessed portion 928. do.

The heat generating member 925 is a portion capable of generating heat by receiving power from the battery 915 according to the command of the controller 914. When the heat generating member 925 generates heat, the nicotine liquid delivered from the liquid receiving member 926 may be vaporized by the heat. Nicotine vaporized by the heat generating member 925 is mixed with air introduced through the outside air flow hole 923, and flows out of the user's mouth through the lid 924.

The liquid receiving member 926 has a nicotine liquid contained therein as a liquid, and delivers the nicotine liquid contained therein to the heat generating member 925.

In the present exemplary embodiment, the plurality of light emitting members 940 are spaced apart from each other and are disposed in a band shape along the outer circumferential surface of the case 911 of the first dividing member 910.

In addition, when it is detected that the user inhales by the suction detection switch 950, the plurality of light emitting members 940 emits light in a predetermined order according to a command of the controller 914.

Here, the light emitting order of the plurality of light emitting members 940 may be presented in various forms such as sequentially emitting from the front side to the rear side, sequentially emitting in the opposite direction, sequentially flashing, or emitting in any order. .

When configured as described above, when it is detected that the user inhales by the suction detection switch 950, the plurality of light emitting members 940 operate in a predetermined order, that is, light emitting, the vaporization suction device 900 It may cause an interest of the user using, and create a beautiful appearance of the vaporization suction device 900.

Hereinafter, the operation of the vaporization suction device 900 configured as described above will be briefly described.

First, when the user inhales the vaporization suction device 900 in the mouth, the suction detection switch 950 detects this and transmits the detected value to the control unit 914.

In detail, when the user starts suction, air in the case of the second dividing member 920 and the case 921 flows into the user's mouth, and the air in the negative pressure forming unit 916 sequentially flows out, thereby preventing the negative pressure. A negative pressure is formed in the forming portion 916. A small amount of air is continuously introduced through the outside air introduction hole 917, so that the negative pressure is continuously formed in the negative pressure forming unit 916 during the suction process of the user.

When the negative pressure is formed in the negative pressure forming unit 916, the suction detection switch 950 detects whether the user is suctioned.

On the other hand, the control unit 914 receiving the detection value transmits a driving command to the light emitting diode 913 and the heat generating member 925, and thus the light emitting diode 913 and the heat generating member 925 are The battery 915 is supplied with power to emit light and generate heat, respectively.

When the heat generating member 925 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 924 of the second dividing member 920.

By the operation of the vaporization suction device 900 as described above, the user obtains a feeling similar to the actual smoking.

On the other hand, the control unit 914 receiving the detection value of the user's suction transmits a driving command to the plurality of light emitting members 940, accordingly the plurality of light emitting members 940 emit light in a predetermined order At the same time, the user's interest can be induced.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, descriptions overlapping with those already described in the above-described ninth embodiment of the present invention will be replaced with the description thereof and will be omitted herein.

Referring to FIG. 21, in the present exemplary embodiment, a plurality of light emitting members 1040 are disposed in a band shape on an outer circumferential surface of the case 1011 of the first dividing member of the vaporization suction device 1000 while being inclined while being spaced apart from each other.

Referring to FIG. 22, in the present exemplary embodiment, a plurality of light emitting members 1140 are spaced apart from each other on an outer circumferential surface of the case 1111 of the first partitioning member of the vaporization suction device 1100, and thus extend along the length direction of the case 1111. Is placed.

Referring to FIG. 23, in the present exemplary embodiment, a plurality of light emitting members 1240 are spaced apart from each other on an outer circumferential surface of the case 1211 of the first partitioning member of the vaporization suction device 1200, and are disposed in a dot shape on the case 1211. do.

In addition to the forms shown in FIGS. 19 to 23 as described above, various arrangement forms of the plurality of light emitting members, for example, are disposed in a spiral shape or are arranged in a specific pattern shape on the vaporization suction apparatus body while being spaced apart from each other. It is to be understood that such forms are included within the scope of the present invention.

24 is a perspective view showing a state in which the vaporization suction device according to the thirteenth embodiment of the present invention is separated.

Referring to FIG. 24, in the present embodiment, a vibration detection sensor 1360 is disposed inside the case 1311 of the first partitioning member 1310 of the vaporization suction device 1300 to detect vibration of the vaporization suction device body. .

When the vibration of the vaporization suction apparatus body is detected by the vibration sensor 1360, the plurality of light emitting members 1340 may emit light in a predetermined order according to a command of the controller 1314.

When configured as described above, when the vaporization suction device 1300 is shaken, the plurality of light emitting members 1340 may emit light, so that the user's interest may be induced even if the user's suction is not detected.

Referring to FIG. 25, in the present exemplary embodiment, an acoustic member 1470 that detects external sound is disposed inside the case 1411 of the first partitioning member 1410 of the vaporization suction device 1400.

When external sound is detected by the acoustic member 1470, the plurality of light emitting members 1440 emit light in a predetermined order.

When configured as described above, when a sound is generated outside the vaporization suction device 1400, the plurality of light emitting members 1440 may emit light, and thus may cause interest of the user even if the user's suction is not detected. .

In addition, the acoustic member 1470 may record the sensed external sound, and reproduce the recorded external sound together with the light emission of the plurality of light emitting members 1440.

In addition, the sound member 1470 may generate various sounds such as a preset sound in addition to the recorded external sound, and reproduce the sound together with light emission of the plurality of light emitting members 1440.

In addition, the plurality of light emitting members 1440 may emit various light, such as the order is changed according to the sound generated by the sound member 1470.

FIG. 26 is a perspective view of a vaporization suction device according to a fifteenth embodiment of the present invention separated; FIG.

Referring to FIG. 26, in the present embodiment, whether other vaporization suction apparatuses are within a predetermined range while transmitting and receiving radio waves inside the case 1511 of the first divisional member 1510 of the vaporization suction apparatus 1500. The radio wave transmitting and receiving member 1580 for detecting the is disposed. The radio wave transmission and reception member 1580 may transmit and receive radio waves with a radio wave transmission and reception member installed inside the other vaporization suction device.

When it is detected by the radio wave transmitting and receiving member 1580 that the other vaporization suction apparatus is approached within a predetermined distance range based on the vaporization suction apparatus 1500, the plurality of light emitting members 1540 emit light in a predetermined order. .

When configured as described above, the plurality of light emitting members 1540 may emit light when the other vaporization suction device is close to each other within a predetermined distance range based on the vaporization suction device 1500, so that the user's suction is not detected. However, it may cause interest of the user, and the user carrying the vaporization suction device 1500 may easily recognize another user having the other vaporization suction device.

In addition, when it is detected by the radio wave transmitting and receiving member 1580 that the other vaporization suction apparatus is gradually closer to each other, the light emission period of the plurality of light emitting members 1540 is controlled by the controller 1514. It may vary depending on the proximity of the device. For example, as the other vaporization suction apparatus approaches the vaporization suction apparatus 1500, the light emission period of the plurality of light emitting members 1540 may be shortened.

Meanwhile, the vaporization suction device 1500 may include an acoustic member 1570 that may generate sound in the case 1511 of the first dividing member 1510. In this case, when it is detected by the radio wave transmitting and receiving member 1580 that the other vaporization suction apparatus is approached within a predetermined distance range based on the vaporization suction apparatus 1500, the light emission of the plurality of light emitting members 1540 In addition, since the sound member 1570 may generate a predetermined sound, user's interest may be further induced.

Referring to FIG. 26, in the present exemplary embodiment, a plurality of light emitting members 1640 are disposed on a case 1611 of the first divisional member 1610 of the vaporization suction device 1600, and a user is disposed on an outer surface of the case 1611. A selection member 1641 that can be selected is formed.

The selection member 1641 is indirectly connected to the plurality of light emitting members 1640 through the control unit 1614 or directly connected to the plurality of light emitting members 1640. When selected in such a manner as to be pressed by the user, the plurality of light emitting members 1640 emit light.

When configured as described above, when the selection member 1641 is selected by the user, the plurality of light emitting members 1640 may operate, so that the user's interest may be induced even if the user's suction is not detected. .

Here, the selection member 1641 is shown to be installed on the outer surface of the case 1611 of the first dividing member 1610, but this is exemplary, and other parts such as the case 1641 of the second dividing member 1620. It can also be installed in.

Referring to FIG. 28, a display member 1790 capable of displaying predetermined information is disposed on a body of the vaporization suction device 1700 according to the present embodiment. The display member 1790 may display various types of information in a digital format.

The vaporization suction device 1700 may be configured with the configuration of the above-described embodiments and a method of operating the same. For example, the vaporization suction device 1700 is operated, or vibrations of the vaporization suction device body is detected by the vibration detection sensor with a vibration detection sensor, or provided with an acoustic member to the external sound by the sound member Is detected, or recording the detected external sound, or provided with a radio wave transmission and reception member is detected by the radio wave transmission and reception of the other vaporization suction apparatus within a predetermined distance range, or provided with a selection member When the selection member is selected by the user or the like, the display member 1790 may be operated to display predetermined information.

In addition, the display member 1790 may be operated according to the generated sound of the acoustic member, the operation period thereof may vary according to the proximity of the other vaporization suction device, or the other vaporization suction device may be operated by the radio wave transmitting and receiving member. When detected to be within a certain distance range, the acoustic member may be operated together with generating sound, or the distance from the other vaporization suction device may be displayed.

Of course, the plurality of light emitting members and the display member may be disposed together.

Referring to FIG. 29, the vaporization suction apparatus 1800 according to the present exemplary embodiment includes a first partitioning member 1810 and a second partitioning member 1820, and includes a vaporization object accommodated therein for a user to inhale. It can be vaporized with the gas to be inhaled.

Here, it is shown that the vaporization suction device 1800 is composed of the first partition member 1810 and the second partition member 1820, which is exemplary, and the vaporization suction device 1800 has a larger number. The components for vaporizing the vaporized object into the inhalation target gas may be divided and accommodated in the plurality of divided members.

In the case 1811 of the first dividing member 1810, a light emitting diode 1813, a light emitting unit 1830, a battery 1815, a controller 1814, a suction detection switch 1850, and an acoustic member 1860. ) Is placed.

The heat generating member 1825, the liquid accommodating member 1826, and the lid 1824 are disposed in the case 1821 of the second dividing member 1820.

Here, the case 1811 of the first dividing member 1810 may be defined as a front case, and the case 1821 of the second dividing member 1820 may be defined as a rear case.

In this embodiment, the acoustic member 1860 is disposed inside the case 1811 of the first division member 1810. The acoustic member 1860 may generate a predetermined sound, and various sounds, such as a preset sound and a recorded sound, may be presented as a sound that may be generated by the acoustic member 1860.

Here, the acoustic member 1860 is shown to be installed inside the case 1811 of the first partition member 1810, but this is exemplary.

The acoustic member 1860 may store information about a sound that is an object generated by the acoustic member 1860.

The case 1811 of the first dividing member 1810 and the case 1821 of the second dividing member 1820 may contain components for vaporizing the vaporized object with the inhalation gas. It can be defined as the suction device body.

The battery 1815 is a portion for applying power to the light emitting diode 1813, the controller 1814, the heat generating member 1825, the acoustic member 1860, and the like, and a polymer lithium battery may be provided.

The controller 1814 is a part in which various circuits required for the operation of the vaporization suction device 1800 are formed. The controller 1814 may control operations of the light emitting diode 1813, the heating member 1825, the acoustic member 1860, and the like according to the detection value transmitted from the suction detection switch 1850.

A negative pressure forming part 1816 is formed at the rear end of the case 1811. An outside air introduction hole 1817 is formed in the negative pressure forming unit 1816. A plurality of outside air introduction holes 1817 may be formed. The outside air introduction hole 1817 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 1816 flows into the user's mouth through the second dividing member 1820, thereby negative pressure is generated in the negative pressure forming unit 1816.

) Is formed, so that outside air flows into the negative pressure forming unit 1816 through the outside air introduction hole 1817.

When the user inhales, the outside air introduced into the negative pressure forming unit 1816 through the outside air introduction hole 1817 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the heat generating member 1825.

The suction detection switch 1850 detects the suction when the user inhales the distal end of the second dividing member 1820 by mouth.

When the suction detection switch 1850 detects a user's suction, the control unit 1814 operates the heating member 1825 to vaporize the liquid in the liquid receiving member 1826.

An insert 1822 is formed on the front side of the second dividing member 1820. The insert 1822 is inserted at the end of the negative pressure forming portion 1816. Even if the insert 1822 is inserted into the negative pressure forming portion 1816, the outside air introduction hole 1817 is not covered by the insert 1822. The insert 1822 is electrically connected to the battery 1815 and the controller 1814. For example, an electrode is formed on an outer surface of the insert 1822 and an inner surface of the negative pressure forming unit 1816, and an electrode formed on an outer surface of the insert 1822 is electrically connected to the heat generating member 1825. The electrode formed on the inner surface of the negative pressure forming unit 1816 may be electrically connected to the controller 1814 and the battery 1815.

An outside air flow hole 1823 is formed in the central portion of the insert 1822. The air in the negative pressure forming unit 1816 may be introduced into the second divisional member 1820 case 1821 through the outside air flow hole 1823. The air introduced as described above is discharged to the mouth of the user through the suction hole (not shown) formed in the lid 1824 through the heat generating member 1825.

A recessed portion 1828 of a recessed shape is formed around the periphery portion 1827 of the outside air flow hole 1823, and an outer portion 1829 of the insert 1822 is formed around the recessed portion 1828. do.

