KR101489911B1 - One touch liquid refill switch for electronic cigarette atomizer - Google Patents

Abstract

The present invention relates to a solution filling method of an electronic cigarette vaporizer, and more particularly, to a one-touch solution inlet opening / closing apparatus switch for filling a solution more easily. When the solution is filled in the existing carburetor, the solution between the cap and the solution reservoir connection is uncomfortable to the solution or the solution in the hand, and when the condensate is used for a certain period of time, the condensed solution is taken out of the condensate and sucked into the mouth, The present invention provides an electronic cigarette vaporizer which improves the inconvenience such as that a solution is put on a bag or the like.
For this purpose, a latching membrane is provided in the upper opening of the capping solution, and a latching switch in the form of a rod having a latching protrusion is depressed, so that the latching protrusion can be caught by the latching membrane. The elasticity of the spring connected to the contact pushes the locking protrusion held on the locking film so that the locking protrusion is fixed on the locking film and an opening is formed between the locking film clogged with the silicon cover and the locking switch. At this time, when the solution is poured into the solution inlet, the solution is injected into the solution reservoir through the openings formed.
When the solution is injected, the latching spring on the latching membrane is loosened and released, and the latching switch is raised again by the resilience of the spring, and the elasticity of the spring and the compression force of the silicone lid coupled to the lower end of the latching switch are closed, Thereby preventing leakage of the solution in the chamber.
The condensed solution is accumulated in the solution reservoir at the top of the silicon lid. When the latch switch is pressed, the spring is compressed and the silicon lid which has closed the opening is lowered to open the opening, and the concentrated solution is stored by the force of gravity I will go back into the wealth.
In this way, the solution can be easily and easily charged, and the dewatered solution can be pushed back into the solution reservoir to prevent condensation from entering the mouth, solution coming into contact with the hand or contamination of the solution with the solution .

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a one-touch liquid refill switch for electronic cigarette vaporizer,

More particularly, the present invention relates to a method of filling a solution in an electronic cigarette vaporizer, more specifically, by opening and closing a solution injection port with one-touch operation and injecting a solution more easily and easily. The vaporized vapor is cooled, To an electronic cigarette vaporizer to which a solution inlet opening / closing device is applied

Electronic cigarette is a product that absorbs the water vapor generated by heating the solution with the power of the battery unlike ordinary cigarette which is burned by the fire, minimizes various harmful substances such as tar and carbon monoxide, and is a substitute for tobacco similar to the feeling of smoking

This electronic cigarette consists of a battery supplying power and a vaporizer vaporizing the solution. In this vaporizer, a heating element is installed and a heating element heated by the battery power source vaporizes the solution contained in the vaporizer to generate steam.

Such an electronic cigarette must be refilled with the solution in the vaporizer if the solution contained in the vaporizer is vaporized and exhausted.

There are many kinds of electronic cigarette vaporizers on the market, but there are various ways to recharge the solution. The most common method is to open the plug by screw and inject the solution.

In this type of solution injection method, when the solution is charged again, the solution is caught in the screw thread of the cap. When the cap is opened and closed, the solution may be formed in the joint part and the solution may adhere to the hand. When the cap is closed again, There is an inconvenience that it must be wiped at the connection portion of the solution reservoir.

Also, to prevent water leakage, the screw thread of the cap is tightened to the carburetor body, but the tightened cap is not easy to release and can cause inconvenience.

In order to solve this inconvenience, it is necessary to adopt a method which can inject easily without applying the solution to the hand.

In addition, vaporized water vapor is sucked in as if it is a cigarette smoke, and a part of the water vapor is condensed, causing a condensation phenomenon that is liquidified again on the inner wall of the waterbody.

There is the inconvenience that the dew condensation solution gets into the mouth when it is inhaled or leaks out of the water to get on your hands and clothes.

In order to solve this inconvenience, it is necessary to provide a method which can easily insert the solution condensed in the water into the solution reservoir in the vaporizer again.

In order to achieve the above object, the present invention is implemented by the following embodiments.

