KR20160082567A - Container of Nicotine Solution for Electric Cigarette and Electric Cigarette with the Same - Google Patents

Abstract

The present invention relates to a container for accommodating a nicotine solution for electronic cigarettes and an electronic cigarette having such a receptacle container. More specifically, as air is directly supplied to the container, a vaporizable solution of a predetermined amount of nicotine can be supplied to the heater To an accommodating container for a nicotine solution for an electronic cigarette and an electronic cigarette having the container. The receptacle for the nicotine solution for electronic cigarettes, to which the heater can be fixed at one end, comprises a vaporizing chamber (131) in which a heater is accommodated; A storage room (132) separate from the vaporization space; A vaporization induction pipe 134 extending from the vaporization chamber to the outside of the storage room; A supply passage 21 for supplying the nicotine solution in the storage room 132 to the vaporization chamber 131; And at least a part of the sidewall of the vaporizing chamber 131 is integrated with the side wall of the storage room and the supply passage 21 is integrally formed with the vaporizing chamber 131. [ As shown in FIG.

Description

Technical Field [0001] The present invention relates to a container for accommodating a nicotine solution for an electronic cigarette, and an electronic cigarette having the container.

The present invention relates to a container for accommodating a nicotine solution for electronic cigarettes and an electronic cigarette having such a receptacle container. More specifically, as air is directly supplied to the container, a vaporizable solution of a predetermined amount of nicotine can be supplied to the heater To an accommodating container for a nicotine solution for an electronic cigarette and an electronic cigarette having the container.

Electronic cigarettes are known in the art and have a structure similar to that shown in Fig. 5, the electronic cigarette 5 includes a battery assembly 51, a housing 521, an air induction path 522 for guiding air introduced from the outside, A heater 523 heated by the power supplied from the battery 511 and a vaporizer 524 and a vaporizer 524 for vaporizing the nicotine solution supplied from the supply container 526 using the heat transferred from the heater 523, A heating body 523 operated by operation of a device such as a switch, and a suction passage 541 for introducing nicotine smoke into the mouth, and a ventilation duct 523 for introducing nicotine smoke into the mouth, And a suction assembly 54 consisting of an outlet 542 connected to the suction passage 541. In the known electronic cigarette having the above structure, the outside air flows into the inside of the vaporization assembly 52 at a point indicated by an arrow A in FIG. The vaporized air is led to the smoke induction furnace 525 through the point indicated by the arrow B together with the nicotine solution vaporized in the vaporizer 524 and supplied to the suction assembly 54 indicated by the arrow C. And the nicotine smoke may be introduced into the mouth through the suction assembly 54. Further, the known electronic cigarette 5 may include a light emitting body 53 capable of indicating whether or not to smoke.

The nicotine solution from the bundle of fibers contained in the cartridge or supply container 526 for supplying the nicotine solution in the known electronic cigarette can be supplied to the vaporizer 524 constantly while the incompletely vaporized nicotine solution in the vaporization process So that it can be absorbed back into the supply container 526. However, disposing the fiber aggregate containing the nicotine solution inside the supply container 526 has a problem of reducing the capacity of the supply container 526 to be accommodated. On the other hand, when the fibrous aggregate containing the nicotine solution is contacted with the vaporizer 524 and the nicotine solution is supplied, the nicotine solution may leak when the smoking is not performed.

Disclosure of Invention Technical Problem [6] The present invention has been made to solve the above-described problems of known electronic cigarettes and has the following purpose.

It is an object of the present invention to provide a receptacle for a nicotine solution for electronic cigarettes which is simple in structure by allowing outside air for the heater to be vaporized to be supplied directly to the receptacle without passing through the intermediate passageway.

It is another object of the present invention to provide an electronic cigarette having a storage container in which a nicotine solution is stored and a storage container in which a vaporization space in which a nicotine solution is vaporized is integrally formed and a nicotine solution is supplied through a separately formed supply passage.