The heat generating member 1825 is a portion capable of generating heat by receiving power from the battery 1815 according to the command of the controller 1814. When the heat generating member 1825 generates heat, the nicotine liquid delivered from the liquid receiving member 1826 may be vaporized by the heat. Nicotine vaporized by the heat generating member 1825 is mixed with air introduced through the outside air flow hole 1823 and flows out of the user's mouth through the lid 1824.

The liquid accommodating member 1826 has a nicotine liquid contained therein in a liquid phase, and delivers the nicotine liquid contained therein to the heat generating member 1825.

In the present embodiment, as the acoustic member 1860 is provided, the acoustic member 1860 may generate a predetermined sound, and thus may cause interest of a user who uses the vaporization suction device 1800.

In addition, when the suction detection switch 1850 detects that the user inhales, the acoustic member 1860 may generate sound according to the command of the controller 1814, and thus the power consumption may be reduced. The user of the inhalation device 1800 may cause interest of the user.

In addition, the sound member 1860 may sense an external sound. In this case, when an external sound is detected by the sound member 1860, the sound member 1860 may generate sound, and thus Even if inhalation of is not detected, it may cause interest to the user.

In addition, the sound member 1860 may record the sensed external sound, and may reproduce the recorded external sound.

Hereinafter, the operation of the vaporization suction device 1800 configured as described above will be briefly described.

First, when the user inhales the vaporization suction device 1800 in the mouth, the suction detection switch 1850 detects this and transmits the detected value to the control unit 1814.

In detail, when the user starts suction, the air inside the case 1820 of the second dividing member 1820 flows into the user's mouth, and the air in the negative pressure forming unit 1816 is also sequentially discharged, and the negative pressure A negative pressure is formed in the formation portion 1816. A small amount of air continuously flows through the outside air introduction hole 1817, so that a negative pressure is continuously formed in the negative pressure forming unit 1816 during a user's suction process.

When a negative pressure is formed in the negative pressure forming unit 1816, the suction detection switch 1850 detects whether the user is suctioned.

On the other hand, the control unit 1814 receiving the detection value transmits a driving command to the light emitting diode 1813 and the heat generating member 1825, and thus the light emitting diode 1813 and the heat generating member 1825 are The battery 1815 receives power to emit light and generate heat, respectively.

When the heat generating member 1825 generates heat, the nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 1824 of the second dividing member 1820.

By operation of the vaporization suction device 1800 as described above, the user obtains a feeling similar to the actual smoking.

On the other hand, the control unit 1814 receiving the detection value of the user's suction transmits a driving command to the acoustic member 1860, accordingly the acoustic member 1860 generates a sound, the user's interest It can be triggered.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, descriptions overlapping with those already described in the eighteenth embodiment of the present invention will be replaced with the description thereof and will be omitted herein.

Referring to FIG. 30, in the present embodiment, inside the case 1911 of the first partitioning member 1910 of the vaporization suction device 1900, the vibration of the vaporization suction device body is detected together with the acoustic member 1960. Vibration sensing sensor 1970 is disposed.

When the vibration of the vaporization suction apparatus body is sensed by the vibration detecting sensor 1970, the acoustic member 1960 may generate sound according to a command of the controller 1914.

When configured as described above, when the vaporization suction device 1900 is shaken, the acoustic member 1960 may generate sound, and even if the user's suction is not detected, it may cause interest of the user.

Referring to FIG. 31, in the present embodiment, inside the case 2011 of the first divisional member 2010 of the vaporization suction device 2000, another vaporization suction is performed while transmitting and receiving radio waves together with the acoustic member 2060. A radio wave transmitting and receiving member 2080 is disposed that detects whether the device is within a certain distance range. The radio wave transmission and reception member 2080 may transmit and receive radio waves with a radio wave transmission and reception member installed inside the other vaporization suction device.

When the other vaporization suction device is detected by the radio wave transmitting and receiving member 2080 to be within a predetermined distance range based on the vaporization suction device 2000, the acoustic member 2060 may generate sound.

When configured as described above, when the other vaporization suction device is close to within a predetermined distance range based on the vaporization suction device 2000, the acoustic member 2060 may generate a sound, the user's suction is not detected If not, the user may be interested, and the user carrying the vaporization suction device 2000 may easily recognize another user having the other vaporization suction device.

When the other vaporization suction device is gradually detected to be closer by the radio wave transmission / reception member 2080, the sound generation period of the acoustic member 2060 is changed by the control unit 2014 to the other vaporization suction device. It may vary depending on the degree of proximity. For example, as the other vaporization suction device approaches the vaporization suction device 2000, the sound generation period of the acoustic member 2060 may be shortened.

32 is a perspective view illustrating a state in which the vaporization suction device according to the twenty-first embodiment of the present invention is separated.

Referring to FIG. 32, in the present embodiment, an acoustic member 2160 is disposed inside the case 2111 of the first dividing member 2110 of the vaporization suction device 2100, and a user is disposed on an outer surface of the case 2111. A selectable member 2161 which can be selected is formed.

The selection member 2161 may be indirectly connected to the acoustic member 2160 through the control unit 2114 or directly connected to the acoustic member 2160. When selected in such a manner as to lose, the acoustic member 2160 generates sound.

When configured as described above, when the selection member 2161 is selected by the user, the acoustic member 2160 may generate sound, and thus may cause interest of the user even if the user's suction is not detected. .

Here, the selection member 2221 is shown to be installed on the outer surface of the case 2111 of the first dividing member 2110, but this is exemplary, and other parts such as the case 2121 of the second dividing member 2120. It can also be installed in.

FIG. 33 is a cross-sectional view of a vaporization suction device according to a twenty-second embodiment of the present invention, and FIG. 34 is a perspective view showing a combined state of the vaporization suction device according to a twenty-second embodiment of the present invention.

33 and 34, the vaporization suction device 2200 according to the present exemplary embodiment includes a vaporization suction member 2201 and a pen member 2202, and a vaporization object accommodated therein for the user to inhale. Can be vaporized into the gas to be inhaled.

The vaporization suction member 2201 is configured to accommodate components for vaporizing the vaporization object with the inhalation target gas therein, and the pen member 2202 is connected to the vaporization suction member 2201 and capable of writing. To do that.

The vaporization suction member 2201 includes a first partition member 2210 and a second partition member 2220. Here, it is shown that the vaporization suction member 2201 is composed of the first partition member 2210 and the second partition member 2220, which is exemplary, and the vaporization suction member 2201 has a larger number. The components for vaporizing the vaporized object into the inhalation target gas may be divided and accommodated in the plurality of divided members.

The battery 2215, the controller 2214, and the suction detection switch 2218 are disposed in the case 2211 of the first division member 2210.

The heat generating member 2225, the liquid containing member 2226, and the lid 2224 are disposed in the case 2221 of the second dividing member 2220.

The case 2211 of the first dividing member 2210 may be defined as a front case, and the case 2221 of the second dividing member 2220 may be defined as a rear case.

The battery 2215 is a portion for applying power to the controller 2214, the heat generating member 2225, or the like, and a polymer lithium battery may be provided.

The controller 2214 is a part in which various circuits required for the operation of the vaporization suction device 2200 are formed. The controller 2214 may control the operation of the heating member 2225 or the like according to the detection value transmitted from the suction detection switch 2218.

A negative pressure forming part 2216 is formed at the rear end of the case 2211. An outside air introduction hole 2217 is formed in the negative pressure forming unit 2216. The outside air introduction hole 2217 may be formed in plural. The outside air introduction hole 2217 may be defined as an outside air introduction unit.

Reference numeral 2212 denotes a pen member connection portion formed at a front end of the case 2211 of the first dividing member 2210 and is a portion to which the pen member 2201 is connected.

When the user inhales, air in the negative pressure forming unit 2216 flows into the user's mouth through the second dividing member 2220, and thus negative pressure is generated in the negative pressure forming unit 2216.

) Is formed, and the outside air flows into the negative pressure forming unit 2216 through the outside air introduction hole 2217.

When the user inhales, the outside air introduced into the negative pressure forming unit 2216 through the outside air introduction hole 2217 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the heat generating member 2225.

The suction detection switch 2218 is a part that detects the suction when the user inhales the distal end of the second dividing member 2220 by mouth.

When the suction detection switch 2218 detects a user's suction, the control unit 2214 operates the heating member 2225 to vaporize the liquid in the liquid receiving member 2226.

An insert 2222 is formed at the front side of the second dividing member 2220. The insert 2222 is inserted at the end of the negative pressure forming portion 2216. Even when the insert 2222 is inserted into the negative pressure forming portion 2216, the outside air introduction hole 2217 is not covered by the insert 2222. The insert 2222 is electrically connected to the battery 2215 and the controller 2214. For example, an electrode contacting each other is formed on an outer surface of the insert 2222 and an inner surface of the negative pressure forming unit 2216, and an electrode formed on an outer surface of the insert 2222 is electrically connected to the heat generating member 2225. The electrode formed on the inner surface of the negative pressure forming unit 2216 may be electrically connected to the controller 2214 and the battery 2215.

An outside air flow hole 2223 is formed at the center of the insert 2222. Air in the negative pressure forming unit 2216 may be introduced into the case 2221 of the second dividing member 2220 through the outside air flow hole 2223. The air introduced as described above is discharged to the mouth of the user through the suction hole (not shown) formed in the lid 2224 through the heat generating member 2225.

A depression 2228 having a recessed shape is formed around the periphery portion 2227 of the outside air flow hole 2223, and an outer portion 2229 of the insert 2222 is formed around the depression 2228. do.

The heat generating member 2225 is a portion capable of generating heat by receiving power from the battery 2215 according to the command of the controller 2214. When the heat generating member 2225 generates heat, nicotine liquid delivered from the liquid receiving member 2226 may be vaporized by the heat. Nicotine vaporized by the heat generating member 2225 is mixed with air introduced through the outside air flow hole 2223, and flows out of the user's mouth through the lid 2224.

The liquid accommodating member 2226 has a nicotine liquid contained therein as a liquid, and delivers the nicotine liquid contained therein to the heat generating member 2225.

Meanwhile, the pen member 2202 includes a pen core receiving member 2230 and a pen cover 2240.

The nib receiving member 2230 includes a nib receiving member body 2234, a nib 2223, and a vaporization suction member connecting portion 2235.

The nib 2223 is inserted into the pen nib member 2234, ink is received therein, and the ink is written out from the distal end portion 2232 so as to be writable.

The vaporization suction member connection portion 2235 is formed at a distal end of the pen core receiving member body 2234, and the pen core receiving member 2230 is connected to the vaporization suction member 2201, in detail, to the first dividing member 2210. In more detail, the pen member connection part 2212 of the first dividing member 2210 is connected.

The pen cover 2240 includes a pen cover body 2241 and a pen nib accommodating member accommodating hole 2224 formed in the pen cover body 2241, and has a distal end portion at which the ink is discharged from the pen core 2231. At least a portion of the nib receiving member 2230, including a front end thereof, is inserted into the nib receiving member receiving hole 2242, including 2232, thereby covering the inserted portion of the nib receiving member 2230. As a result, the ink of the nib 2223 may not dry out.

Hereinafter, the operation of the vaporization suction device 2200 configured as described above will be briefly described.

First, when a user inhales the vaporization suction device 2200 in his mouth, the suction detection switch 2218 detects this and delivers the corresponding detection value to the controller 2214.

In detail, when the user starts suction, air in the second dividing member 2220 case 2221 flows into the user's mouth, and in turn, air in the negative pressure forming unit 2216 also flows out, thereby preventing the negative pressure. A negative pressure is formed in the forming portion 2216. A small amount of air continuously flows through the outside air introduction hole 2217, so that a negative pressure is continuously formed in the negative pressure forming unit 2216 during a user's suction process.

When a negative pressure is formed in the negative pressure forming unit 2216, the suction detection switch 2218 detects whether the user inhales.

On the other hand, the control unit 2214, which has received the detection value, transmits a driving command to the heat generating member 2225, and accordingly, the heat generating member 2225 receives the power of the battery 2215 to generate heat. .

When the heat generating member 2225 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 2224 of the second dividing member 2220.

By the operation of the vaporization suction device 2200 as described above, the user obtains a feeling similar to the actual smoking.

On the other hand, when the user of the vaporization suction device 2200 intends to write, the pen cover 2240 is detached from the nib receiving member 2230, and then the pen nib receiving member 2230 can be written. have.

As described above, the vaporization suction device 2200 is connected to the vaporization suction member 2201 and the vaporization suction member 2201 in which the components for vaporizing the vaporization object into the inhalation target gas are accommodated. Since the pen member 2202 enables writing, the vaporization suction device 2200 may be used to inhale the vaporized object in a gaseous state, or may write, so that the vaporization suction device 2200 may be used. Ease of use can be improved.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, the description overlapping with the contents already described in the twenty-second embodiment of the present invention will be replaced with the description thereof, and will be omitted herein.

FIG. 35 is a cross-sectional view illustrating the pen core protruding from the pen member in the vaporization suction apparatus according to the twenty-third embodiment of the present invention, and FIG. 36 is a pen core in the pen member in the vaporization suction apparatus according to the twenty-third embodiment of the present invention. This is a cross-sectional view showing the inserted state.

35 and 36, the vaporization suction device 2300 according to the present embodiment includes a vaporization suction member 2301 and a pen member 2302, and the pen member 2302 is a pen member body ( 2334, a vaporization suction member connecting portion 2335, a nib 2233, a pushing member 2350, and an elastic member 2336.