 The present invention relates to a one-touch solution inlet opening / closing switch for an electronic cigarette vaporizer for more easily injecting a solution. According to an embodiment of the present invention, there is provided an electronic cigarette vaporizer, comprising: a body for sucking water vapor and sucking water vapor; an upper stopper, A silicone cover which is coupled between the upper end of the evaporator and the upper end of the evaporator and prevents the leakage of the solution from the upper end cap and the vaporizing part; a latching switch having a latching protrusion to be caught by the latch of the upper stopper when pressed by elasticity of the spring; A housing coupled to the upper end cap and the lower end battery contact to form a solution reservoir capable of storing the solution, and a housing coupled to the vaporizer and coupled to the vaporizer support and support rods to allow the vaporizer to move up and down, Connect the vaporizer to fix the main part and push the vaporizer part in the direction of the upper stopper. And comprising a battery coupled with the lower end spring, press the locking switch down subject is characterized in that it opens the opening between the plug and the solution reservoir filled with the solution and prevent the re-opening of the spring of the elastic compression force and silicon.

When the solution is injected into the vaporizer, it is separated from the upper stopper, then the stop switch is pressed, and the stopper of the stopper is slightly hooked to the stopper of the stopper switch. A space that can be opened is opened. If the solution is poured into the gap by pouring the solution through the coupling part of the jamming switch, the solution is injected into the gap. When the solution injection is completed, the stiffness switch is positioned at the center again, And the silicon cover to the top of the cap with the compressive force to block the solution inlet.

The solution gouge caused by the condensation phenomenon becomes high between the dental mouthpiece and the dental switch on the inside of the upper stopper. In this case, when the diving switch is pressed, the solution injecting opening is opened and the stored solution flows back into the solution reservoir.

According to the present invention, the solution inlet can be opened and closed more easily and quickly, so that the solution can be easily and conveniently put into the vaporizer without applying the solution to the hand. In addition, it is possible to inject the solution which is accumulated between the plug and the dew that is formed by the condensation phenomenon into the solution storing part of the vaporizer easily, thereby minimizing the solution waste and preventing the drowning solution from entering the mouth or the hands or clothes.

FIG. 1 is a partially assembled cross-sectional view of an embodiment of the present invention.
FIG. 2 is a cross-sectional view of components according to an embodiment of the present invention.
FIG. 3 is a perspective view of a partially cut-away view of component parts according to an embodiment of the present invention.
FIG. 4 is a cross-sectional view of another embodiment of the latching switch in the present invention.
FIG. 5 is a partially cut-away perspective view of another embodiment of the latching switch in the present invention.

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.

Hereinafter, an electronic cigarette according to the present invention will be described in detail with reference to the accompanying drawings. It is to be noted that like elements in the drawings are denoted by the same reference numerals.

FIG. 2 is a cross-sectional view of a component according to an embodiment of the present invention, and FIG. 3 is a perspective view illustrating a part of a component according to an embodiment of the present invention. Referring to FIG. 4 is a cross-sectional view of another example of the latching switch among constituent parts in the present invention. 5 is a partially cut-away perspective view of another example of a latching switch among constituent parts of the present invention.

1 to 2 to 3, an electronic cigarette vaporizer according to an embodiment of the present invention includes an upper stopper coupling portion 11, which is coupled to an upper stopper 20 and is connected to a waterbody 10 )Wow,

 And an upper opening stopper slope 24 is formed on the inner side of the latching membrane 23 and an opening is formed on the side of the latching membrane 23 below the latching membrane 23 and the housing and the stopper An upper stopper 20 including a housing upper engagement portion 22 to be fixed,

 A protrusion 42 which is formed so as to allow the protrusion to be inserted and caught inside the stopper film 23 when the protrusion is pushed in the middle of the bar shape and is caught by the stopper film 23 without being caught by the stopper film 23, A lower end 44 of the latch switch for blocking the opening formed in the latching film 23 of the upper stopper by elasticity of a spring which covers the silicon cover 30 and pushes the silicone cover 30 from the lower end, And a water vapor discharge passage for discharging steam generated in the vaporizer,

The upper end of the vaporization section 55 is covered so that the lower end of the trapping switch 44 is not separated from the upper end 55 of the vaporization section and the solution is supplied to the solution absorption wick 54 in a constant manner When the latching protrusion 42 is not caught by the gasket latching film 23, the opening formed in the latching membrane 23 is compressed by the pressure of the lower spring to seal the leakage of the leaked water, and the latching switch 40 is pressed A silicon cover 30 including a cover slope 31 so that the solution accumulated on the upper end of the silicon can easily enter into the solution storage portion 60a,

