ES1246010U - DOUBLE TANK VAPING DEVICE (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Double tank vaping device, comprising a tank (4) for containing liquid, and means for heating said liquid, for example impregnated with a porous element (9), for sucking and passing air through it generally steam, is characterized by the fact that the tank (4) has two independent chambers (5), capable of containing two different types of liquid, and the heating means allow heating one or the other of said liquids or a mixture of both . (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

DOUBLE TANK VAPING DEVICE

OBJECT OF THE INVENTION

The invention, as expressed in the statement of the present specification, refers to a double tank vaping device that provides, to the intended function, advantages and characteristics, which are described in detail below.

The object of the present invention falls on a vaping device or atomizer, suitable for use in both electronic and mechanical vaping modes, which has the particularity of having a tank with two chambers that constitutes a double tank to incorporate two different types of product. , allowing you to choose the vaping between one or the other and even the mixture of both by means of a switch.

FIELD OF APPLICATION OF THE INVENTION

The field of application of the present invention falls within the sector of the industry dedicated to the manufacture of vaping devices.

BACKGROUND OF THE INVENTION

As is known, vapers are devices, shaped like a conventional cigarette or not, that release nicotine or other effluvia from a liquid of variable composition, usually a mixture of propylene glycol and vegetable glycerin, contained in a tank by heating it. by means of a resistance located in contact with a porous element that is impregnated with said liquid.

The objective of the present invention is to provide the market with a improved vaper that expands the possibilities of using it by being able to choose between two different types of liquid and, for example, being able to decide whether to vape liquid with nicotine or not or if you want to reduce the amount of it by vaping a mixture of both types of liquid.

On the other hand, and as a reference to the current state of the art, it should be noted that, at least on the part of the applicant, the existence of any other vaper with the same or similar technical and structural characteristics as the one presented here is unknown. claims.

EXPLANATION OF THE INVENTION

The double tank vaping device that the invention proposes is configured as the ideal solution to the aforementioned objective, the characterizing details being that make it possible and that distinguish it conveniently included in the final claims that accompany the present description.

Specifically, what the invention proposes, as previously stated, is a vaping or atomizing device, suitable for use in both electronic and mechanical vaping modes, which has the particularity of having a tank with two chambers and a bottom base It constitutes a double tank to incorporate two different types of product, allowing you to choose the vaping between one or the other and, even, the mixture of both by means of a switch.

For this, and more specifically, the vaper essentially comprises:

- a switch base which, on the one hand, is provided with a connector for its Attached to the atomizer, on the opposite side, it is provided with a pin that allows the passage of current to the resistance base, as explained below, and also has a rotating ring that allows you to choose which resistance of the two with which account the device will be used or if both are used at the same time;

- a tank with two liquid holding chambers that define the double tank that characterizes the vaper;

- a compression joint that guarantees the tightness between the tank and the resistance base;

- a base of resistors, with separate housings for two resistors, and their corresponding porous elements to impregnate themselves with liquid, including posts with fixing screws and connection screws, as well as two recharging holes, one for each of the two chambers of the deposit; and

- a hood with means to regulate the passage of air.

With this, the main advantage provided by the vape of the invention is that, by being able to choose between using it with one of the two liquids that can contain the tank or a mixture of both, it provides the possibility of being able to experiment with combinations unthinkable, as well as discovering new flavors without the need to lose large amounts of liquid by testing.

In addition, a highly recommended use can be the alternate vaping between liquids with nicotine and liquids without nicotine, thus allowing better control of nicotine administration and reaching the goal of quitting tobacco more easily.

On the other hand, another advantageous use allowed by the particular configuration of the vape of the invention is that it also allows different types of resistances to be tested with the same flavor to assess how It affects tasting, even combining different forms of resistance to increase flavor or steam production speed.