The pen core 2331 may contain ink in the pen core body 2333, and go out so that the accommodated ink may be written through the distal end 2332. A nib guide portion 2333a having a small gap with an inner surface of the pen member body 2334 is formed along the outer circumferential surface of the pen core body 2333 so that the pen nib 2331 is large in the pen member body 2334. Can be moved without swinging.

The pen nib 2331 is inserted into the pen member body 2334 to be impossible to write, i.e., in a storage state, or to protrude out of the pen member body 2334 to enable writing. (2334) It is installed to be movable inside.

The pushing member 2350 includes a pushing member body 2351, a nib connecting portion 2352, an elastic portion 2353, an external force applying unit 2354, and a locking portion 2355. ) Protrudes out of the pen member body 2334 to push the pen nib 2331 to enable writing.

The pushing member body 2351 is inserted into the pen member body 2334 so as to be movable, and is connected to the nib 2233 through the nib connecting portion 2352.

The external force applying unit 2354 is connected to the pushing member body 2351, and an upper end thereof protrudes from the pen member body 2334, so that the user contacts the finger or the like to apply an external force.

The elastic part 2353 has elasticity, and provides elasticity to the external force applying part 2354, and connects the pushing member body 2351 to the external force applying part 2354.

The locking portion 2355 protrudes from the pushing member body 2351 to a predetermined height.

The pen member body 2334 has an external force applying unit moving slot 2334a which is formed to have a predetermined length so that the external force applying unit 2354 can be penetrated and moved, and as illustrated in FIG. 36, the pen core 2233 ) Is inserted into the pen member body 2334, the insertion fixing groove 2334c to which the locking portion 2355 is caught, and as shown in FIG. 35, the nib 2331 is connected to the pen member body 2334. In the case of protruding to the outside, protruding fixing grooves 2334b to which the locking portion 2355 is caught are formed. The insertion fixing groove 2334c may be formed at a rear side relative to the protruding fixing groove 2334b.

The elastic member 2336 is disposed inside the front end portion of the pen member body 2334, and the distal end thereof is caught by the nib guide portion 2333a so that the pen nib 2331 is pushed by the pushing member 2350. The pen core 2331 is provided with an elastic force to be inserted into the pen member body 2334 to be stored. For example, a spring or the like may be provided as the elastic member 2336.

Hereinafter, with reference to the drawings, the operation of the pen member 2302 will be described.

As shown in FIG. 36, when the pen nib 2331 is inserted into the pen member body 2334, the locking portion 2355 is caught in the insertion fixing groove 2334c, and the external force The applying unit 2354 is pushed toward the rear end of the external force applying unit moving slot 2334a, and the elastic member 2336 is in a relaxed state.

In this state, when the user applies an external force to the external force applying unit 2354 and pushes the external force applying unit 2354, the external force applying unit 2354 is pushed toward the front end of the external force applying unit moving slot 2334a, Accordingly, the pushing member 2350 and the nib 2331 are also pushed, so that the distal end 2332 of the nib 2233 protrudes out of the pen member body 234. At this time, the locking portion 2355 is separated from the insertion fixing groove 2334c, and caught by the protruding fixing groove 2334b, and the elastic member 2336 is compressed to accumulate elastic force.

In this state, the user can perform writing.

After the user completes the writing, when the pen nib 2331 is to be switched to the storage state as shown in FIG. 36, when the external force applying unit 2354 is pushed to the rear side, the locking unit 2355 protrudes. The penetr 2233b and the pushing member 2350 retreat from the fixing groove 2334b, thereby causing the elastic force of the elastic member 2336 to act. As a result, when the locking portion 2355 is inserted into the insertion fixing groove 2334c, the nib 2331 is switched to the storage state.

According to the configuration as described above, by simply operating the external force applying unit 2354, without having to separately remove or couple the pen cover, etc., the pen nib 2331 can be inserted or protruded, so that the vaporization suction Usability of the pen member 2302 of the device 2300 may be improved.

37 is a perspective view showing a separated state of the vaporization suction apparatus according to a twenty-fourth embodiment of the present invention.

Referring to FIG. 37, in the vaporization suction device 2400 according to the present embodiment, the vaporization suction member 2401 and the pen member 2402 are formed to be detachable from each other.

An insertion groove 2411a is formed at the front end of the case 2411 of the first dividing member 2410 of the vaporization suction member 2401, and the pen accommodating member 230 of the pen member 2402 may be attached or detached. At the distal end of the vaporization suction member connecting portion 2435, a coupling protrusion 2435a that can be inserted into the insertion groove 2411a is formed.

As the coupling protrusion 2435a is inserted into the insertion groove 2411a, the vaporization suction member 2401 and the pen member 2402 may be coupled to each other, and the coupling protrusion 2435a may be inserted into the insertion groove 2411a. ), The vaporization suction member 2401 and the pen member 2402 may be separated from each other.

By the above configuration, the pen member 2402 can be easily separated from the vaporization suction member 2401, and the pen nib in the pen member 2402 can be easily replaced in such a detached state.

Here, the coupling protrusion 2435a and the insertion groove 2411a are exemplary, and various structures capable of detachably coupling the vaporization suction member 2401 and the pen member 2402 may be provided. .

Referring to FIG. 38, the vaporization suction device 2500 according to the present embodiment is connected to the vaporization suction member 2501 and the vaporization suction member 2501, and emits a laser beam that emits a laser. 2502).

The laser firing member 2502 includes a laser firing member body 2534, a vaporization suction member connecting portion 2535, a laser generating unit 2560, an operation unit 2561, and a transparent window 2537.

The laser generating unit 2560 is accommodated in the laser emitting member body 2534 to generate and fire a laser.

The operation unit 2561 may be pressed by a user to input a laser firing command. When the operation unit 2561 is pressed, a laser is emitted from the laser generation unit 2560 connected thereto.

The transparent window 2537 is formed to be formed of a transparent material on the front side of the laser firing body 2534, while the laser beam emitted from the laser generating unit 2560 transmits, the foreign matter is the laser generating unit 2560 Can be blocked from reaching.

As described above, the vaporization suction device 2500 is connected to the vaporization suction member 2501 in which the components for vaporizing the vaporization object into the inhalation target gas are accommodated, and the vaporization suction member 2501. As the laser firing member 2502 capable of firing a laser is included, the vaporization suction device 2500 may be used to inhale the vaporized object in a gaseous state, or may emit a laser to use as a pointer. As a result, the usability of the vaporization suction device 2500 may be improved.

Referring to FIG. 39, the vaporization suction device 2600 according to the present exemplary embodiment includes a vaporization suction member 2601 and a pen member 2602 connected to the vaporization suction member 2601 and capable of inputting information.

The pen member 2602 may include a stylus pen whose end portion 2661 is made of synthetic resin so that information can be input to a predetermined touchpad (not shown), the pen end portion 2611 is made of a permanent magnet or an electromagnet, In order to be used for a capacitive touchpad, light is emitted from the distal end portion 2631 by a method in which the distal end portion 2631 is connected in a line with a pen made of a conductor, a computer (not shown), or the like. When the emitted light reaches the input screen, the corresponding information may be input or may be a light pen that may sensitively recognize the electron beam and read the electron beam emitted from the screen.

The touch pad, the capacitive touch pad, and the input screen, which are information input targets of the pen member 2602, may be defined as input means.

In addition to the above embodiment, the vaporization suction device may be configured to include all of the vaporization suction member, the pen member and the laser firing member.

40 is a perspective view showing the vaporization suction device according to the twenty-seventh embodiment of the present invention separated, and FIG. 41 is a perspective view showing the vaporization suction device according to the twenty-seventh embodiment of the present invention coupled.

40 and 41 together, the vaporization suction device 2700 according to the present embodiment includes a first partition member 2710, a second partition member 2720, a third partition member 2730, and a second partition member 2730. The vaporizing object including the four dividing members 2740 and accommodated therein to be inhaled by the user may be vaporized with the inhalation target gas.

A light emitting diode 2713, a front member 2712, a battery 2715, and a control member 2714 are disposed in the case 2711 of the first dividing member 2710.

An inhalation detection sensor 2722 is disposed in the case 2721 of the second dividing member 2720.

The vaporization member 2732 is disposed in the case 2731 of the third dividing member 2730.

The vaporization object derivative 2742, the vaporization object receiving member 2744, and the lid 2745 are disposed in the case 2471 of the fourth partitioning member 2740.

The light emitting diode 2713 is electrically connected to the battery 2715 and may emit red light. The light emitting diode 2713 is formed on the front member 2712 on the front of the case 2711.

The battery 2715 may be electrically connected to the light emitting diode 2713, the control member 2714, the vaporization member 2732, and the like to supply electrical energy, and a polymer lithium battery may be provided.

The control member 2714 is a part in which various circuits required for the operation of the vaporization suction device 2700 are formed. The control member 2714 may control the operation of the light emitting diode 2713, the vaporization member 2732, or the like according to the detection value transmitted from the suction detection sensor 2722.

A second division member insertion hole into which a front portion of the second division member 2720, for example, the suction detection sensor 2722, may be inserted into a rear end of the case 2711 of the first division member 2710. 2716 is formed. As the front part of the second dividing member 2720 is fitted into the second dividing member insertion hole 2716, the first dividing member 2710 and the second dividing member 2720 may be connected to each other.

When the front portion of the second dividing member 2720 fits into the dividing member insertion hole 2716 of the first dividing member 2710, the suction detection sensor 2722 in the second dividing member 2720 is formed. The battery 2715 and the control member 2714 in the first split member 2710 are electrically connected to each other. For example, an electrode contacting each other is formed on an outer surface of the suction detection sensor 2722 and an inner surface of the division member insertion hole 2716, and an electrode formed on an inner surface of the division member insertion hole 2716 is formed in the control member ( 2714 and the battery 2715 may be electrically connected to the battery 2715.

The suction detection sensor 2722 is formed on the front part of the case 2721 of the second dividing member 2720, and a negative pressure forming part 2724 is formed on the rear part of the case 2721 of the second dividing member 2720. do. The suction sensor 2722 may be defined as an operation switch member for selecting whether the vaporization member 2732 is operated.

An outside air introduction hole 2724 is formed in the negative pressure forming part 2724. A plurality of outside air introduction holes 2724 may be formed. The outside air introduction hole 2724 may be defined as an outside air introduction unit.

The suction detection sensor 2722 detects whether the suction is performed when the user inhales the distal end of the fourth dividing member 2740 by mouth. In the present embodiment, the suction detection sensor 2722 also performs a coupling protrusion function that is fitted to the rear portion of the case 2711 of the first dividing member 2710.

When the user inhales, the air in the negative pressure forming unit 2724 sequentially enters the user through the second dividing member 2720, the third dividing member 2730, and the fourth dividing member 2740. Inflow to the negative pressure forming unit 2724 accordingly

) Is formed, and thus, outside air flows into the negative pressure forming unit 2724 through the outside air introduction hole 2724.

When the user inhales, the outside air introduced into the negative pressure forming unit 2724 through the outside air introduction hole 2724 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the vaporizing member 2732.

When the suction detection sensor 2722 detects a user's suction, the control member 2714 operates the vaporizing member 2732 to vaporize the liquid in the vaporizing object receiving member 2744.

The vaporization member 2732 formed on the front side of the third dividing member 2730 is fitted to the end of the negative pressure forming portion 2724. The second dividing member 2720 and the third dividing member 2730 may be coupled to each other by the vaporization member 2732 being fitted to the negative pressure forming unit 2724.

Even if the vaporizing member 2732 is inserted into the negative pressure forming portion 2724, the outside air introduction hole 2724 is not covered by the vaporizing member 2732. The vaporizing member 2732 is electrically connected to the battery 2715 and the control member 2714. For example, an electrode is formed on an outer surface of the vaporizing member 2732 and an inner surface of the negative pressure forming unit 2724, and an electrode of the negative pressure forming unit 2724 is formed through the suction detection sensor 2722. The battery 2715 is connected to the control member 2714.

The outside air flow hole 2731 is formed at the center of the vaporizing member 2732. Air in the negative pressure forming unit 2724 may be introduced into the third dividing member 2730 case 2731 through the outside air flow hole 2731. Air introduced as described above is discharged to the user's mouth through the suction hole (not shown) formed in the lid (2745).

The vaporization member 2732 is a portion capable of generating heat by receiving power from the battery 2715 according to the command of the control member 2714. When the vaporizing member 2732 generates heat, nicotine liquid delivered from the vaporizing object receiving member 2744 may be vaporized by the heat. Nicotine vaporized by the vaporizing member 2732 is mixed with air introduced through the outside air flow hole (2733), and flows out of the user's mouth through the lid (2745).

The vaporization object accommodating member 2748 is a vaporization object such as nicotine liquid contained therein in a liquid state.

The vaporization object derivative 2742 has a suction body such as a cotton or a filter, and absorbs some of the vaporization objects in the vaporization object receiving member 2744 toward the vaporization member 2732 and the third division. The third dividing member 2730 and the fourth dividing member 2740 are connected to each other by being fitted into a hole 2734 formed at an end of the case 2731 of the member 2730.

Here, it is shown that the vaporizing member 2732 is applied in the third partition member 2730, which is exemplary, and the vaporizing object receiving member 2744 may be applied, and the vaporizing member 2732 and the The vaporized object receiving member 2744 may be applied together.