 The liquid absorbing core 54 and the solution absorbing core 54 which receive the solution from the solution storing portion 60a and transfer the solution to the heating line 53 are fixed to the heating wire 53 which is supplied with power from the battery and to vaporize the solution, The upper end 55 of the vaporizer which supports the switch lower end 44 and the upper end 55 of the vaporizer connected with the latch switch 40 are moved up and down, the contact point of the battery lower end connection part 70 is maintained, Is connected to the vaporizer spring 52 and the vaporizer support bar 72 and is fixed to the vaporizer connection spring 73 to generate a contact point between the vaporizer spring 52 and the other battery electrode to supply power to the heating wire, (50) including a vaporizing section contact (51) having an inner space for allowing the vaporizing section support rod to be drawn in to prevent the vaporizing section support rod (55) from moving up and down,

An outer housing 60 connected to the housing upper engaging portion 22 of the upper stopper 20 and the lower housing engaging portion 71 of the lower battery connecting portion 70 to form a solution storing portion 60a,

A housing bottom engaging portion 71 which is coupled with the outer housing to form a solution storing portion 60a and an air passage is provided inside and is inserted into the inner hole of the vaporizing portion contact 51 to prevent the escape, A vaporizing portion support bar 72 having a height enough to secure a space of an inner hole of the vaporizing portion contact 51 so that the vaporizing portion upper end 55 can be pushed down when the vaporizing portion supporting rod 72 is pressed, The silicon cover 30 connected to the secondary contact 51 and holding the vaporizing section 50 not to be separated from the vaporizing section support rod 72 and covering the vaporizing section upper end 55 is pushed in the opening direction of the upper stopper 20 The solution in the main-solution storage portion 60a is sealed to the outside and the one electrode received from the battery connection terminal 74 is applied to the vaporization portion contact where one electrode of the heating wire is connected, The locking protrusion 42 caught by the locking film 23 is pressed against the elasticity of the spring And the other end of the heating coil 53 is connected to the other end of the heating coil 53. When the power is supplied to the positive electrode of the battery, The other end of the heating wire 53 connected to the vaporizing portion contact 51 via the vaporizing portion support rod 72 and the vaporizing portion connecting spring 73 is connected to the other end of the heating wire 53 connected to the other end And a lower battery connection portion 70 including a battery connection terminal 74 for applying power to an end surface.

When the solution is injected into the electronic cigarette vaporizer according to the present invention, after the water body 10 is removed, the stopper 42 of the stop switch 40 is hooked on the stopper film 23 by pressing the stopper 41 of the stop switch 40 I will. The latching protrusion 42 is caught and fixed to the latching film 23 by the urging force of the vaporizing portion connecting spring 73. [ At this time, as the lower end 44 of the latching switch is lowered, the upper end of the vaporizing part also compresses the vaporizing part spring 52, and the lower part of the vaporizing part spring 52 is compressed The opening was opened.

When the solution to be filled in the joint part 21 is flowed, the solution is stored in the solution storage part 60a through the opening along the inclined surface 24 of the upper stopper. When the solution storage is completed, the latch switch 40 is returned to the original position, and the latching protrusion 42 engaged with the latching membrane 23 is released. At this time, the vaporizing portion connecting spring 73 pushes the lower end of the latching switch 44 and pushes the joined silicon lid 30 to the opening side at the lower end of the latching lid 44, and the silicon lid 30, Thereby blocking the opening.

In this way, it is possible to open and close the opening of the solution injection port easily and easily with one-touch operation, and there is no solution formation at the joint portion caused by re-coupling of the lid in the housing.

After the solution is filled, the pressing portion 41 protruding outwardly is pressed by mistake so that the solution 10 is prevented from leaking. At this time, when the upper part of the body 10 is joined to the upper part of the body 10, the height of the body 10 is higher than the height of the part 41 to prevent the pressing part from being accidentally pressed.

The vaporizer in which the solution is charged is supplied with power by operating the battery, vaporized water vapor is produced by heating the solution which is wetted by the solution absorption wick which is supplied with the solution from the solution storage portion 60a with the temperature of the heating wire 53 rising . The air introduced from the battery connection terminal 74 passes through the inner passage of the vaporizing portion support rod 72 and passes through the passage of the vaporizing portion contact 51 and is vaporized in the heating line 53 And sucked through the air outlet port inside the latch switch 40.