According to a preferred embodiment of the present invention, a container for accommodating a nicotine solution for an electronic cigarette, to which a heater can be fixed at one end, comprises: a vaporization chamber in which a heater is housed; A storage room separate from the vaporizing space; A vaporization induction pipe extending from the vaporization chamber to the outside of the storage room; A supply passage for supplying the nicotine solution of the storage room to the vaporization chamber; And an inlet hole communicating with the supply passage and the vaporizing chamber, wherein at least a part of the vaporizing chamber side wall is integral with the storage chamber side wall and the supply passage is formed in the integral part.

According to another preferred embodiment of the present invention, the vaporization chamber has an air inflow passage for introducing outside air.

According to another preferred embodiment of the present invention, the air inlet passage is inclined with respect to the vaporization chamber side wall.

According to another preferred embodiment of the present invention, the electronic cigarette comprises a battery assembly; Heater assembly; A container having a heater coupled to one end thereof and a storage room formed therein; A vaporization induction pipe extending from the storage room to the outside of the accommodation container; A suction assembly connected to the vaporization induction tube; And a supply passage for supplying the nicotine solution from the storage container to the storage room, wherein the supply passage is formed in a common sidewall formed by the storage container and the storage room and has a suction hole .

According to another preferred embodiment of the present invention, an air passage hole is formed in the heater assembly.

The receptacle according to the present invention has an advantage that the structure of the electronic cigarette is simplified and leakage of the nicotine solution can be prevented. Further, the receptacle according to the present invention has an advantage that it can be applied to various types of electronic cigarettes and enables the mass production of the receptacle.

1 shows an embodiment of an electronic cigarette to which a receptacle according to the present invention is applied.
Figure 2a shows a cross-sectional view of an embodiment of a containment vessel according to the present invention.
FIG. 2B shows an embodiment of a structure in which the inflow of external air is controlled and an embodiment in which the fiber aggregate is fixed to the heater.
Fig. 3 shows another embodiment of an electronic cigarette to which a receptacle according to the present invention is applied.
FIG. 4 illustrates an embodiment of a structure in which a nicotine solution is supplied to a container according to the present invention.
Fig. 5 schematically shows the structure of a known electronic cigarette.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the embodiments shown in the accompanying drawings, but the present invention is not limited thereto.

1 shows an embodiment of an electronic cigarette to which a receptacle according to the present invention is applied.

The accommodating container for the nicotine solution for electronic cigarette according to the present invention includes a vaporizing room 131 in which a heater is accommodated, a storage room 132 separated from the vaporizing space, a storage room 132 extending from the vaporizing room 131 to the outside of the storage room 132 A supply passage 21 for supplying the nicotine solution of the storage room 132 to the vaporization chamber 131 and an inlet hole In for communicating the supply passage 21 and the vaporization chamber 131 At least a part of the sidewall of the vaporization chamber 131 is integral with the sidewall of the storage chamber 132, and the supply passage 21 is formed in the integral part.

This will be described in detail below.

1, an electronic cigarette 10 to which a receiving container according to the present invention can be applied includes a first housing C1 for supplying electric power, a battery B, an electronic board 113 provided on the front side, a battery B A battery assembly 11 having a light emitting means 112, a cover 111 and a connecting portion 114, A heater assembly 12 composed of a fastening portion 121 coupled to the connecting portion 114, a separator plate 123 and heater fixing means 124 fixed to the separator plate 123; A vaporizing chamber 131 which is connected to the heater fixing means 124 and fixes the fiber aggregate F together with the heater fixing means 124 and forms an inlet hole In for supplying the nicotine solution, And a vaporization induction pipe 134 extending from the vaporization chamber 131 to the outside of the storage chamber 132; And a suction assembly 14 consisting of a mouthpiece 142 and a retention space 141 coupled to the other end of the vaporization chamber 131.

The battery assembly 11 may include an electronic board 113 for controlling whether or not the light emitting means 112 emits light or the operation of the heater H or to calculate the number of times of suction as required. The electronic cigarette 10 can be operated by an externally installed switch or by air inflow by suction. The switch S may be installed if necessary by operating the air inflow.