In this embodiment, the first split member 2710 including the battery (2715) and the control member (2714); A second dividing member 2720 that is detachable from the first dividing member 2710 and includes the operation switch member; And a third dividing member 2730 that is detachable from the second dividing member 2720, and includes at least one of the vaporizing member 2732 and the vaporizing object receiving member 2744. Since the second dividing member 2720 can be replaced separately from the first dividing member 2710 and the third dividing member 2730, when the second dividing member 2720 needs to be replaced due to a failure of the actuating switch member, the actuating switch member Since only the second dividing member 2720 may be replaced, unnecessary replacement of the battery 2715, the control member 2714, or the like may not occur.

Hereinafter, the operation of the vaporization suction device 2700 configured as described above will be briefly described.

First, when the user inhales the vaporization suction device 2700 in the mouth, the suction detection sensor 2722 detects this, and transmits a corresponding detection value to the control member 2714.

In detail, when the user starts suction, the air inside the second dividing member 2720 case 2721 flows into the user's mouth, and the air in the negative pressure forming unit 2724 sequentially flows out, and the negative pressure A negative pressure is formed in the forming portion 2724. A small amount of air continuously flows through the outside air introduction hole 2724, so that a negative pressure is continuously formed in the negative pressure forming unit 2724 during a user's suction process.

When a negative pressure is formed in the negative pressure forming unit 2724, the suction detection sensor 2722 detects whether the user inhales.

On the other hand, the control member 2714 receiving the detection value transmits a driving command to the light emitting diode 2713 and the vaporizing member 2732, and thus the light emitting diode 2713 and the vaporizing member 2732. The battery 2715 receives power from the battery 2715 to emit light and generate heat, respectively.

When the vaporizing member 2732 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 2745 of the second dividing member 2720.

By the operation of the vaporization suction device 2700 as described above, the user obtains a feeling similar to the actual smoking.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, the description overlapping with the contents already described in the above-described twenty-seventh embodiment of the present invention will be replaced with the description thereof.

42 is a perspective view of the vaporization inhalation device according to the twenty-eighth embodiment of the present invention separated.

Referring to FIG. 42, in the present embodiment, the suction switch sensor 2822 for detecting whether the user of the vaporization suction device 2800 is inhaled by the operation switch member and the user of the vaporization suction device 2800 may be directly selected. All actuating switches 2825 are applied.

The operation switch 2825 is electrically connected to the battery 2815 and the control member 2814, and the user may manually select the pressure switch 2800 to operate the vaporization suction device 2800.

As described above, since the inhalation detection sensor 2822 is provided, the user can operate the vaporization suction device 2800 without a separate operation to conveniently vaporize and inhale the vaporization object, while being inhaled at one time. In order to increase the concentration of, the operation switch 2825 can be operated to maintain a predetermined time to increase the concentration of the vaporized object to be inhaled, thereby increasing the satisfaction of inhalation.

Both types of actuation switch members may be applied to the second dividing member 2820.

43 is a perspective view of the vaporization inhalation device according to the twenty-ninth embodiment of the present invention separated.

Referring to FIG. 43, in the present embodiment, the vaporization member 2932 and the vaporization object receiving member 2934 are applied together in the case 2929 of the third division member 2930, and the third division member 2930 may be applied. At the distal end of the lid 2937 is formed.

The third dividing member 2930 is coupled to the second dividing member 2920 to which the operation switch member is applied.

FIG. 44 is a perspective view showing the vaporization suction device according to the thirtieth embodiment of the present invention being separated, and FIG. 45 is a perspective view showing the vaporization suction device according to the thirtieth embodiment of the present invention combined.

44 and 45, the vaporization suction apparatus 3000 according to the present exemplary embodiment includes a first dividing member 3010, a second dividing member 3030, and a third dividing member 3040. For example, the vaporization object accommodated therein may be vaporized with an inhalation target gas so that a user may inhale.

A light emitting diode 3013, a front member 3012, a battery 3015, a control member 3014, and an inhalation detection sensor 3017 are disposed in the case 3011 of the first partitioning member 3010. An operation switch 3020 is disposed on an outer surface of the case 3011 of the one division member 3010.

The vaporization member 3032 is disposed in the case 3031 of the second divisional member 3030.

The vaporization object derivative 3042, the vaporization object accommodation member 3044, and the lid 3045 are disposed in the case 3041 of the third division member 3040.

The light emitting diode 3013 is electrically connected to the battery 3015 and emits red light. The light emitting diode 3013 is formed on the front member 3012 on the front of the case 3011.

The battery 3015 may be electrically connected to the light emitting diode 3013, the control member 3014, the vaporization member 3032, and the like to supply electrical energy, and a polymer lithium battery may be provided.

In the present embodiment, it is shown that the battery 3015 is applied, but this is exemplary, and in addition to the battery 3015, a power supply unit (not shown) connected directly to an external power source (not shown) may be provided. It may be.

The control member 3014 is a part in which various circuits required for the operation of the vaporization suction device 3000 are formed. The control member 3014 may control the operation of the light emitting diode 3013, the vaporizing member 3032, and the like according to a command value transmitted from at least one of the suction detection sensor 3017 and the operation switch 3020. Can be.

A negative pressure forming part 3016 is formed on a rear portion of the case 3011 of the first dividing member 3010.

An outside air introduction hole 3018 is formed in the negative pressure forming unit 3016. A plurality of outside air introduction holes 3018 may be formed. The outside air introduction hole 3018 may be defined as an outside air introduction unit.

When the user of the vaporization suction device 3000 inhales the vaporization suction device 3000 with the suction sensor 3017, the vaporization member 3032 is operated to vaporize the vaporization object with the inhalation target gas. In this case, when the user inhales the end portion of the third dividing member 3040 by mouth, the suction unit detects the suction.

When the user inhales, air in the negative pressure forming unit 3016 flows into the user's mouth through the second dividing member 3030 and the third dividing member 3040 sequentially, thereby forming the negative pressure. Negative pressure on the negative 3016

) Is formed, and thus, outside air flows into the negative pressure forming unit 3016 through the outside air introduction hole 3018.

When the user inhales, the outside air introduced into the negative pressure forming unit 3016 through the outside air introduction hole 3018 is sucked by the user together with nicotine which is an inhalation target gas vaporized by the vaporizing member 3032.

When the suction detection sensor 3017 detects a user's inhalation, the control member 3014 operates the vaporization member 3032 so that the liquid in the vaporization object receiving member 3044 is vaporized.

The operation switch 3020 may be configured to allow the user of the vaporization suction device 3000 to manually operate the vaporization member 3032 so that the vaporization object may be vaporized with the inhalation target gas. You can choose it yourself.

As the operation switch 3020, a touch method such as a push button method, a resistive method or a capacitive, which is mechanically energized by pressing, etc., an ultrasonic method, a sound wave sensing method, a pressure sensing method, or a shock sensing method Various types of switches such as a method, an infrared method, and a biometric method may be applied.

In the above, the sound wave detection method is a method for detecting sound waves generated when the user touches the operation switch 3020, and the shock detection method is for shock or vibration generated when the user touches the operation switch 3020. It is a way of sensing.

In addition, the operation switch 3020 to which a plurality of the above-described methods are applied together may also be presented as belonging to the scope of the present invention.

Among the above-described methods, the operation switch 3020 to which a touch method such as a resistive method or an electrostatic method, an ultrasonic method, a sound wave sensing method, a pressure sensing method, an impact sensing method, an infrared method, a biometric method, or the like is applied may be circular, It may be manufactured in various shapes such as a rectangle, and may be manufactured in various forms such as a point shape, a form covering a portion of the surface, a form covering the entire surface of the vaporization suction device 3000, the vaporization suction device It may be formed on a separate protrusion (not shown) protruding from the (3000) surface.

Among the above-mentioned methods, in the case of applying a touch method such as a resistive method or an electrostatic method, an ultrasonic method, a sound wave sensing method, a pressure sensing method, an impact sensing method, an infrared method, a biometric method, or the like, a push button method is used. In addition, a user may operate the operation switch 3020 with a relatively fine force, and may not protrude from the surface of the vaporization suction device 3000 so that storage, portability, use, etc., and ease of appearance can be created. It can be manufactured in the form, it is not required to lower the button, etc., the response can be improved, the switch surface area can be expanded, and can be integrated with the display as described below.

The suction detection sensor 3017 and the operation switch 3020 may be electrically connected to the battery 3015 and the control member 3014, respectively.

Here, the suction detection sensor 3017 and the operation switch 3020 may be defined as an operation switch member for selecting whether the vaporization member 3032 is operated.

Inhalation detection of the inhalation detection sensor 3017, that is, the user of the vaporization suction device 3000 to detect the suction and suction of the vaporization suction device 3000 by mouth, the operation of the operation switch 3020, That is, when at least one of the operation of the operation switch 3020 is made by the user of the vaporization suction device 3000 by pressing or the like, the control member 3014 operates the vaporization member 3032 to perform the operation. The vaporized object is vaporized with the inhalation gas.

For example, when the user of the vaporization suction device 3000 bites and suctions the vaporization suction device 3000 by the mouth, the suction detection sensor 3017 detects such suction and passes the same to the control member 3014. Delivering suction sensing information, the control member 3014 operates the vaporizing member 3032 according to the transmitted information.

In addition, when the user of the vaporization suction device 3000 operates the operation switch 3020 in such a way as to press, the operation switch 3020 detects such an operation and the control member 3014 detects the operation. Delivering the manipulation sensing information, the control member 3014 operates the vaporizing member 3032 according to the transmitted information.

In addition, when the user of the vaporization suction device 3000 bites and sucks the vaporization suction device 3000 by mouth, and when the operation switch 3020 is operated in a manner such as pressing, the suction detection sensor 3017 ) Detects such suction, and the operation switch 3020 detects such an operation, and transmits the suction detection information and the operation detection information to the control member 3014, respectively, and the control member ( 3014 actuates the vaporizing member 3032 according to the transmitted information. In this case, after the suction detection at the suction detection sensor 3017 is finished and all the operation detection at the operation switch 3020 is finished, the control member 3014 operates the vaporization member 3032. Can be stopped.

In the present embodiment, the operation switch 3020 is made of any one of a touch method such as a resistive method or an electrostatic method, an ultrasonic method, a sound wave sensing method, a pressure sensing method, an impact sensing method, an infrared method, and a biometric method. Although the suction detection sensor 3017 is shown to be installed together with the operation switch 3020, the present invention is not limited to this range, and the resistive method or the electrostatic power without the application of the suction detection sensor 3017. The present invention in which only the operation switch 3020 made of any one of a touch method such as a touch method, an ultrasonic method, a sound wave sensing method, a pressure sensing method, an impact sensing method, an infrared method, and a biometric method is applied. It is included in the range of. In particular, when the operation switch 3020 is a touch method such as a resistive film type or an electrostatic method, the user can easily operate the operation switch 3020. In addition, the operation switch 3020, which is applied alone without the inhalation detecting sensor 3017, is a touch type display, and the vaporizing member 3032 is provided with a function of expressing various kinds of information on the vaporization suction device 3000. It can also be configured to have a selection function for the operation of).

The vaporizing member 3032 formed on the front side of the second dividing member 3030 is fitted to the end of the negative pressure forming portion 3016. As the vaporization member 3032 is fitted to the negative pressure forming unit 3016, the first division member 3010 and the second division member 3030 may be coupled to each other.

Even if the vaporizing member 3032 is inserted into the negative pressure forming portion 3016, the outside air introduction hole 3018 is not covered by the vaporizing member 3032. The vaporizing member 3032 is electrically connected to the battery 3015 and the control member 3014. For example, electrodes on the outer surface of the vaporization member 3032 and the inner surface of the negative pressure forming unit 3016 are formed, the electrodes of the negative pressure forming unit 3016 are the suction detection sensor 3017 and the operation The switch 3020 is connected to the battery 3015 and the control member 3014.

The outside air flow hole 3033 is formed at the center of the vaporizing member 3032. Air in the negative pressure forming unit 3016 may be introduced into the case 2303 of the second dividing member 3030 through the outside air flow hole 3033. The air introduced as described above flows out into the mouth of the user through a suction hole (not shown) formed in the lid 3045 of the third dividing member 3040.

The vaporization member 3032 is a portion capable of generating heat by receiving power from the battery 3015 according to the command of the control member 3014. When the vaporization member 3032 generates heat, nicotine liquid delivered from the vaporization object receiving member 3044 may be vaporized by the heat. Nicotine vaporized by the vaporizing member 3032 is mixed with the air introduced through the outside air flow hole 3033, and flows out of the user's mouth through the lid 3045.

The vaporization object accommodating member 3044 is a vaporization object such as nicotine liquid is accommodated in a liquid or the like therein.

The vaporization object derivative 3042 has an inhaler such as a cotton or a filter, and absorbs some of the vaporization objects in the vaporization object receiving member 3044 toward the vaporization member 3032, and the second division. The second dividing member 3030 and the third dividing member 3040 are connected to each other by being fitted into the hole 3034 formed at the distal end of the case 3031 of the member 3030.

Here, it is shown that the vaporizing member 3032 is applied in the second division member 3030, but this is exemplary, and the vaporizing object receiving member 3044 may be applied, and the vaporizing member 3032 and the The vaporized object receiving member 3044 may be applied together.