DESCRIPTION OF THE DRAWINGS

To complement the description that is being made and in order to help a better understanding of the characteristics of the invention, the present specification is attached, as an integral part thereof, to a plan in which, by way of illustration and not limitation. the following has been represented:

Figure 1 shows a perspective view of an example of the double tank vaping device object of the invention, showing its general external configuration and the main parts it comprises;

Figure number 2.- Shows an exploded perspective view of the example of the vaping device, according to the invention, shown in Figure 1, in this case showing the main parts and elements that comprise each of the parts that make it up more clearly. ;

Figures 3-A and 3-B show respective perspective views, taken from the upper and lower sides, respectively, of the switch base comprising the vape of the invention;

Figure number 4.- Shows a perspective view of the double tank tank comprising the vape of the invention;

Figure 5 shows a perspective view of the compression joint comprising the vape of the invention;

Figures number 6-A and 6-B- show respective perspective views, upper and lower respectively, of the resistance base comprising the vape of the invention, represented without including the resistors;

Figure number 7.- Shows a plan view of the vape resistor base, in this case represented including the two resistors and the porous element that permeates the liquid to be heated;

Figure 8 shows a perspective view of the hood that includes the vapeador; and

Figure 9 shows a plan view of an example of the template with the holes in the inner layer of the hood.

PREFERRED EMBODIMENT OF THE INVENTION

In view of the aforementioned figures, and in accordance with the numbering adopted, an example of non-limiting embodiment of the double-tank vaping device of the invention can be observed, which includes what is described in detail below, where Each part or element has been referenced according to the following list:

- vape (1)

- switch base (2),

- marks (3)

- deposit (4)

- cameras (5)

- compression joint (6)

- resistance base (7),

- first resistance (8a), second resistance (8b)

- porous elements (9)

- connector pin (10)

- bell (11)

- hexagonal openings (12, 12 ’).

- circular piece (13)

- slip ring (14)

- external power tracks (A +, B +)

- internal thread (AB -)

- bulge (15)

- bottom base (16)

- central partition (17)

- through duct (18)

- setscrew (19)

- accommodation (20)

- central pole (21)

- side connector screws (22)

- side posts (23)

- side openings (24)

- tubes (25)

- outer shell (26)

- inner layer (27)

- cylinder (28) or drip

- rubber switch base (29)

- threaded connecting rod (30)

- coupling pin (31)

- charging holes (32)

- insulating separations (33)

- side windows (34)

Thus, as seen in Figures 1 and 2, the vape (1) of the invention essentially comprises a switch base (2) with a coupling pin (31) to connect with an atomizing apparatus (not shown), than allows you to choose which resistance (8a, 8b) of the two that the device has to be used or if both are used at the same time; a tank (4) that is coupled on the switch base (2) and has two independent chambers (5) capable of containing two different types of liquid; a compression joint (6) that, located between the tank (4) and a resistance base (7), guarantees the tightness between both elements when the liquid passes from one to the other; a resistor base (7) that houses two resistors (8a, 8b) and respective porous elements (9) capable of impregnating with the liquid contained in each of the two chambers (5) of the tank (4), said resistors being connected to a pin (10) switch base connector (2); and a hood (11) with means (12, 12 ') to regulate the passage of air through it and, with it, the amount of steam generated.

With this, the vaper (1) is essentially distinguished in that, conventionally comprising a tank (4) for containing liquid, and means for heating said liquid, preferably impregnated with a porous element (9) such that, by sucking and passing air through it, generating steam, said tank (4), instead of having space for a single type of liquid, has two independent chambers (5), capable of containing two different types of liquid, and the heating means, preferably formed by the two resistors (8a, 8b), allow one or the other of said liquids to be heated, or a mixture of both.

Referring to Figure 3, it can be seen how the switch base (2) is a circular metal part (13) that has, on a lower side, a coupling pin (31) to the atomizer (not shown), consisting of a pin standard 510 thread thread, to adapt to all device models (electronic or mechanical) on the market, and on the opposite or upper side, with a connector pin (10) that allows the passage of current to the resistance base (7), and includes, in said circular part (13) a sliding ring (14) whose rotation determines the internal contact with some terminals (not shown) allowing to choose which resistance will receive the power or if they will both at the same time, making the switch base (2) the brain of the device.