The battery assembly 11 and the vaporization assembly 12 can be coupled in a variety of ways and can be coupled to the threaded portions 115 and 122 formed in the coupling portion 114 and the fastening portion 121, But they are not limited thereto.

The separation plate 123 provided on the heater assembly 12 has a function of physically separating the battery assembly 11 and the vaporization chamber 131 while supporting the heater fixing means 124. Such physical separation prevents leakage of the vaporized nicotine solution downward, prevents leakage of the nicotine solution remaining in the fiber aggregate (F), and vaporizes the air introduced into the battery assembly (11) into a controlled form So that it can be introduced into the room 131. According to the present invention, the outside air can be introduced into the vaporizing chamber 131 through a gap (not shown) formed in the battery assembly 11 or into the vaporizing chamber 131 through the air inlet passage 133 .

The heater fixing means 124 is for fixing the heater H to the inside of the vaporization chamber 131 and may include an electrode connection terminal for supplying electric power to the heater H, have. The heater (H) may be any means known in the art, such as a nichrome wire, a plate heater or a carbon heater, and the present invention is not limited by the type of the heater (H).

The vaporization chamber 131 becomes a space in which the nicotine solution is vaporized by the heater H. The supply of the nicotine solution to the heater H can be performed by the fiber aggregate F, for example, as shown in Fig. 1 (B). The nicotine solution delivered to the fibrous aggregate (F) can be stored in the storage room (132) and delivered to the heater (H) or the fibrous aggregate (F) in the manner described below.

The vaporized nicotine solution in the vaporization chamber 131 may be directed to the suction assembly 14 through the vaporization induction tube 134. The vaporization induction pipe 134 may extend from the vaporization chamber 131 to the outside of the storage room 132. One end of the vaporization induction pipe 134 may form a protruding portion 135 protruding into the vaporization chamber 131 and the other end may extend outside the storage chamber 132 by a predetermined length. The protruding portion 135 prevents the solution of the non-vaporized liquid nicotine solution, which may remain in the vaporization chamber 131, from flowing into the interior of the vaporization induction tube 134.

The heater assembly 12 and the accommodation container 13 may be received in the interior of the second housing C2 and the suction assembly 14 may be connected to the other end of the second housing C2. Specifically, the battery assembly 11 may be connected to one end of the second housing C2 and the suction assembly 14 may be connected to the other end of the second housing C2. The peripheral wall of the second housing C2 forms the side wall of the storage room 132 while simultaneously forming the side wall of the vaporization room 131. [ The peripheral wall, sidewall or outer wall in this specification refers to a surface surrounding the outside of a certain space and is used in the same or similar meaning. A part of the side wall of the storage room 132 becomes the side wall of the vaporization chamber 131 while the peripheral wall of the second housing C2 forms the side wall of the vaporization room 131 and the storage room 132. Therefore, the vaporizing chamber 131 and the storage chamber 132 may be separately formed, but not combined after the vaporizing chamber 131 and the storing chamber 132 are separately formed.

The inflow of the outside air to the vaporizing chamber 131 can be made from the lower side of the separating plate 123 or through the air inflow passage 133. [ The structure for introducing air into the lower part of the separator plate 123 is disclosed in, for example, Patent Publication No. 2009-0005139. The introduction of air into the interior of the vaporization chamber 131 according to the present invention can be performed in the same or similar manner as the method disclosed in the above prior art.