As described above, in the present embodiment, the battery 3015 may be connected to any one of the plurality of partition members 3010, 130, and 140 that may be detached from each other while configuring the vaporization suction device 3000. The operation switch member and the control member 3014 are disposed, and the division member 3030 of the other one of the plurality of division members 3010, 130, 140 that can be detached from each other while configuring the vaporization suction device 3000. The vaporizing member 3032 is disposed in the.

In the present exemplary embodiment, when the user of the vaporization suction device 3000 bites and sucks the vaporization suction device 3000, the vaporization member 3032 may be operated to vaporize the vaporization object with the inhalation target gas. The inhalation detection sensor 3017 which detects whether the user of the vaporization suction device 3000 is inhaled, and the user of the vaporization suction device 3000 manually operates the vaporization member 3032 so that the vaporization object is inhaled. By including the operation switch 3020 that can be directly selected by the user of the vaporization suction device 3000 to be vaporized to the target gas, it is possible to vaporize the inhalation target gas in accordance with the operation of various types of input means In addition, while the user can operate the vaporization suction device 3000 without a separate operation, the vaporization object can be conveniently inhaled by vaporization, while inhaling at a time When the concentration of the vaporized object is to be increased, by operating the operation switch 3020 to maintain a predetermined time to increase the concentration of the inhaled vaporized object to increase the inhalation satisfaction, the user does not inhale The inhalation target gas may be inhaled.

Meanwhile, when the operation switch member is operated to satisfy a preset lock condition, the control member 3014 does not operate the vaporization suction device 3000 until the operation switch member is operated to satisfy a preset unlock condition. You can lock it to not.

In this case, the vaporization suction device 3000 is locked, so that the vaporization of the vaporization object is not generated in such a manner that the vaporization member 3032 does not generate heat even when the operation switch member is selected by the user.

For example, if the preset lock condition is that the actuation switch 3020 is selected twice in succession, and the preset lock release condition is that the actuation switch 3020 is selected three times in succession. When the actuation switch 3020 is selected twice in succession, the control member 3014 locks the vaporization suction device 3000, whereby the user selects the actuation switch 3020 three times in succession. If not, even if a user operates the operation switch 3020 or inhales the vaporization suction device 3000 in his mouth, vaporization of the vaporization object is not generated.

When configured as described above, the operation switch member can be operated irrespective of the user's intention to prevent the unintentional evaporation of the user, thereby preventing unnecessary waste of electric energy in the vaporization object and the battery 3015, Malfunctions, failures, etc. of the vaporization suction device 3000 can be prevented.

Here, the operation switch member, which is an object that satisfies the locking condition and the unlocking condition, includes only the suction detection sensor 3017 without the application of the operation switch 3020, or the application without the application of the suction detection sensor 3017. It may be configured only with the operation switch 3020 or may be variously configured to include both the operation switch 3020 and the suction sensor 3017.

Hereinafter, the operation of the vaporization suction device 3000 configured as described above will be briefly described.

First, when the user inhales the vaporization suction device 3000 in the mouth, operates the operation switch 3020, or simultaneously operates the operation switch 3020 together with the suction, the suction detection sensor 3017 and the operation switch 3020 detect this and transmit the corresponding information to the control member 3014.

Brief description of the suction detection process of the suction detection sensor 3017 is as follows.

When the user starts suction, air inside the case 2301 of the second dividing member 3030 flows into the user's mouth, and the air in the negative pressure forming unit 3016 is sequentially discharged, and the negative pressure forming unit A negative pressure is formed in 3016. A small amount of air continuously flows through the outside air introduction hole 3018, so that the negative pressure is continuously formed in the negative pressure forming unit 3016 during the suction process of the user.

When the negative pressure is formed in the negative pressure forming unit 3016, the suction detection sensor 3017 detects whether the user inhales.

On the other hand, the control member 3014 that receives at least one of the suction detection of the suction detection sensor 3017 and the operation information of the operation switch 3020 is the light emitting diode 3013 and the vaporization member 3032. The light emitting diode 3013 and the vaporizing member 3032 are supplied with power of the battery 3015 to emit light and generate heat, respectively.

When the vaporizing member 3032 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 3045 of the third dividing member 3030.

By the operation of the vaporization suction device 3000 as described above, the user obtains a feeling similar to the actual smoking.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, descriptions overlapping with those already described in the thirtieth embodiment of the present invention will be replaced with the description thereof and will be omitted herein.

46 is a perspective view of the vaporization suction device according to the thirty-first embodiment of the present invention separated.

Referring to FIG. 46, in the present exemplary embodiment, the first partitioning member (which is a partitioning member of any of the plurality of partitioning members 3110, 220, 230, and 240, which may be detachable from each other while configuring the vaporization suction device 3100) The battery 3115 and the control member 3114 are disposed in the 3110, and the other one of the plurality of partition members 3110, 220, 230, and 240 that can be detached from each other while configuring the vaporization suction device 3100. The suction detection sensor 3122 and the operation switch 3125, which are operation switch members, are disposed on the second division member 3120, which is a member, and the plurality of division members that may be detachable from each other while configuring the vaporization suction device 3100 ( The vaporization member 3132 is disposed on the third division member 3130 which is another division member among the 3110, 220, 230, and 240.

The vaporized object derivative 3314 and the vaporized object receiving member 3144 may be disposed in the fourth partitioning member 3140.

The suction detection sensor 3122 is inserted into the negative pressure forming unit 3116 of the first partitioning member 3110, so that the first partitioning member 3110 and the second partitioning member 3120 may be connected to each other. The vaporization member 3132 is inserted into the distal end of the second division member 3120, whereby the second division member 3120 and the third division member 3130 may be connected, and the vaporization object derivative 3314 may be connected. The third dividing member 3130 and the fourth dividing member 3140 may be connected to each other by being inserted into the distal end of the third dividing member 3130.

With the above configuration, the second dividing member 3120 in which the operation switch member is disposed may be replaced with other members, that is, the first dividing member 3110, the third dividing member 3130, and the like. Therefore, when replacement of the operation switch member is required, only the second division member 3120 on which the operation switch member is disposed may be replaced without replacing other members.

FIG. 47 is a perspective view of a vaporization suction device according to a thirty-second embodiment of the present invention in a separated state; FIG.

Referring to FIG. 47, in the present embodiment, a battery 3215 and a control member 3214 are disposed in a case 3211 of the first partitioning member 3210, and may be attached to or detached from the first partitioning member 3210. In the case 3221 of the second dividing member 3220, an operating switch member including the suction detection sensor 3222 and the operating switch 3225 is disposed, and the second dividing member 3220 is detachable from the second dividing member 3220. The vaporization member 3332 and the vaporization object accommodation member 3234 are disposed together in the case 3231 of the three division members 3230.

48 is a perspective view of the vaporization suction apparatus according to the thirty-third embodiment of the present invention in a separated state.

Referring to FIG. 48, in the present embodiment, a battery 3315, a control member 3314, and a suction detection sensor 3317 are disposed in a case 3311 of the first partitioning member 3310, and the first partitioning member is disposed. An operation switch 3320 is disposed on a surface of the case 3311 of the 3310, and the vaporization member 3332 is disposed in the case 3321 of the second division member 3320, which may be detached from the first division member 3310. And the vaporization object receiving member 3342 are disposed together.

49 is a perspective view illustrating a combined state of a vaporization suction device according to a thirty-fourth embodiment of the present invention.

Referring to FIG. 49, the vaporization suction device 3400 according to the present embodiment includes a display 3420.

The display 3420 represents various kinds of information about the vaporization suction device 3400. For example, the display 3420 may express various information such as whether the vaporization suction device 3400 is turned on or off, a battery level, etc. according to a command of the control member.

In the present embodiment, the display 3420 is made of a touch method such as a resistive film type or an electrostatic type, and may also function as an operation switch. Then, the display 3420, together with the suction detection sensor 3417, constitutes an operation switch member for selecting whether to operate the vaporization member.

As described above, as the display 3420 made of a touch method such as a resistive film type or an electrostatic type is applied as an operation switch constituting the operation switch member, it is not necessary to separately provide another operation switch.

50 is a perspective view showing a liquid vaporization suction device according to a thirty-fifth embodiment of the present invention separated, and FIG. 51 is a perspective view showing a liquid vaporization suction device according to a thirty-fifth embodiment coupled thereto; Fig. 52 is a perspective view showing the separated state of the liquid guide member, the liquid guide member fixing member, and the liquid receiving member applied to the liquid vaporization suction apparatus according to the 35th embodiment of the present invention.

50 to 52, the liquid vaporization suction apparatus 3500 according to the present exemplary embodiment includes a first member 3510 and a second member 3520, and is housed therein for inhalation by a user. The liquid can be vaporized into the gas to be inhaled. The configuration of the

members

3510 and 120 is exemplary, and the number of configurations of the members may be changed.

In the case 3511 of the first member 3510, a light emitting diode 3513, a battery 3515, a controller 3514, and a suction detection switch 3518 are sequentially disposed.

The vaporizing member 3525, the liquid receiving member 3530, and the lid 3524 are sequentially disposed in the case 3251 of the second member 3520.

In this case, the case 3511 of the first member 3510 may be defined as a front case, and the case 3351 of the second member 3520 may be defined as a rear case.

The light emitting diode 3513 is electrically connected to the battery 3515 and may emit red light under the control of the controller 3514. The light emitting diode 3513 is formed on the front member 3512 on the front surface of the case 3511.

The battery 3515 is a portion for applying power to the light emitting diode 3513, the controller 3514, the vaporization member 3525, and the like, and a polymer lithium battery may be provided.

In the present embodiment, the battery 3515 is shown to be applied, but this is exemplary, and in addition to the battery 3515, a power supply unit (not shown) that is directly connected to an external power source (not shown) and a wire may be provided. It may be.

The controller 3514 is a portion in which various circuits required for the operation of the liquid vaporization suction device 3500 are formed. The controller 3514 may control operations of the light emitting diode 3513, the vaporization member 3525, and the like according to the detection value transmitted from the suction detection switch 3518.

A negative pressure forming part 3516 is formed at the rear end of the case 3511. The negative pressure forming part 3516 is formed with an outside air introduction hole 3517. The outside air introduction hole 3517 may be formed in plural. The outside air introduction hole 3517 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 3516 flows into the user's mouth through the second member 3520, and thus negative pressure is generated in the negative pressure forming unit 3516.

) Is formed, so that outside air flows into the negative pressure forming unit 3516 through the outside air introduction hole 3517.

When the user inhales, the outside air introduced into the negative pressure forming unit 3516 through the outside air introduction hole 3517 is inhaled by the user together with nicotine which is an inhalation target gas vaporized by the vaporizing member 3525.

The suction detection switch 3518 is a part that detects the suction when the user inhales the distal end of the second member 3520 by mouth.

When the suction detection switch 3518 detects a user's suction, the control unit 3514 operates the vaporizing member 3525 to vaporize the liquid in the liquid receiving member 3530.

An insert 3352 is formed at a front side of the second member 3520. The insert 3352 is inserted at the end of the negative pressure forming part 3516. Even when the insert 3352 is inserted into the negative pressure forming portion 3516, the outside air introduction hole 3517 is not covered by the insert 3352. The insert 3352 is electrically connected to the battery 3515 and the controller 3514. For example, an electrode is formed on an outer surface of the insert 3352 and an inner surface of the negative pressure forming portion 3516, and an electrode formed on the outer surface of the insert 3352 is electrically connected to the vaporizing member 3525. The electrode formed on the inner surface of the negative pressure forming unit 3516 may be electrically connected to the controller 3514 and the battery 3515.

An outside air flow hole 3323 is formed at the center of the insert 3352. Air in the negative pressure forming unit 3516 may be introduced into the case 3151 of the second member 3520 through the outside air flow hole 3523. Air introduced as described above is discharged to the user's mouth through the suction member (not shown) formed in the lid 3524 through the vaporizing member (3525).

The vaporizing member 3525 is a portion capable of generating heat by receiving power from the battery 3515 according to the command of the controller 3514. When the vaporizing member 3525 generates heat, the nicotine liquid supplied from the liquid receiving member 3530 may be vaporized by the heat. Nicotine vaporized by the vaporizing member 3525 is mixed with the air introduced through the outside air flow hole 3523, and flows out of the user's mouth through the lid 3524.

The liquid accommodating member 3530 is a liquid containing nicotine liquid to be vaporized therein, and delivers the nicotine liquid contained therein to the vaporizing member 3525.

The liquid inducing member 3540 is disposed at the front side of the liquid receiving member 3530. The liquid inducing member 3540 may be provided with a cotton or the like. The liquid inducing member 3540 induces the liquid in the liquid receiving member 3530 to be delivered to the vaporization member 3525.

In the present embodiment, the liquid vaporization suction device 3500 causes the liquid inducing member 3540 to be fixed to the liquid receiving member 3530, while the liquid in the liquid receiving member 3530 is connected to the liquid inducing member ( And a liquid guide member fixing member 3550 which forms a flow space to be flowed toward 3540.

In detail, the liquid guide member fixing member 3550 has a liquid guide member fixing member body 3551 inserted into the open front side portion of the liquid receiving member 3530 and a side surface of the liquid guide member fixing member body 3551. Extends to the front end of the liquid receiving member 3530, and a liquid guide hole 3553 formed in the liquid guide member fixing member body 3551.