Said selection is performed by moving the ring (14) between the three possible positions (one that connects a first resistance (8a), another that connects both resistors (8a, 8b) and another that connects a second resistance (8b)). To facilitate the power calculation of the electronic models, the movement between the different positions will reset the power values by causing the vape to disconnect.

The connecting pin (10) emerges from the circular part (13) of the base (2), the distal end of which has two external power tracks (A +, B +) and an internal thread (AB -) that connect to the base of resistors (7) serving, at the same time, this internal thread (AB-) for fixing various parts of the device by means of a screw (19) provided in said resistance base (7), as explained in greater detail below.

Preferably, between the switch base (2) and the tank (4), the incorporation of an O-ring or rubber base (29) has been provided to avoid rubbing the tank with the metal part of the base.

Preferably, at two opposite points of the sliding ring (14) of the circular piece (13) of the base (2) a protuberance (15) is provided, which, when aligned with the respective position marks (3), allows the passage current to the selected resistance (8a, 8b) that communicates one or another chamber (5) of the tank (4) or both, to choose the liquid to vape.

Referring to Figure 4, it can be seen how, in the preferred embodiment, the tank (4) is a cylindrical glass that, unlike the tanks existing up to now, has a bottom base (16) that defines a plinth, facilitating its extraction without mixing liquids or spilling.

Furthermore, it has a central partition (17) that separates the two liquid-containing chambers (5), and there is a central passageway (18) through which the connector pin (10) of the switch base (2) is inserted. , which, in turn, is fixed to the resistance base (7) located after the tank (4).

Preferably, this tank (4) is made of transparent or translucent material, to be able to see its interior and thus control liquid levels.

For its part, the union of the tank (4) with the resistance base (7) is carried out through the threading of a screw (19) provided in said base (7), the head of which is located on one side of said base ( 7) while the opposite end is prolonged through said base (7) in a threaded connecting rod (30) that emerges from the opposite side, in the internal thread (AB-) of the connecting pin (10) which, in turn , passes through said tank (4) and interposes between the tank (4) and the base (7) a compression gasket (6) which, preferably, consists of a rubber O-ring with a thickness greater than those used usually in this type of device, so that it evenly distributes the pressure of the coupling between both parts.

Said compression joint (6), represented in figure 5, is preferably made of a material with a density similar to silicone. It is a piece that exerts force on the resistance base (7) and the tank (4), and said tension keeps the clamping screw (19) more stable and eliminates vibrations.

As seen in said figure 5, the compression joint (6) has a shape that adapts to the base of resistances (7) and, at the same time, aligns with the walls of the two chambers (5) of the tank ( 4) guaranteeing its tightness.

Lastly, it should be noted that the greater thickness of this compression joint (6), in addition to allowing the correct stability of the entire assembly, allows for a personalization touch to the device, being able to choose between various colors.

Looking at Figures 6 and 7, it can be seen how the base of resistors (7) is a metallic piece that, in addition to housing (20) for the two resistors (8a, 8b) and porous elements (9), preferably cotton, It is a tripolar connector (A +, B +, AB-) that facilitates the passage of power from the pin (10) connector of the switch base (2) to the selected resistance (8a, 8b) or both.

To do this, between two housings (20) for the resistors (8a, 8b) it has:

- a central post (21) that is crowned by three screws: a central clamping one (19), which in addition to constituting the contact with the AB thread- serves to fix the resistance base (7) with the switch base (2) compressing between them the tank (4) through the threaded connecting rod (30) and facilitating sealing by means of the compression joint (6), and two connecting lateral screws (22) that help to fix the resistors (8a, 8b) and they supply to each, depending on the side, the A + or B + power;

- and two lateral posts (23) with respective connecting screws (22) that give power A-B-, depending on the side, given its connection with the central clamping screw (19) and respective loading holes (32).