According to the present invention, the outside air can be introduced into the inside of the vaporization chamber 131 through the air inflow passage 133. The air inlet passage 133 may be formed to pass through the outer wall of the vaporization chamber 131 formed integrally with the storage chamber 132. The outside air is for introducing the vaporized nicotine solution into the vaporization induction pipe 134. If the electronic cigarette is operated in a switch manner, the outside air can be supplied only to the vaporizing chamber 131. [ However, in the case of an electronic cigarette that is not installed with a switch but is operated by air inflow, air needs to be introduced into the vaporization chamber 131 from the battery assembly 11. Therefore, in addition to the air inlet passage 133, a separate air passage needs to be formed in the battery assembly 11. [ On the other hand, if the air is supplied to the heater assembly 12 from the battery assembly 11 or other path excluding the air inflow passage 131, the air inflow passage 131 is not necessarily formed. As described above, according to the present invention, an air inflow path excluding the air inflow path 131 may be formed, or an air inflow path 131 may not be formed.

The air inflow passage 131 will be described below again.

The storage container 13 may include a vaporization chamber 131 and a storage chamber 132 and the heater assembly 12 may be housed inside the vaporization chamber 131. The nicotine solution stored in the storage room 132 may be supplied to the inside of the vaporization chamber 131 through the supply passage formed on the common outer wall of the vaporization chamber 131 and the storage room 132. Inside the vaporization chamber 131, the nicotine solution may be supplied to the heater through a delivery means such as, for example, a fibrous aggregate (F).

The suction assembly 14 may consist of a retention space 141 and a mouthpiece 142. A part of the vaporization induction pipe 134 is accommodated in the retention space 141 and the vaporized nicotine solution can be transferred to the retention space 141. [ The retention space 141 can be coupled to the containment vessel 13 and the mouthpiece 142 can have a suitable structure for inhalation. The suction assembly 14 may be of any shape known in the art and the invention is not limited by the structure of the suction assembly 14.

Figure 2a shows a cross-sectional view of an embodiment of a containment vessel according to the present invention.

Referring to FIG. 2A, a heater assembly including a separation plate 123 and a heater fixing device 124 is coupled to one end of a container. The heater fixing device 124 may be accommodated inside the vaporization chamber 131 while being fixed to the separation plate 123, and a heater (see FIG. 1) may be installed at the end. The vaporization chamber 131 may accommodate the heater and form a separate space from the storage room 132. The supply passages 21 and 21a may be formed in a portion of the circumferential surface of the second housing C2 where the vaporizing chamber 131 and the storage chamber 132 form a common sidewall. As shown in (c) of Fig. 2A, the supply passages 21 and 21a can be made by a method of forming a flow passage having a circular cross-section on the common side wall. Specifically, referring to FIG. 2A, the walls of the second housing C2 can be made to have different thicknesses in the vertical direction. A portion of the upper surface 131a of the vaporization chamber 131 or the lower surface of the storage chamber 132 forming the side wall of the vaporization chamber 131 is formed as a thick side wall 22a, And may be the circumferential surface of the second housing C2. The thick side wall 22a may be formed on the entire side wall of the vaporizing chamber 131 or may be formed on a part thereof. The supply passage 21 may be formed in the side wall of the vaporization chamber 131 along the thick side wall 22a. Alternatively, a protruding extension portion 22 extending in the longitudinal direction of the vaporization chamber 131 may be formed on the side wall of the vaporization chamber 131, as shown in the right part of (c) of Fig. The supply passage 21a may be formed along the protruding extension portion 22.

The supply passages 21 and 21a are for conveying the nicotine solution in the storage room 132 to the vaporization chamber 131 and may have a circular cross section or a polygonal cross section. The nicotine solution transferred through the supply passages 21 and 21a can be supplied to the heater H through the inlet hole In. The inlet hole In may be a shape of a through hole connecting the supply passages 21 and 21a and the vaporization chamber 131. [ Both ends of the fiber aggregate F may extend to the supply passages 21 and 21a through the inlet holes In if the fiber aggregate F serves as a means for delivering the nicotine solution.

The air inlet passage 133 for introducing outside air into the vaporizing chamber 131 may be formed at an upper portion of the inlet hole In with respect to the vertical direction of the vaporizing chamber 131, but is not particularly limited. 2A, the electronic cigarette may be composed of a battery assembly 11, a heater assembly 12, a storage container 13 and a suction assembly 14, and the heater may include a heater assembly 12, And the air inlet passage 133 is located at the upper portion (corresponding to the lower portion in the drawing) from the boundary portion.