When used for a certain period of time in this manner, vaporized water vapor forms inside the waterbody 10 and forms a condensation phenomenon by water droplets. A predetermined amount of the solution collected in the condensed state is collected so that the newly evacuated prod- uct 10 out of the prod- uct 10 is positioned in the sky direction with the electronic cigarette vaporizer so that the solution is concentrated on the upper solution retaining portion 24a of the silicon cover 30 with the force of gravity. Thereafter, the ridge 10 is removed and the pressing portion 41 is pressed, so that the squeezed silicon lid 30, which has closed the opening of the upper lid 20, is lowered and the opening is opened. The solution accumulated in the solution inlet portion 24a is returned to the solution storage portion 60a along the upper stopper slope surface 24 and the cover slope surface 31. [

In this way, the dewatered solution can be easily introduced into the solution reservoir, so that the solution is not wasted and the dewatered solution can be prevented from entering the mouth when inhaled and contaminated with the hand or other materials.

4 is a cross-sectional view of another embodiment of a latching switch in the components of the present invention. 5 is a cross-sectional view of another embodiment of a latching switch in the components of the present invention.

In another embodiment according to the present invention, as shown in FIGS. 1, 2 and 3, the water discharge pipe 400 and the discharge pipe plug 410 shown in FIGS. 4 and 5 may be used as a substitute for the latch switch 40. In the embodiment of Figs. 1, 2 and 3, except for the latch switch 40, the other components are the same and the parts to be coupled are also the same.

 When the water vapor discharge pipe 400 and the discharge pipe plug 410 are used in place of the latch switch 40, the latching protrusion 42 disappears.

Is coupled with the drain pipe (400) for the purpose of replacing the latching switch (40) and is connected with the drainage cut surface (401) for changing the steam discharge direction and preventing the solution from splashing directly into the mouth during the suction and the inner surface A discharge tube head 402 having a diameter larger than that of the steam discharge pipe is formed so that the discharge cutting surface is not blocked by the discharge pipe cap, and a steam discharge passage 403 in which water vapor moves and a silicone cover 30, A water discharge tube including a discharge tube lower end support 404 for blocking the opening formed in the upper stopper 20 by elasticity of the spring,

The nozzle of the solution bottle includes a cap inner end surface 411 and a cap inner surface 412 which is fixedly coupled with the discharge pipe head 402 so as to press the upper end of the discharge cap 410 and prevent the nozzle hole from being clogged And a drain pipe cap 410 which is connected to the water vapor discharge pipe 400 and flows over the upper end groove 411 of the stopper 411 so as to flow back into the steam discharge passage 403 and sufficiently cover the cut- .

The solution discharge nozzle of the solution bottle to be filled with the solution in the electronic cigarette vaporizer should be thinner and relatively longer than the inner diameter of the body 10 so that the discharge pipe plug 410 can be pushed, It is necessary to provide a bottle with a nozzle having a length sufficient to sufficiently lower the opening of the silicone cap which closes the opening of the upper stopper 20 and sufficiently open the opening.

When filling the solution, the silicone cap 30 fixed to the upper end of the discharge tube lower end support 404 sufficiently lowers the discharge cap 410 sufficiently to the nozzle end of the cylinder filled with the solution filled with the nozzle satisfying the above description to form an opening do. The nozzle located at the upper end of the cap is pressed by the upper end groove 411 so that the nozzle hole is not blocked and the solution is discharged from the upper end groove 411. The solution flowing from the upper end of the cap 410 is discharged through the water discharge pipe 410, And enters the solution reservoir 60a through the opening of the upper stopper 20. [ When the solution filling is completed and the nozzle that is pressed is pulled out, the silicon cover 30 will again block the opening of the upper stopper by the pressure of the spring.

In this way, it is easier to fill the solution without removing the dirt during use.

The water vapor generated by operating the electronic cigarette vaporizer moves through the water vapor discharge passage 403 and is blocked by the water vapor discharge pipe plug 410 to come out like the water vapor discharge direction 403a through the inner surface 412 of the plug. The discharge pipe cap 410 changes the direction of the water vapor discharge and cools the water vapor so that the temperature of the non-hot temperature can suck the water vapor and prevent the splashing liquid from being directly introduced into the mouth when the solution is heated.