The liquid inducing hole 3553 is formed in the liquid receiving member 3530 in the liquid guide member fixing member body 3551 so that the liquid in the liquid receiving member 3530 can flow toward the vaporizing member 3525. The liquid guide member fixing member body 3551 is formed to penetrate a portion facing the liquid, such that a space in which the liquid is accommodated in the liquid receiving member 3530 and the liquid guide member 3540 are installed. It is to communicate space. The liquid induction hole 3553 may be formed in plural.

The liquid induction hole 3553 is formed in a through hole shape in the liquid induction member fixing member body 3551, or a portion in the form of a mesh is formed in the liquid induction member fixing member body 3551 in the portion of the mesh shape. It can be formed as a mesh.

The liquid guide hole 3553 becomes a flow space through which the liquid in the liquid receiving member 3530 can flow toward the liquid guide member 3540.

As described above, the liquid containing member (3530) is the liquid vaporization suction device 3500 is the liquid to be vaporized is accommodated therein; A vaporizing member 3525 capable of vaporizing the liquid supplied from the liquid receiving member 3530; A liquid inducing member 3540 for inducing the liquid in the liquid receiving member 3530 to be delivered to the vaporizing member 3525; And a liquid which forms a flow space such that the liquid in the liquid receiving member 3530 can flow toward the liquid guide member 3540, while the liquid guide member 3540 is fixed to the liquid receiving member 3530. By inducing member fixing member 3550, the liquid in the liquid receiving member 3530 is smoothly supplied to the vaporizing member 3525 while coupling the liquid inducing member 3540 to the liquid receiving member 3530. Can be.

Hereinafter, the operation of the liquid vaporization suction device 3500 configured as described above will be briefly described.

First, the liquid contained in the liquid receiving member 3530 is transferred to the vaporization member 3525 through the liquid guide member 3540.

In this state, when the user inhales the liquid vaporization suction device 3500 in the mouth, the suction detection switch 3518 detects this and delivers the corresponding detection value to the controller 3514.

In detail, when the user starts suction, air in the case 3151 of the second member 3520 flows out into the mouth of the user, and air in the negative pressure forming unit 3516 is sequentially flowed out to form the negative pressure. Underpressure is formed in the portion 3516. A small amount of air is continuously introduced through the outside air introduction hole 3517, so that the negative pressure is continuously formed in the negative pressure forming unit 3516 during the suction process of the user.

When a negative pressure is formed in the negative pressure forming unit 3516, the suction detection switch 3518 detects whether the user is suctioned.

On the other hand, the control unit 3514 receiving the sensed value transmits an operation command to the light emitting diode 3513 and the vaporizing member 3525, and thus the light emitting diode 3513 and the vaporizing member 3525 are The battery 3515 receives power to emit light and generate heat, respectively.

When the vaporizing member 3525 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the cap 3524 of the second member 3520.

By the operation of the liquid vaporization suction device 3500 as described above, the user obtains a feeling similar to the actual smoking.

Hereinafter, other embodiments of the present invention will be described with reference to the accompanying drawings. In carrying out this description, the description overlapping with the contents already described in the above-described thirty-fifth embodiment of the present invention will be replaced with the description thereof.

Referring to FIG. 53, in the present embodiment, the liquid guide member fixing member 3650 includes a connecting portion 3652, a first end portion 3701, and a second end portion 3653.

The connection part 3652 is inserted into the liquid receiving member 3630 and is formed to cross the inside of the liquid receiving member 3630. The connection part 3652 may form a bar shape having a predetermined length.

The first end portion 3701 is formed at one end of the connecting portion 3652 and is in contact with one side of an inner wall of the liquid receiving member 3630. The first end portion 3701 extends from the end of the connecting portion 3652 to a predetermined length in both sides thereof, so that one end of the connecting portion 3652 is stable on one side of the inner wall of the liquid receiving member 3630. Contact with.

The second end portion 3653 is formed at the other end of the connecting portion 3652 and is in contact with the other side of the inner wall of the liquid receiving member 3630. The second end portion 3653 is formed in a fan shape with a predetermined area from both ends of the connecting portion 3652 to a predetermined area, and the inside of the fan form a hollow shape, and thus the liquid container member ( While forming a flow space through which the liquid in 3630 can flow, the other end of the connection part 362 is in contact with the other side of the inner wall of the liquid receiving member 3630.

On the inner wall of the front side portion of the liquid receiving member 3630, the engaging projection 3611, which the first end portion 3701 and the second end portion 3653 are engaged with, is formed, respectively. The first end portion 3701 and the second end portion 3653 are engaged with the catching projection 3631 so that the liquid guide member fixing member 3650 is required in the liquid receiving member 3630 (depth). Can be fixed stably.

The liquid guide member fixing member 3650 is inserted through the open front end of the liquid receiving member 3630, and the first end portion 3651 and the second end portion 3653 are caught by the locking projection 3632. The liquid guide member fixing member 3650 is fixed in the liquid receiving member 3630.

As described above, when the liquid inducing member fixing member 3650 is fixed in the liquid receiving member 3630, at least one of the connecting portions 3652 may allow the liquid in the liquid receiving member 3630 to flow toward the vaporizing member. In one side of the liquid receiving member 3630 is formed a liquid guide hole for communicating the space in which the liquid is accommodated and the space in which the liquid guide member is accommodated.

The liquid induction hole may be formed in the empty spaces on both sides of the connection bar 3652 in the form of a bar shape and cross the liquid receiving member 3630 while forming a bar shape, the second end portion (3653) can be formed inside the hollow of such a fan in the form of a hollow fan.

Referring to FIG. 54, in the present embodiment, the liquid guide member fixing member 3750 includes a liquid guide member fixing member body 3701 and a liquid guide hole 3702.

The liquid guide member fixing member body 3701 divides the space in the liquid receiving member 3730 into two parts at the front side of the liquid receiving member 3730 and is integrally formed with the liquid receiving member 3730. .

The liquid induction hole 3702 is a portion of the liquid induction member fixing member body 371 that faces the liquid in the liquid receiving member 3730 so that the liquid in the liquid receiving member 3730 can flow toward the vaporization member. The liquid inducing member fixing member body 3701 is formed to penetrate, and the liquid receiving member 3730 communicates the space in which the liquid is accommodated with the space in which the liquid inducing member 3740 is accommodated.

As the liquid guide member fixing member body 3701 is molded integrally with the liquid receiving member 3730, the liquid guide member fixing member 3750 may be easily formed on the liquid receiving member 3730. .

Referring to FIG. 55, in the present embodiment, the liquid receiving members 3830 are combined after the plurality of liquid

receiving dividing members

3831 and 3832 are respectively formed to form a space for accommodating liquid therein.

By the configuration as described above, the liquid container member 3830 can be manufactured more simply.

Of course, in FIG. 55, the liquid receiving

partition members

3831 and 3832 are shown to be joined after being molded into two pieces, which are exemplary, and may be combined after being divided into a larger number.

Referring to FIG. 56, in this embodiment, the distal end of the liquid accommodating member 3930 is opened, and the open distal end of the liquid accommodating member 3930 can open and close the open distal end of the liquid accommodating member 3930. Liquid receiving member stopper 3960 is engaged.

The liquid receiving member stopper 3960 is a liquid insertion member stopper body 3937 and a stopper insert which protrudes from the liquid receiving member stopper body 3937 and can be inserted into an open distal end of the liquid receiving member 3930. 3962.

Referring to FIG. 57, in the present embodiment, a refill hole 4031 capable of refilling liquid is formed in the liquid container member 4030.

The refill hole 4031 is blocked by a separate refill hole stopper (not shown), and when the liquid in the liquid container 4040 is exhausted, the liquid is accommodated in the state where the refill hole stopper is removed. To be refilled into the member 4030.

55 to 57 are shown based on the components of the liquid vaporization inhalation device shown in FIG. 54, this is exemplary and the idea presented in the fourth to forty embodiments described above is the 37th embodiment described above. In addition to the examples, the same applies to the thirty-fifth embodiment or the thirtieth embodiment.

58 is a perspective view showing the liquid vaporization suction device according to the forty-first embodiment of the present invention separated, FIG. 59 is a perspective view showing the liquid vaporization suction device according to the forty-first embodiment of the present invention combined; 60 is a view showing the configuration of the wavelength generating member of the liquid vaporization suction apparatus according to the forty-first embodiment of the present invention.

58 to 60, the liquid vaporization suction apparatus 4100 according to the present exemplary embodiment includes a first member 4110 and a second member 4120 and is housed therein for a user to inhale. The liquid can be vaporized into the gas to be inhaled. The configuration of the

members

4110 and 120 is exemplary, and the number of configurations of the members may be changed.

In the case 4111 of the first member 4110, the light emitting diode 4113, the wavelength generating member 4130, the battery 4115, the controller 4114, and the suction detection switch 4150 are sequentially disposed.

In the case 4121 of the second member 4120, the heat generating member 4125, the liquid accommodating member 4126, and the lid 4124 are sequentially disposed.

In this case, the case 4111 of the first member 4110 may be defined as a front case, and the case 4121 of the second member 4120 may be defined as a rear case.

The light emitting diode 4113 is electrically connected to the battery 4115 and may emit red light under the control of the controller 4114. The light emitting diode 4113 is formed on the front member 4112 on the front of the case 4111.

The wavelength generating member 4130 generates a wavelength that can cause a sense of stability to the user. The wavelength generated by the wavelength generating member 4130 may be variously presented as a sound that may cause a sense of stability to the user.

The wavelength generation member 4130 may include a command receiver 4131, a driver 4132, and a wavelength generator 4133.

The command receiving unit 4131 is a portion that receives a driving command from the control unit 4114 or the like, the wavelength generating unit 4133 is a portion which actually generates a wavelength, and the driving unit 4132 is the command receiving unit 4131. The wavelength generator 4133 drives the wavelength generator 4133 to generate the wavelength according to the received driving command.

Here, the wavelength generating member 4130 is shown to be included in the first member 4110, which is exemplary.

The battery 4115 is a portion for applying power to the light emitting diode 4113, the wavelength generating member 4130, the controller 4114, the heat generating member 4125, and the like, and a polymer lithium battery may be provided. .

The controller 4114 is a portion in which various circuits required for the operation of the liquid vaporization suction device 4100 are formed. The controller 4114 may control operations of the light emitting diode 4113, the heating member 4125, and the like according to the detection value transmitted from the suction detection switch 4150.

In addition, the controller 4114 may control the driving of the wavelength generating member 4130. In detail, when the suction of the user is detected by the suction detecting switch 4150, the controller 4114 may drive the wavelength generating member 4130 to generate a wavelength that gives a sense of stability to the user.

Meanwhile, the wavelength generating member 4130 may be driven by the user pressing the switch member indicated by reference numeral 4131 without using the control unit 4114. The switch member 4131 may be formed on a surface of the case 4111 of the first member 4110, and may be formed at a position that is easily pressed by a user.

A negative pressure forming portion 4116 is formed at the rear end of the case 4111. An outside air introduction hole 4117 is formed in the negative pressure forming unit 4116. A plurality of outside air introduction holes 4117 may be formed. The outside air introduction hole 4117 may be defined as an outside air introduction unit.

When the user inhales, air in the negative pressure forming unit 4116 flows into the user's mouth through the second member 4120, and thus negative pressure is generated in the negative pressure forming unit 4116.

) Is formed, so that outside air flows into the negative pressure forming unit 4116 through the outside air introduction hole 4117.

When the user inhales, the outside air introduced into the negative pressure forming unit 4116 through the outside air introduction hole 4117 is inhaled by the user together with nicotine, which is an inhalation target gas vaporized by the heat generating member 4125.

The suction detection switch 4150 detects the suction when the user inhales the distal end of the second member 4120 by mouth.

When the suction detection switch 4150 detects a user's suction, the control unit 4114 operates the heating member 4125 to vaporize the liquid in the liquid receiving member 4126.

An insert 4122 is formed at the front side of the second member 4120. The insert 4122 is inserted at the end of the negative pressure forming portion 4116. Even if the insert 4122 is inserted into the negative pressure forming portion 4116, the outside air introduction hole 4117 is not covered by the insert 4122. The insert 4122 is electrically connected to the battery 4115 and the controller 4114. For example, an electrode is formed on an outer surface of the insert 4122 and an inner surface of the negative pressure forming unit 4116, and an electrode formed on the outer surface of the insert 4122 is electrically connected to the heat generating member 4125. The electrode formed on the inner surface of the negative pressure forming unit 4116 may be electrically connected to the controller 4114 and the battery 4115.

An outside air flow hole 4123 is formed at the center of the insert 4122. Air in the negative pressure forming unit 4116 may be introduced into the case 4121 of the second member 4120 through the outside air flow hole 4123. The air introduced as described above is discharged to the user's mouth through the suction member (not shown) formed in the lid 4124 via the heat generating member 4125.

The heat generating member 4125 is a portion capable of generating heat by receiving power from the battery 4115 according to the command of the controller 4114. When the heat generating member 4125 generates heat, nicotine liquid delivered from the liquid receiving member 4126 may be vaporized by the heat. Nicotine vaporized by the heat generating member 4125 is mixed with air introduced through the outside air flow hole 4123 and flows out of the user's mouth through the lid 4124.

The liquid accommodating member 4126 has a nicotine liquid contained therein as a liquid, and delivers the nicotine liquid contained therein to the heat generating member 4125.

Hereinafter, the operation of the liquid vaporization suction device 4100 configured as described above will be briefly described.

First, when the user inhales the liquid vaporization suction device 4100 in the mouth, the suction detection switch 4150 detects this and delivers the corresponding detection value to the controller 4114.