It is important to note that, between the connecting side screws (22) and the central clamping screw (19) of the central post (21) of the resistance base (7), insulating separations (33), for example of plastic material, appreciable in figure 6-A, to avoid that the positive and negative poles come into contact. Furthermore, although not shown, these insulating separations are also present in the threaded connecting rod (30) of said base (7) and the connecting pin (10).

Furthermore, the base of resistors (7), in its middle zone, has lateral openings (24) for direct air intake to each resistance (8a, 8b). Furthermore, on the opposite side of the base (7) to that of the posts (21, 23) with the described connecting screws (19, 22), in addition to the aforementioned threaded connecting rod (30) located in its center, there are two separate tubes. (25), one for each chamber (5) of the tank (4), for the passage of the liquid towards them from the respective loading holes (32), by means of a non-return valve.

All screws are preferably hexagonal in shape and aligned at different heights to facilitate tool use. They also include a notch for using a Phillips screwdriver in emergency situations.

As mentioned above, on the opposite side to the described posts (21,23), the resistance base (7) has a threaded connecting rod (30), which constitutes the extension of the fixing screw (19), which It threads on the internal thread (AB-) of the connector pin (10) of the resistance base (2), at the same time constituting the connection point AB- and A +, B +.

Lastly, taking into account figure 8, it can be seen how the bell (11) that the device has is a cylindrical piece made up of two layers, an outer one (26) and an inner one (27) that rotates inside the outer one, when move it manually through a portion of it that partially protrudes for this purpose. The outer layer (26) has, on opposite sides, two hexagonal shaped openings (12) that coincide with respective lateral openings (24) of the central post (21) of the resistance base (7), serving to allow the passage of the air.

And, in a perpendicular position to said hexagonal openings (12), the outer layer (26) has respective groups of other also hexagonal openings (12), in this case of different sizes and smaller than the aforementioned, which coincide with some side windows (34) provided on the side posts (23) of the resistance base (7).

And, for its part, the inner layer (27) has a series of holes of variable configuration (12 '), arranged, for example, as shown by the template shown in Figure 9, which, when rotating said layer (27) They cover or not cover the openings (12) of the outer layer (26) allowing to regulate the passage of air.

That is to say, by means of this system of openings the entrance of air to the resistances can be regulated, the inner layer (27) of the hood (11) opens the way to the air towards the resistance chosen. Increasing or decreasing the flow as desired. The inner layer (27) is rotated thanks to a portion thereof that protrudes from the outer layer (26) in the upper part of the hood (11).

For the steam outlet, the hood (11) incorporates a bushing (28) or drip at its end, which preferably has a size of 810 mm in diameter to facilitate flow.

The air inlets that make up the unit hexagonal openings (12) on opposite sides of the outer layer (26) of the hood (11) coinciding with the lateral openings (24) of the central post (21) of the resistance base (7) ) are the same size as the connecting screws (22) and fixing screws (19) of said base (7), which makes it easier to tighten or loosen said screws without the need to load specific tools.

Once the nature of the present invention has been described, as well as the way to put it into practice, it is not considered necessary to make its explanation more extensive so that any expert in the matter understands its scope and the advantages derived from it.

Claims (18)