10. Foam 11. Top plug and fitting
20. Top stopper
22. Housing top coupling part 23. Retaining membrane
24. Upper stopper slope 24a.
30. Silicone cover 31. Cover slope
40. Jam switch 41. Pusher
42. Stopper 43. Slope
44. Bottom of the latching switch 50. Vaporization section
51. Vaporization point 52. Vaporization spring
53. Heating wire 54. Solution absorption wick
55. Top of vaporizer 60. Outer housing
60a. Solution storage 70. Lower battery connection
71. Lower housing coupling 72. Evaporator support bar
73. Vaporization connection spring 74. Battery connection terminal
400. Water vapor discharge pipe 401. Cutting surface of discharge port
402. Discharge tube head 403. Vapor discharge passage
403a. Direction of water vapor discharge 404. Lower pipe support
410. Discharge tube stopper 411. Stopper stopper groove
412. Inside surface of plug

Claims (12)

A detachable body coupled to the upper stopper and capable of sucking the vaporized water vapor;
An upper stopper having an inner surface in the form of a cylinder and formed in a shape in which the lower end region protruding inward is formed with a coupling portion with the airbag and a diameter of the lower end region of the inner surface lower than the diameter of the upper end region;
A latching protrusion having a diameter smaller than a diameter of the inner surface of the latching membrane so as to move toward the inside of the latching membrane to form an opening around the latching membrane and a silicone cover which is in contact with the latching membrane when the latching opening is closed, A latching switch including a lower end;
A vaporizing spring which is compressible by movement of the lower end of the latching switch and connected to one electrode of the battery, a heating wire whose temperature is raised by a power source supplied in operation of the battery, and a heating wire which absorbs the solution, A vaporization unit including a solution absorption core for heating the vaporized vapor to generate the vaporized vapor; And
And a vaporization part connection spring connected to the other electrode of the battery while maintaining the opening formed therein. The method according to claim 1,
Wherein the silicon cover comprises a cap inclined surface that is pressed against the retaining film to seal the opening or allow the solution to be easily injected when the opening is formed. The method according to claim 1,
Wherein the diameter of the silicon cover is larger than the diameter of the opening. The method according to claim 1,
Wherein when the opening is closed, the vaporizing portion connecting spring pushes the silicon cover coupled with the lower end of the latching switch toward the opening. The method according to claim 1,
Wherein the vaporizing section further comprises a vaporizing section contact point having an upper end of the vaporizing section for supporting the lower end of the trapping switch and an inner space through which the vaporizing section support rod for preventing deviation when the upper end of the vaporizing section moves up and down, Inlet opening / closing device. 6. The method of claim 5,
Wherein the battery connecting part further comprises a vaporizing part support rod provided at an air passage and having a height to secure a space of an inner hole of the vaporizing part contact. The method according to claim 1,
Wherein the opening is formed by a compressive force of the vaporizing portion spring, a resiliency of the vaporizing portion connecting spring, and a compressive force of the silicon cover. The method according to claim 1,
Further comprising an outer housing coupled to the upper stopper and the battery connection to form a solution reservoir. The method according to claim 1,
Wherein the locking protrusion is moved in a state in which the waterbody is detached. A detachable body coupled to the upper stopper and capable of sucking the vaporized water vapor;
An upper stopper having an inner surface in the form of a cylinder and formed in a shape in which the lower end region protruding inward is formed with a coupling portion with the airbag and a diameter of the lower end region of the inner surface lower than the diameter of the upper end region;
A water vapor discharge passage including a water vapor discharge passage through which the water vapor moves and a discharge pipe lower end support to which a silicon cover is attached in contact with the holding film;
A discharge pipe cap for separating the silicon lid from the latching membrane by the pressure of the nozzle into which the solution is injected to form an opening;
A vaporizing spring which is compressible by movement of the lower end of the latching switch and connected to one electrode of the battery, a heating wire whose temperature is raised by a power source supplied in operation of the battery, and a heating wire which absorbs the solution, A vaporization unit including a solution absorption core for heating the vaporized vapor to generate the vaporized vapor; And
And a vaporization part connection spring connected to the other electrode of the battery while maintaining the opening formed therein. 10. The method of claim 9,
Wherein the solution is injected from a nozzle having a length smaller than an inner diameter of the droplet. 11. The method of claim 10,
Wherein the discharge pipe cap changes the discharge direction of the water vapor so that the steam generated by the vaporizing unit is discharged through the inner surface of the stopper.

Images