In detail, when the user starts suction, air inside the case 4121 of the second member 4120 flows into the mouth of the user, and air in the negative pressure forming unit 4116 is sequentially discharged to form the negative pressure. A negative pressure is formed in the portion 4116. A small amount of air continuously flows through the outside air introduction hole 4117, so that the negative pressure is continuously formed in the negative pressure forming unit 4116 during the suction process of the user.

When the negative pressure is formed in the negative pressure forming unit 4116, the suction detection switch 4150 detects whether the user inhales.

On the other hand, the control unit 4114 received the detection value transmits a driving command to the light emitting diode 4113 and the heat generating member 4125, and thus the light emitting diode 4113 and the heat generating member 4125 The battery 4115 is supplied with power to emit light and generate heat, respectively.

In addition, the control unit 4114 transmits a driving command to the wavelength generating member 4130, and accordingly, the wavelength generating member 4130 is driven to generate a wavelength that can give stability to the user.

When the heat generating member 4125 generates heat, nicotine liquid delivered by the heat is vaporized to form smoke. The smoke formed as described above is discharged into the user's mouth through the lid 4124 of the second member 4120.

By the operation of the liquid vaporization suction device 4100 as described above, the user obtains a feeling similar to the actual smoking.

As described above, as the wavelength generation member 4130 is provided to generate a wavelength to give a sense of stability to the user, the user may use the liquid vaporization suction device 4100 to induce a sense of stability.

Hereinafter, another embodiment of the present invention will be described with reference to the drawings. In carrying out this description, descriptions overlapping with those already described in the forty-first embodiment of the present invention are replaced with the descriptions thereof and will be omitted herein.

61 is a cross-sectional view showing the inside of a front portion of a liquid vaporization suction device according to a forty-second embodiment of the present invention, and FIG. 62 shows a configuration of an acoustic generating member of the liquid vaporization suction device according to a forty-second embodiment of the present invention. Drawing.

61 and 62 together, in this embodiment, the first member 4210 of the liquid vaporization suction apparatus includes a sound generating member 4260 capable of generating sound.

The sound generating member 4260 may be accommodated in the case 4211 of the first member 4210.

Reference numeral 4265 denotes a switch member formed on a surface of the case 4211, and various buttons for operating the sound generating member 4260 may be formed.

The sound generating member 4260 may include a command receiving unit 4421, a storage unit 4426, a driving unit 4403, and a sound generating unit 4264.

The command receiving unit 4421 is a portion for receiving a command transmitted from the switch member 4265, the sound generating unit 4264 is a portion for generating various sounds, and the driving unit 4403 is the command receiving unit 4421. The sound generating unit 4264 is driven according to a command received in FIG. 2, and the storage unit 4426 is a part storing information on the sound generated by the sound generating unit 4264.

As described above, as the sound generating member 4260 is provided, a user using the liquid vaporization suction apparatus may hear a desired music or the like without having to separately provide a music player.

FIG. 63 is a cross-sectional view illustrating that a memory member is applied to a liquid vaporization suction device according to a 43rd embodiment of the present invention and the plug is removed, and FIG. 64 is a memory in the liquid vaporization suction device according to a 43rd embodiment of the present invention; It is a cross-sectional view showing the member is applied and the stopper is coupled.

63 and 64 together, in the present embodiment, the first member 4310 of the liquid vaporization suction device includes a memory member 4370 capable of storing information, and a cover (not shown) on the first member 4310. 4375) can be removed.

The memory member 4370 may be configured of an information storage unit 4171 and a connection unit 4272.

The information storage unit 4171 is disposed in the case 4311 of the first member 4310, and is a portion for storing various kinds of information.

The connection part 4372 is electrically connected to the information storage part 4171, and a terminal thereof protrudes out of the case 4311. The connection part 4172 is formed by a universal serial bus (USB) method, and can easily exchange information with a computer.

A locking jaw 4311a is formed at a portion of the case 4311 of the first member 4310 that is around the connection part 4372.

The cover 4375 is formed with an empty hole 4374 in the inside thereof, and is coupled to the case 4311 of the first member 4310 to cover the connection part 4372 so as not to be exposed to the outside. When the cover 4375 is coupled to the case 4311 of the first member 4310, the locking jaw 4311a may be firmly fitted to the inner surface of the cover 4375.

As described above, as the memory member 4370 is provided, a user who uses the liquid vaporization suction apparatus may store and carry desired information without having to separately provide an information storage device using a USB method.

65 is a cross-sectional view illustrating a state in which an image capturing member is applied to a liquid vaporization suction apparatus according to a forty-fourth embodiment of the present invention, and a stopper is separated.

Referring to FIG. 65, in the present embodiment, the first member 4410 of the liquid vaporization suction apparatus includes an image capturing member 4480 capable of capturing an image, and the cover 4485 is attached to the first member 4410. It can be detached.

The image capturing member 4480 may include a main body 4481 and a photographing unit 4482.

The photographing unit 4482 is a portion in which a lens or the like is disposed to photograph an image, and the main body 4481 is a portion storing an image photographed by the photographing unit 4482. The photographing unit 4482 may be configured to capture a picture as well as a video. Although not shown, an operation unit for manipulating the image capturing member 4480 may be further formed.

A locking jaw 4411a is formed at a portion of the case 4411 of the first member 4410 that is close to the photographing unit 4482.

The cover 4485 has an empty hole 4486 formed therein, and is coupled to the case 4411 of the first member 4410 to cover the photographing unit 4482 so as not to be exposed to the outside. When the cover 4485 is coupled to the case 4411 of the first member 4410, the locking jaw 4411a may be firmly fitted to the inner surface of the cover 4485.

As described above, as the image capturing member 4480 is provided, a user using the liquid vaporization suction apparatus may capture a desired image without having to separately provide an image capturing apparatus such as a camera.

FIG. 66 is a cross-sectional view illustrating a state in which a wavelength generating member and a memory member are applied to a liquid vaporization suction device according to a forty-fifth embodiment of the present invention, and the stopper is separated.

Referring to FIG. 66, in the present embodiment, the wavelength generating member 4530 and the memory member 4570 may be disposed together in the first member 4510 of the liquid vaporization suction apparatus.

FIG. 67 is a cross-sectional view illustrating that a wavelength generating member and an image capturing member are applied to a liquid vaporization suction apparatus according to a forty-seventh embodiment of the present invention, and the stopper is separated.

Referring to FIG. 67, in the present embodiment, the wavelength generating member 4630 and the image capturing member 4680 may be disposed together in the first member 4610 of the liquid vaporization suction apparatus.

FIG. 68 is a cross-sectional view showing a wavelength generating member and a sound generating member applied to a liquid vaporization suction apparatus according to a forty-seventh embodiment of the present invention; FIG.

Referring to FIG. 68, the wavelength generating member 4730 and the sound generating member 4760 may be disposed together in the first member 4710 of the liquid vaporization suction apparatus.

In addition to the combinations of FIGS. 66-68 described above, various combinations may be presented. For example, an example may be further provided in which a sound generating member and a memory member are applied in the first member of the liquid vaporization suction device.

While the invention has been shown and described with respect to specific embodiments thereof, those skilled in the art can variously modify the invention without departing from the spirit and scope of the invention as set forth in the claims below. And that it can be changed. Nevertheless, it will be clearly understood that all such modifications and variations are included within the scope of the present invention.

According to the liquid vaporization suction device according to an aspect of the present invention, since the cloud can be prevented, the industrial applicability is high.

Claims

In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

A case accommodating therein members capable of vaporizing the liquid into the inhalation gas; And

Liquid vaporization suction device comprising a; formed in the case, the cloud preventing portion to prevent the rolling (rolling) of the case.
The method of claim 1,

The cross section of the case has a circular shape, and the cloud prevention unit comprises a plane formed on the outer surface of the liquid vaporization suction device.
The method of claim 1,

The cloud prevention unit is a liquid vaporization suction device, characterized in that the polyhedron forming the outer surface of the case.
The method of claim 1,

The cross section of the case has a circular shape, and the cloud prevention unit comprises a projection protruding from the outer surface of the case liquid vaporization suction device.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A plurality of partition members accommodating components for vaporizing the vaporized object into the inhalation target gas, formed into a plurality of parts, and detachable from each other with rotation within a range of 0 to 360 °; And

And a coupling member formed to be engaged with each other between the plurality of division members.

When the plurality of dividing members are engaged with each other with rotation within a range of 0 to 360 °, the vaporizing suction characterized in that the engaging members respectively formed on the plurality of dividing members are engaged with each other to increase the engagement force of the plurality of dividing members. Device.
The method of claim 5,

The engaging member is formed on the plurality of partition members, respectively, characterized in that the engaging projection and the engaging groove which can be engaged with each other, the vaporization suction device.
The method of claim 5,

Electrodes capable of energizing each other are formed in the coupling portions of the plurality of dividing members, and at least some of the electrodes include elastic portions having elasticity, so that when the plurality of dividing members are combined, the plurality of dividing members are connected to the plurality of dividing members. And each of the electrodes formed to be engaged with each other to press the elastic portion to provide elasticity so that the electrodes formed on the plurality of partition members are in intimate contact with each other.
The method of claim 5,

The coupling member is formed on at least a portion of the plurality of dividing members, and is formed on a dividing member engaging with a dividing member on which a variable coupling protrusion whose shape can be varied with respect to the plurality of dividing members, and the variable coupling protrusion is formed. It includes a coupling groove that can be coupled to the variable coupling projection,

In the process of coupling the plurality of dividing members to each other, the variable coupling protrusion is in close contact with the dividing member having the variable coupling protrusion,

And the variable coupling protrusion protrudes from the divided member on which the variable coupling protrusion is formed when the plurality of dividing members are completely coupled to each other to be coupled to the coupling groove.
The method of claim 5,

The coupling member includes a coupling protrusion formed in a shape protruding from at least a portion of the plurality of dividing members, and a coupling groove formed in a split member that is engaged with the split member on which the coupling protrusion is formed, to which the coupling protrusion can be coupled. ,

The coupling groove includes an introduction groove formed in a direction in which the plurality of dividing members are coupled, and a fixing groove formed in a shape bent in a direction in which the introduction groove is formed at an end of the introduction groove.

In the process of coupling the plurality of dividing members to each other, the coupling protrusion is introduced along the introduction groove in a direction in which the plurality of dividing members are coupled to each other, and the coupling protrusion which has been introduced into the introduction groove is fixed to the fixing groove. And the plurality of dividing members are coupled to each other.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A plurality of partition members accommodating components for vaporizing the vaporized object into the inhalation target gas, formed into a plurality of parts, and detachable from each other in a rotationless manner;

An insert formed in one of the plurality of partition members engaged with each other; And

An insertion groove formed in another one of the plurality of dividing members engaged with each other, the insertion groove into which the insert can be inserted;

And when the plurality of dividing members are coupled to each other in a non-rotating manner, the insert is inserted into the insertion groove in a non-rotating manner to increase the engagement force of the plurality of dividing members.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And

And a plurality of light emitting members formed in the body of the vaporization suction apparatus and capable of emitting light independently of each other.
The method of claim 11,

The plurality of light emitting members are spaced apart from each other and disposed in a strip shape along the outer circumferential surface of the vaporization suction device body, or are spaced apart from each other and elongated in the longitudinal direction of the vaporization suction device body or spaced apart from each other. The vaporization suction device, characterized in that arranged in a dot shape, spaced apart from each other in the shape of a screw thread on the body of the vaporization suction device, or a specific pattern.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And

And a display member formed on the vaporization suction device body and configured to display predetermined information.
The method of claim 11,

And when the vaporization suction device is operated, the plurality of light emitting members or the display member are operated.
The method of claim 13,

And when the vaporization suction device is operated, the plurality of light emitting members or the display member are operated.
The method of claim 11,

The vaporization suction device includes a vibration detection sensor for detecting the vibration of the vaporization suction device body,

And when the vibration of the vaporization suction device body is detected by the vibration detection sensor, the plurality of light emitting members or the display member are operated.
The method of claim 13,

The vaporization suction device includes a vibration detection sensor for detecting the vibration of the vaporization suction device body,

And when the vibration of the vaporization suction device body is detected by the vibration detection sensor, the plurality of light emitting members or the display member are operated.
The method of claim 11,

The vaporization suction device includes an acoustic member for sensing an external sound,

And when the external sound is detected by the acoustic member, the plurality of light emitting members or the display members are operated.
The method of claim 13,

The vaporization suction device includes an acoustic member for sensing an external sound,

And when the external sound is detected by the acoustic member, the plurality of light emitting members or the display members are operated.
The method of claim 11,

The acoustic member detects an external sound to record the detected external sound.
The method of claim 13,

The acoustic member detects an external sound to record the detected external sound.
The method of claim 19,

The acoustic member can generate sound,

And the light emitting member or the display member is operated in accordance with the generated sound of the acoustic member when the acoustic member generates sound.
The method of claim 11,

The vaporization suction device includes a radio wave transmission and reception member for transmitting and receiving radio waves, and detects whether another vaporization suction device is close to within a predetermined distance range,

And the plurality of light emitting members or the display member are activated when the other vaporization suction apparatus is detected to be approached within a predetermined distance range by the radio wave transmitting and receiving member.
The method of claim 13,

The vaporization suction device includes a radio wave transmission and reception member for transmitting and receiving radio waves, and detects whether another vaporization suction device is close to within a predetermined distance range,