1. - Double tank vaping device that, comprising a tank (4) for containing liquid, and a means of heating said liquid, for example impregnated in a porous element (9), for sucking and passing air through it general steam, is characterized by the fact that the tank (4) has two independent chambers (5), capable of containing two different types of liquid, and the heating means allow heating one or the other of said liquids or a mixture of both of them. 2. - Double tank vaping device, according to claim 1, characterized in that the heating means are two resistors (8a, 8b). 3. - Double tank vaping device, according to claim 2, characterized in that it comprises a switch base (2), which allows you to choose which resistance (8a, 8b) of the two with which it is to be used or if both are used to the time. 4. - Double tank vaping device, according to claim 3, characterized in that, on the switch base (2), it incorporates the tank (4) with two chambers (5), further comprising a resistance base (7) that houses the two resistors (8a, 8b) and respective porous elements (9) capable of being impregnated with the liquid contained in each of the two chambers (5) of the tank (4), said resistors being connected to a connector pin (10) of the base switch (2). 5. - Double tank vaping device, according to some of the preceding claims, characterized in that it also comprises a hood (11) with means (12, 12 ') to regulate the passage of air through it. 6. - Double tank vaping device, according to some of the preceding claims, characterized in that it also comprises a compression joint (6) which, located between the tank (4) and the resistance base (7), guarantees the tightness between the two elements as the liquid passes from one to the other. 7. - Double tank vaping device, according to claim 3, characterized in that the switch base (2) is a metal part that has a connecting pin (10) coupled to a circular part (13) that includes a sliding ring (14 ) whose turn allows you to choose which resistance will receive the power or if they will do both at the same time. 8. - Double tank vaping device, according to claim 7, characterized in that the distal end of the connector pin (10) has two external power tracks (A +, B +) and an internal thread (AB -) that connect to the base of resistors (7). 9. - Double tank vaping device, according to some of the preceding claims, characterized in that the tank (4) is a cylindrical vessel that has a bottom base (16) that defines a plinth, facilitating its extraction without mixing the liquids or spills. 10. - Double tank vaping device, according to some of the preceding claims, characterized in that the tank (4) has a central partition (17) that separates the two liquid-containing chambers (5), there being a passageway (18 ) central through which the connecting pin (10) of the switch base (2) is inserted, which, in turn, is fixed to the resistance base (7) located after the tank (4) by means of a connecting rod threading (30) which, in turn, is the extension of a clamping screw (19). 11. - Double tank vaping device, according to some of the preceding claims, characterized in that the tank (4) is transparent or translucent, to be able to see its interior and thus control liquid levels. 12. - Double tank vaping device, according to claim 6, characterized in that the compression joint (6) is a part that exerts force on the resistance base (7) and the tank (4), maintains a clamping screw ( 19) stable and eliminates vibrations. 13. - Double tank vaping device, according to claim 4, characterized in that the resistance base (7) is a metal part that, in addition to housing (20) for the two resistors (8a, 8b) and porous elements (9) , It has a three-pole connector (A +, B +, AB-) that facilitates the passage of power from the connector pin (10) of the switch base (2) to the selected resistance (8a, 8b) or both with a selector (15) . 14. - Double tank vaping device, according to claim 13, characterized in that the resistance base (7) has: - a central pole (21) crowned by three screws: a central clamping one (19), which constitutes contact AB- and serves to fix the base of resistors (7) with the switch base (2), and two connecting side screws (22) that help to fix the resistors (8a, 8b) and supply to each one, depending on the side, the power A + or B +; - and two lateral posts (23) with respective connecting screws (22) that give power A-B-, depending on the side, given its connection with the central clamping screw (19) and respective loading holes (32). 15. - Double tank vaping device, according to any of claims 4,13 or 14, characterized in that the resistance base (7), in its middle zone, it has lateral openings (24) for the direct air inlet to each resistance (8a, 8b). 16.- Double tank vaping device, according to any of claims 13-15, characterized in that at the end opposite the clamping screw (19) of the resistance base (7) there are two tubes (25) for the passage of the liquid to each chamber (5) of the tank (4), by means of a non-return valve. 17.- Double tank vaping device, according to claim 5, characterized in that the hood (11) is a cylindrical piece composed of two layers, a fixed outer (26) and an inner (27) that rotates on the outside, where the outer layer has different hexagonal openings (12) that coincide with lateral openings (24) of the central post (21) and with lateral windows (34) of the lateral posts (23) of the resistance base (7), and where the layer The interior (27) has various holes (12 '), forming a system of openings with which the air intake to the resistors can be regulated. 18.- Double tank vaping device, according to claim 17, characterized in that the air inlets that make up the hexagonal openings (12) of the outer layer (26) of the hood (11) coinciding with the lateral openings (24) of the central post (21) of the resistance base (7) are the same size as the connecting screws (22) and fixing screws (19) of said base (7).