The introduction of the outside air into the inside of the vaporizing chamber 131 is for allowing the solution of nicotine vaporized in the inside of the vaporizing chamber 131 to be introduced into the mouth of the person via the suction assembly 14 together with the outside air . The air inflow passage 133 may be inclined with respect to the side walls C22 and C21 of the vaporization chamber 131, as shown in FIG. 2B (B). The structure shown in FIG. 2B corresponds to a structure in which the side wall of the vaporization chamber 131 is thicker than the side wall of the storage chamber 132. Specifically, the outer side wall C21 corresponds to the circumferential surface of the second housing C2 or the side wall of the storage room 132, and the inner side wall C22 corresponds to the side wall of the vaporization chamber 131 only. The inner side wall corresponds to the portion where the supply passages 21 and 21a described above are formed. The air inlet passage 133 may be formed to connect the inside and the outside of the vaporization chamber 131 through the two side walls C21 and C22. Or only one sidewall C22 may be formed if the air inlet passage 133 is formed at a portion where only one sidewall C22 is formed. The filter FT can be inserted into the air inlet passage 133 as required. The filter FT may be installed to prevent contaminants from entering the outside air or to prevent noise from being introduced into the inhalation process. The filter (FT) can be made in a replaceable form.

2A, the suction assembly 14 includes an outer casing 141a having a protruding portion that can be fitted to one end of the storage room 132, an outer casing 141b having one end of the vaporization induction pipe 134 An insert hole 144 that can be inserted and a clearance space 145 and a suction outlet 142a for preventing the vaporized nicotine solution from being sucked into the mouth at the same time. If the electronic cigarette is in a form that allows the nicotine solution to be recharged in the storage room 132, the suction assembly 14 may have a closure function for charging the storage room 132.

FIG. 2B shows an embodiment for adjusting the amount of air introduced into the vaporization chamber according to the present invention, an embodiment for introducing air into the vaporization chamber from the battery assembly, and an embodiment in which the fiber assembly F is fixed .

Referring to (A) of FIG. 2B, the air inlet passage 133a may have an inlet extending in a predetermined length along the peripheral surface. The size of the inlet can be controlled by adjusting means 24 having an adjusting inlet 133b. The adjusting means 24 can be formed in the form of, for example, enclosing the second housing C2, and the air in the air inflow passage 133a can be moved in accordance with the degree of coincidence of the air inflow passage 133a and the regulating inlet 133b The incoming width can be adjusted.

Referring to (B) of FIG. 2B, an air communication hole 25 may be formed in the separation plate 123. The air communication hole 25 may be formed so as to penetrate the separating plate 123 from the lower side to the upper side and the upper portion may be formed to be protruded by a certain distance from the surface of the separating plate 123. This protruded form prevents the nicotine solution remaining on the fiber aggregate F located on the heater H from remaining on the bottom surface of the separator plate 123 and leaking through the air communication hole 25 . The diameter of the air communication hole 25 may be, but is not limited to, for example, 0.1 mm to 0.5 mm. The position or the number of the air communication holes 25 is not particularly limited and is preferably formed to be spaced apart from the wall surface of the heater fixing means 124 by a certain distance. This is to prevent leakage of the nicotine solution which may flow through the bottom surface.

2B, the fibrous assembly F includes a receiving groove 26 formed in the upper surface of the heater fixing means 124 and a fixing groove 26a formed in the fixed side wall 131c of the storage room 132 ). The fixed side wall 131c can be the inner wall of the portion where the supply passages 21 and 21a are formed and the receiving groove 26 and the fixing groove 26a are engaged with each other to form a circular shape as a whole, May be fixed to the circular portion.

The illustrated embodiment is illustrative and the fibrous assembly F may be secured to the heater H in a variety of ways.

Figure 3 shows another embodiment of an electronic cigarette according to the present invention.