And the plurality of light emitting members or the display member are activated when the other vaporization suction apparatus is detected to be approached within a predetermined distance range by the radio wave transmitting and receiving member.
The method of claim 23,

And when the other vaporization suction device is gradually detected to be closer to each other by the radio wave transmitting and receiving member, an operation period of the plurality of light emitting members or the display member is changed according to the proximity of the other vaporization suction device. Vaporization suction device.
The method of claim 23,

The vaporization suction device includes an acoustic member capable of generating sound,

When the other vaporization suction device is detected by the radio wave transmitting and receiving member to be within a predetermined distance range, the vaporization suction, characterized in that for generating sound in the acoustic member with the operation of the plurality of light emitting member or the display member. Device.
The method of claim 13,

The vaporization suction device includes a radio wave transmission and reception member for transmitting and receiving radio waves, and detects whether another vaporization suction device is close to within a predetermined distance range,

And when the other vaporization suction device is detected to be approached within a predetermined distance range by the radio wave transmitting and receiving member, a distance from the other vaporization suction device is displayed on the display member.
The method of claim 11,

The vaporization suction device body is formed with a selection member for the user to select,

And the light emitting member or the display member is operated when the selection member is selected by a user.
The method of claim 13,

The vaporization suction device body is formed with a selection member for the user to select,

And the light emitting member or the display member is operated when the selection member is selected by a user.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A vaporization suction device body accommodating therein components for vaporizing the vaporization object with the inhalation gas; And

And a sound member accommodated in the vaporization suction device body to generate sound.
The method of claim 30,

The vaporization suction device includes a suction detection switch for detecting whether the user inhale,

And the acoustic member generates sound when the user senses inhalation by the suction detection switch.
The method of claim 30,

The vaporization suction device includes a vibration detection sensor for detecting the vibration of the vaporization suction device body,

And the acoustic member generates sound when the vibration of the vaporization suction device body is detected by the vibration detection sensor.
The method of claim 30,

The acoustic member may detect external sounds,

And an external sound is detected by the acoustic member, wherein the acoustic member generates sound.
The method of claim 30,

The acoustic member detects an external sound to record the detected external sound.
The method of claim 30,

The vaporization suction device includes a radio wave transmission and reception member for transmitting and receiving radio waves, and detects whether another vaporization suction device is close to within a predetermined distance range,

And the acoustic member generates sound when the other vaporization suction apparatus is detected to be approached within a predetermined distance range by the radio wave transmitting and receiving member.
36. The method of claim 35 wherein

And when the other vaporization suction device is gradually detected to be closer by the radio wave transmitting and receiving member, the period of sound generation of the acoustic member is varied according to the proximity of the other vaporization suction device.
The method of claim 30,

The vaporization suction device body is formed with a selection member for the user to select,

And the acoustic member generates sound when the selection member is selected by the user.
The method of claim 30,

And the acoustic member can store information on the sound.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A vaporization suction member accommodating therein components for vaporizing the vaporization object with the inhalation gas; And

And a pen member connected to the vaporization suction member and capable of writing or inputting information to a predetermined input means.
The method of claim 39,

The pen member is

A nib accommodating member including a nib accommodating member body and a pen nib inserted into the nib accommodating member body and containing ink, and at the distal end thereof, the pen nib being out to be writable;

And a pen cover covering at least a portion of the nib receiving member, including a portion where the ink is drawn out of the nib.
The method of claim 39,

The pen member is

The pen member body,

And a pen nib inserted into the pen member body such that writing is impossible or protruding out of the pen member so that writing is possible.
42. The method of claim 41 wherein

The pen member is

A pushing member for pushing the nib so that the nib protrudes out of the pen member;

An elastic member providing an elastic force to the pen core so that the pen nib pushed by the pushing member is inserted into the pen member,

The pushing member is

A pushing member body inserted into the pen member body to be movable;

An external force applying unit connected to the pushing member body and configured to apply an external force by a user;

An elastic portion connecting the pushing member body and the external force applying portion while providing elasticity to the external force applying portion;

A locking portion protruding from the pushing member body,

The pen member body

An external force applying unit moving slot to which the external force applying unit is moved,

An insertion fixing groove in which the engaging portion is caught when the pen nib is inserted into the pen member;

And a protruding fixing groove for catching the engaging portion when the pen nib protrudes out of the pen member.
The method of claim 39,

The pen member may be used for a stylus pen whose end portion is made of synthetic resin, a pen whose end portion is made of a permanent magnet or an electromagnet, and a capacitive touchpad so that information can be input to a predetermined touchpad. The pen is made of a conductor so that the end portion is made of a conductor, and the light is emitted from the end portion when the emitted light reaches the input screen, the corresponding information is input, or an optical pen that can read the electron beam emitted from the screen by sensitively detecting the electron beam ( vaporization suction device, characterized in that any one of.
The method of claim 39,

The vaporization suction member and the pen member is formed detachably from each other.
A vaporization suction device capable of vaporizing a vaporization object accommodated therein for inhalation by a user to inhalation gas,

A vaporization suction member accommodating therein components for vaporizing the vaporization object with the inhalation gas; And

And a laser firing member connected to the vaporization suction member and capable of firing a laser.
A vaporization object accommodating member accommodating a vaporization object, a vaporization member for vaporizing the vaporization object accommodated in the vaporization object receiving member with an inhalation gas, a battery for supplying electrical energy to the vaporization member, and whether the vaporization member is operated or not A vaporization suction device comprising: an operation switch member for selection; and a control member for controlling the operation of the vaporization member in accordance with the operation of the operation switch member,

A first dividing member including the battery and the control member;

A second dividing member detachable from said first dividing member, said second dividing member comprising said actuation switch member; And

And a third dividing member detachable from the second dividing member and including at least one of the vaporizing member and the vaporizing object receiving member.

And the second dividing member can be replaced separately from the first dividing member and the third dividing member.
The method of claim 46,

The actuating switch member may include at least one of an inhalation detection sensor configured to detect whether the user of the vaporization suction apparatus is inhaled, and an operation switch which can be directly selected by the user of the vaporization suction apparatus.
The method of claim 46,

The first division member and the second division member are coupled to each other while the front part of the second division member is fitted to the rear part of the first division member, and the front part of the third division member is fitted to the rear part of the second division member. The vaporization suction device, characterized in that the second partition member and the third partition member is coupled.
In the vaporization inhalation device to vaporize the vaporized object accommodated therein to be inhaled,

A vaporized object receiving member for receiving the vaporized object;

A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas;

When the user of the vaporization suction device bites and suctions the vaporization suction device, the vaporization member is activated to detect whether the user of the vaporization suction device is inhaled so that the vaporization object can be vaporized with the gas to be inhaled And an actuating switch member directly selectable by the user of the vaporization suction device such that the user of the vaporization suction device manually operates the vaporization member so that the vaporization object can be vaporized with the inhalation target gas. And

And a control member controlling the operation of the vaporization member in accordance with the operation of the operation switch member.

And at least one of suction detection of the suction detection sensor and operation of the operation switch, the control member operates the vaporization member to vaporize the vaporization object with the inhalation target gas.
The method of claim 49,

The vaporization suction device includes a battery for supplying electrical energy to the vaporization member;

The battery, the operation switch member and the control member are disposed in any one of the plurality of partition members that can be detached from each other while constituting the vaporization suction device.

The vaporization suction device, characterized in that the vaporization member is disposed on the other one of the plurality of partition members that can be detached from each other while configuring the vaporization suction device.
The method of claim 49,

The vaporization suction device includes a battery for supplying electrical energy to the vaporization member;

The battery and the control member are disposed in any one of the plurality of partition members that can be detached from each other while configuring the vaporization suction device.

The operation switch member is disposed on the other one of the plurality of partition members that can be detached from each other while configuring the vaporization suction device,

The vaporization suction device, characterized in that the vaporization member is disposed on another one of the plurality of partition members that can be detached from each other while configuring the vaporization suction device.
The method of claim 49,

The vaporization suction device includes a display capable of expressing various information about the vaporization suction device,

And the display is a resistive touch screen or an electrostatic touch screen, and the display functions as the operation switch.
In the vaporization inhalation device to vaporize the vaporized object accommodated therein to be inhaled,

A vaporized object receiving member for receiving the vaporized object;

A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas;

When the user of the vaporization suction device bites and suctions the vaporization suction device, the vaporization member is activated to detect whether the user of the vaporization suction device is inhaled so that the vaporization object can be vaporized with the gas to be inhaled And at least one of an operation switch directly selectable by the user of the vaporization suction device such that the user of the vaporization suction device manually operates the vaporization member to vaporize the vaporization object with the gas to be inhaled. Switch member; And

And a control member controlling the operation of the vaporization member in accordance with the operation of the operation switch member.

The control member is configured to lock the vaporization suction device not to operate until the operation switch member is operated to satisfy the preset unlocking condition when the operation switch member is operated to satisfy the preset locking condition. Vaporization suction device.
In the vaporization inhalation device to vaporize the vaporized object accommodated therein to be inhaled,

A vaporized object receiving member for receiving the vaporized object;

A vaporizing member configured to vaporize the vaporized object accommodated in the vaporized object receiving member with an inhalation target gas;

At least one of a resistive touch screen, an electrostatic touch screen, a sound wave sensing method, and a shock sensing method may be used so that a user of the vaporization suction device may manually operate the vaporization member to vaporize the vaporization object with the gas to be inhaled. An actuating switch selectable by the user of the vaporization suction device directly; And

And a control member for controlling the operation of the vaporization member in accordance with the operation of the operation switch.
The method of claim 54, wherein

The vaporization suction device includes a display capable of expressing various information about the vaporization suction device,

And the display is a resistive touch screen or an electrostatic touch screen, and the display functions as the operation switch.
In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

A liquid receiving member in which the liquid to be vaporized is accommodated therein;

A vaporization member capable of vaporizing the liquid supplied from the liquid receiving member;

A liquid inducing member for inducing the liquid in the liquid containing member to be delivered to the vaporizing member; And

And a liquid inducing member fixing member which forms a flow space such that the liquid in the liquid receiving member can flow toward the liquid inducing member while allowing the liquid inducing member to be fixed to the liquid receiving member.
The method of claim 56, wherein

The liquid induction member fixing member

A liquid guide member fixing member body inserted into the liquid receiving member;

A fixing flange extending from the liquid guide member fixing member body and hooked to a front end of the liquid receiving member;

The liquid inducing member fixing member body is formed to penetrate a portion of the liquid inducing member fixing member body that faces the liquid in the liquid receiving member so that the liquid in the liquid receiving member can flow toward the vaporizing member. And a liquid inducing hole communicating the space in which the liquid is accommodated in the liquid containing member and the space in which the liquid inducing member is installed.
The method of claim 56, wherein

The liquid induction member fixing member

A connecting portion inserted into the liquid receiving member and formed to cross the inside of the liquid receiving member;

A first end portion formed at one end of the connection portion and in contact with one side of an inner wall of the liquid receiving member;

A second end portion formed at the other end of the connection portion and in contact with the other side of the inner wall of the liquid receiving member;

In order to fix the liquid inducing member fixing member in the liquid receiving member, an inner wall of the liquid receiving member is provided with a locking projection that catches the first end portion and the second end portion,

When the liquid inducing member fixing member is fixed in the liquid receiving member, the liquid is accommodated in the liquid inducing member fixing member on at least one side of the connecting portion so that the liquid in the liquid receiving member can flow toward the vaporizing member. And a liquid guide hole for communicating a space between the space and the space in which the liquid guide member is accommodated.
The method of claim 56, wherein

The liquid induction member fixing member

A liquid inducing member fixing member body which partitions a space in the liquid containing member at a front side of the liquid containing member and is integrally formed with the liquid containing member;

The liquid inducing member fixing member body is formed to penetrate a portion of the liquid inducing member fixing member body that faces the liquid in the liquid receiving member so that the liquid in the liquid receiving member can flow toward the vaporizing member. And a liquid inducing hole communicating the space in which the liquid is accommodated in the liquid containing member and the space in which the liquid inducing member is accommodated.
The method of claim 56, wherein

And the liquid containing member is coupled to a plurality of liquid containing dividing members to form a space for accommodating the liquid therein.
The method of claim 56, wherein

The distal end of the liquid receiving member is opened,

And the liquid vaporization suction device comprises a liquid container member stopper capable of opening and closing an open end of the liquid container member.
The method of claim 56, wherein

And a refilling hole for refilling the liquid is formed in the liquid container.
In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

And a wavelength generating member for generating a wavelength capable of causing a sense of stability to a user.
The method of claim 63, wherein

And a switch member which can be pressed by a user to drive the wavelength generating member in the case of the liquid vapor inhalation apparatus.
The method of claim 63, wherein

Inhalation detection switch for detecting whether the inhalation by the user; And

And a controller configured to drive the wavelength generation member when the suction of the user is detected by the suction detection switch.
In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

And a sound generating member capable of generating sound.
The method of claim 66, wherein

And a wavelength generating member for generating a wavelength capable of causing a sense of stability to a user.
In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

And a memory member capable of storing information.
The method of claim 68, wherein

And a wavelength generating member for generating a wavelength capable of causing a sense of stability to a user.
In the liquid vaporization suction device capable of vaporizing the liquid contained therein for the user to inhale into the gas for inhalation,

Liquid vaporization suction device comprising a; image pickup member capable of taking an image.
The method of claim 70,

And a wavelength generating member generating a wavelength capable of causing a sense of stability to a user.