Referring to FIG. 3, the electronic cigarette may have a shape having an overall rectangular cross-section. If necessary, it may have a shape that is not straight, but is bent at the middle part. The outer casing 31 has a rectangular columnar shape and may have a remaining nicotine solution display portion 32, a battery use indication portion 35, a power connection portion 36, and a connection mouthpiece 33. The remaining nicotine solution indicating portion 32 is for visually observing the nicotine solution remaining in the storage room and the battery use indicating portion 35 is for checking the capacity of the currently available battery. The connecting mouthpiece 33 is for connection of an extended mouthpiece 37 as shown in the middle part of FIG. The extension mouthpiece 37 has a connection socket 33a which can be inserted into the connection mouthpiece 33, an extension tube 371 which extends a certain length from the connection socket 33a, And may be formed with a fixed rim 373 which can be fixed in the mouth in front of the inflow mouthpiece 372 if necessary. The vaporized nicotine solution may enter the connecting mouthpiece 33 and be delivered to the inflow mouthpiece 372 via the extension tube 371. The extended mouthpiece 37 is for smoking, for example, while working. In case of smoking normally, smoking can be made through the connecting mouthpiece 33.

The string hook G may be attached to the side surface of the outer casing 31 to enhance the portability of the electronic cigarette. For example, a collar (SP) for hooking an electronic cigarette to the neck can be connected to the collar G. [

The embodiment shown in FIG. 3 (a) is an example for improving the portability or use of the electronic cigarette, and the present invention is not limited to the proposed method.

If the electronic cigarette has a rectangular column as a whole, the supply passage 312 may be formed in the side wall 311 of the vaporization chamber 131a, as shown in (B) of FIG. The feed passage 312 can be made by a method of forming thick sidewalls or forming protruding extensions as already described above. Further, the air inlet passage 133a may be formed in the vaporizing chamber 131a.

The electronic cigarette may have a rectangular cross section or a circular cross section and the nicotine solution may be supplied into the vaporization chamber through the supply passages 21 and 21a. An embodiment in which the nicotine solution is supplied from the supply passages 21, 21a to the heater H will be described below.

FIG. 4 illustrates an embodiment of a structure in which a nicotine solution is supplied to a container according to the present invention.

The embodiment shown in Fig. 4 will be described with reference to a receptacle having a circular cross section, but the quadrangle or the proposed structure can be applied through a suitable design modification to the receptacle having a different cross section.

4A, the heater assembly comprises a two-stage separator plate 123 and a heater fixing means 124 connected to the separator plate 123, and the heater fixing means has a predetermined thickness t It can be hollow cylindrical shape. The heater H is fixed above the hollow cylindrical shape and a groove-shaped inlet hole In can be formed on the upper surface of the constant thickness t. Both ends of the fiber aggregate F fixed through the inside of the heater H may be positioned in the inflow hole H. [

4A, a circular passage 41 may be formed at the end of the supply passage 21, 21a formed in the side wall C2 of the vaporization chamber, and the lower portion of the circular passage 41 may be provided with a heater A bottom portion 42 that contacts the fixing portion 124 and extends over the separating plate 123 can be formed. The circular passage 41 may have a tubular shape having a ceiling portion and a bottom surface, and both sides thereof may extend around the inside of the opened vaporization chamber. Two points on the open outer side are connected to the supply passages 21 and 21a, respectively, and two points on the opened inner side are connected to the inlet hole In. And the other open portion comes into contact with the outer circumferential surface of the heater fixing portion 124 and becomes clogged. In this structure, the nicotine solution introduced through the supply passages 21 and 21a is stored in the circular passage 42 and the circular passage 42 is connected to the inlet hole In at a certain point. The nicotine solution stored in the circular passage 42 can be supplied to the heater H through the fiber aggregate F located in the inlet hole In.

The proposed structure has the advantage that it is possible to simplify the assembly of the separately manufactured heater assembly while integrally forming the vaporization chamber and the storage room. Concretely, if the circular passage 41 is not formed, the supply passages 21 and 21a and the inlet hole In should be assembled to coincide with each other. However, as shown in Fig. 4, if the circular passage 41 is formed, the heater assembly can be assembled in the vaporizing room at any position.

The illustrated embodiment is illustrative and may have a circular passage or other types of passages of various structures, and the present invention is not limited by how the passage is formed or whether it is formed.

The receptacle according to the present invention has an advantage that the structure of the electronic cigarette is simplified and leakage of the nicotine solution can be prevented. Further, the receptacle according to the present invention has an advantage that it can be applied to various types of electronic cigarettes and enables the mass production of the receptacle.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, . The invention is not limited by these variations and modifications, but is only limited by the scope of the appended claims.

10: electronic cigarette 11: battery assembly
112: light emitting means 111: cover
113: electronic board 114: connecting portion
115: screw portion 12: heater assembly
121: fastening part 122: screw part
123: separating plate 124: heater fixing means
13: receptacle 131, 131a: vaporizing room
131c: fixed side wall 132: storage room
133, 133a: air inlet passage 133b: regulating inlet
134: vaporization induction pipe 135: protruding portion
14: Suction assembly 141: Retention space
141a: outer casing 142: mouthpiece
142a: suction inlet 144: insertion hole
145: Free space
21, 21a: Supply passage 22a: Thick side wall
22: protruding extension part 24: adjusting means
25: air communication hole 26: receiving groove
26a: Fixing groove
31: outer casing 311: side wall
312: feed passage 32: nicotine solution indicating portion
33: connection mouthpiece 33a: connection socket
35: Battery indicator
36: Power connection section 37: Extended mouthpiece
371: extension tube 372: inflow mouthpiece
373: Fixed border
41: circular passage 42: bottom portion
5: Electronic cigarette 51: Battery assembly
511: Battery 52: Vaporization assembly
521: housing 522: air induction furnace
523: heater 526: supply container
524: vaporizer 525: smoke induction furnace
523: Heating element 53:
541: Suction passage 542:
54: Suction assembly
C1: first housing C2: second housing
FT: Filter B: Battery
In: inlet hole F: fiber aggregate
H: Heater C21, C22: Side wall
G: string hook SP: string hook

Claims (6)

A container for a nicotine solution for electronic cigarettes, wherein a heater can be fixed at one end,
A vaporization chamber 131 in which a heater is accommodated;
A storage room (132) separate from the vaporization space;
A vaporization induction pipe 134 extending from the vaporization chamber to the outside of the storage room;
A supply passage 21 for supplying the nicotine solution in the storage room 132 to the vaporization chamber 131; And
And an inlet hole (In) communicating the supply passage (21) and the vaporization chamber (131)
Characterized in that at least a part of the sidewall of the vaporization chamber (131) is integrated with the side wall of the storage room and the supply passage (21) is formed in an integral part. The receptacle for nicotine solution for electronic cigarette according to claim 1, wherein the vaporizing chamber (131) has an air inflow passage for introducing outside air. The container for nicotine solution for electronic cigarette according to claim 2, wherein the air inlet passage is inclined with respect to the side wall of the vaporizing chamber (131) A battery assembly (11);
A heater assembly (12);
A storage container (13) having a heater (H) coupled to one end thereof and a storage room (132) formed therein;
A vaporization induction pipe 134 extending from the storage room 132 to the outside of the accommodation container 13;
A suction assembly (14) connected to the vaporization induction pipe (134); And
And a supply passage for supplying the nicotine solution from the storage container (13) to the storage room (132)
Wherein the supply passage is formed in a common sidewall formed by the storage container (13) and the storage room (132), and a suction hole (In) connected to the storage room (132) is formed at one end of the supply passage tobacco. The electronic cigarette according to claim 4, wherein an air inflow passage for introducing outside air into the inside of the storage room (132) is formed. 5. The electronic cigarette according to claim 4, wherein an air passage hole is formed in the heater assembly (12).

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