RU142147U1 - ELECTRONIC Hookah - Google Patents

Abstract

An electronic hookah containing a tubular body, at one end of which a bulb is placed, provided with a flavored liquid container located inside it, a lid is located at the other end of the tubular housing, a control and power unit is located inside it, a tubular element is located inside the tubular housing, one end which is connected to the cover, and the other is covered by a steam spray immersed in a flavored liquid, while the tubular body and the tubular element are provided with coaxially arranged openings , Draws air stream and neck flask provided with steam outlet and the pressure sensor.

Description

Technical field

The proposed utility model relates to devices for smoking, allowing you to filter and cool the inhaled vapor.

State of the art

Hookah was invented in India and quickly spread throughout the world. In the manufacture of modern hookahs, as a rule, stainless steel is used, flexible tubes are made of silicone rubber. And under the influence of new technologies, the appearance of hookahs began to change over time, and original design solutions appeared. However, due to the undeniable advantages of modern hookahs, due to the high cost and lack of modern equipment in countries where hookah smoking is considered traditional, they are produced using old technologies using copper, brass and leather.

Hookah smoke mainly consists of vapors of glycerin and water, by the set of components it is much simpler than cigarette, the temperature of formation of hookah smoke is hundreds of degrees lower than that of cigarette. In addition, unlike cigarettes, the hookah practically does not give a “side stream” of smoke, while the cigarette continues to smoke in the hand, and the hookah gives smoke only when puffed. When a smoker inhales hookah smoke, it is cleaned with a hookah shaft, water, the walls of the flask and hose. It is important to note that, as a rule, hookah is smoked in the company, therefore there is a danger of transmission of various diseases through saliva on the mouthpiece, for example, herpes or hepatitis. For security, it is better to use a personal mouthpiece.

And yet it is obvious that smoking a hookah does significantly less harm to human health and to people around it than smoking cigarettes or cigars, but at the same time the harm from its use remains noticeable.

To minimize the harm caused by smoking tobacco in the form of cigarettes, cigars or using a hookah, as well as to help quit tobacco, which is known to cause physical and psychological dependence, the so-called "electronic cigarettes" have spread.

An “electronic cigarette” is an electronic device for nicotine replacement therapy by generating steam that may contain a small amount of nicotine, and the steam generated simulates the look and taste of real tobacco smoke.

As a rule, "electronic cigarettes" are produced in the form of cigarettes, cigars and smoking pipes. The design is based on the evaporator, which converts the chargeable into liquid into steam, and the battery, which supplies electric current to the evaporator.

For example, a prior art device simulating a smoking cigarette is known (see RU 2465791, class A24F 47/00, publ. 2012 [1]).

This device mimics a smoking cigarette and is essentially a cigarette-like shape. The simulating device comprises a reservoir with a pressure composition containing an inhalable substance, a refueling valve, an inhalation activated valve for selectively controlling the flow, the size of the reservoir, the pressure inside the reservoir and the size of the outlet of the reservoir at its narrowest point such that when the valve activated by inhalation is fully open, the tank is discharged in less than 30 s.

This simulator allows you to simulate the physical act of smoking, which is an important part of the smoker's sensation, in addition, the lack of other "electronic cigarettes" has been fixed, which means that users continue to receive more nicotine than they could get from a single cigarette, without having to do a break for refueling the device, which has tangible damage to health. However, due to the fact that the inhaled vapor containing nicotine is not able to undergo the desired cleaning, for example, such as in a hookah, in which the smoke is cleaned in a hookah shaft, and also due to the fact that when smoking this simulating device there is a "side stream" effect , the known device [1] is not safe both for the health of the smoker and for those around him who are forced to inhale the vapor in which there is nicotine.

The above disadvantages can be partially corrected in electronic hookahs, the designs of which are presented in some publications.

So, for example, the “electronic hookah bowl” is known from the prior art (RU 130798, class A24F 1/30, publ. 08/10/2013 [2]).

The known device of an electronic hookah bowl contains a cylindrical body with an evaporating cavity for smoking liquid, a rod heater connected to a power source, a cylindrical body contains a hole for communicating the evaporative cavity with the atmosphere, while the upper part of the body is provided with a blind cover, and a steam tank is installed around the heater .

In the known solution [2] when power is supplied, the heater is heated and heats the steam tank, which contributes to the evaporation of the smoking fluid. Thus, there is a constant evaporation of smoking liquid, which harms people who do not participate in hookah smoking, but who can be close to the smoker, in addition, the constant evaporation of smoking liquid leads to its short-term use in the hookah bowl and requires constant replenishment.

The closest analogue of the proposed utility model is an electronic hookah, known from EP 2422633, class. A24F 1/30 publ. 08/25/2010 g. [3]

The well-known electronic hookah [3] contains a hollow cylinder with through holes at one end of which is a bulb equipped with a pressure sensor, a steam outlet neck and a container with a flavored liquid, and on the other end of the cylinder there is a lid inside which the power and control unit is located, in this case, a steam generator is placed in the container with flavored liquid, which forms the accumulation of steam in the container, penetrating through the pipe into the lungs of the user.

The famous electronic hookah [3] has a number of positive properties, such as:

- flavored liquid heats up only when tightened;

- there is no effect of "side stream";

- provides high-quality cleaning flavored smoking composition.

Among the drawbacks of the solution [3], it is possible to note a complex structure containing a large number of structural elements and high material consumption.

Utility Model Disclosure

The objective of the proposed utility model is to create an electronic hookah that simulates smoking a traditional hookah, but at the same time it brings much less harm to the health of the smoker and has improved production and technical and operational characteristics.

The technical result of the proposed utility model, which is objectively manifested in the manufacture and operation of an electronic hookah, is to simplify the design, due to the decrease in the number of structural elements, the reduction in material consumption, and also the reduction in the consumption of flavored liquid during smoking.

The specified task and the technical result are achieved in that the electronic hookah contains a tubular housing at one end, which is equipped with a flask equipped with a container with flavored liquid located inside it, and a lid located inside the tubular housing at the other end, inside the tubular body there is a tubular element one end, which is covered by a steam atomizer immersed in a flavored liquid, while the tubular body and the tubular element are provided with axially located holes that draw in the air flow, and the flask is equipped with a neck for steam output and a pressure sensor.

Thus, as a result of the fact that the tubular casing at one end, which contains a flask equipped with a container with a flavored liquid, and at the other end the lid inside which the control and power unit is placed, there is one end element inside the casing that is connected to the lid and the other is covered by a vaporizer immersed in a flavored liquid, and also as a result of the fact that the tubular body and the tubular element are provided with coaxially arranged holes that draw in the air flow, and the flask is equipped with a throat a steam outlet and a pressure sensor, simplifies the design, reduces the number of structural elements and, as a result, reduces material consumption, as well as reduces the consumption of flavored liquid during smoking, since the process of vaporization begins only at the moment of tightening and stops immediately after it.

These features of the proposed electronic hookah form a set of essential features necessary and sufficient to achieve a technical result, which consists in simplifying the design, reducing the number of structural elements, reducing material consumption, and also the possibility of energy-efficient and rational use of flavored smoking liquid, which actually solves the problem of improving production and technical and operational characteristics.

Brief Description of the Drawings

In FIG. 1 shows a longitudinal section of the proposed electronic hookah.

Utility Model Implementation

The utility model is illustrated by a specific implementation example, which, however, is not the only possible, but clearly demonstrates the achievement of a given set of essential features of a given technical result.

The electronic hookah contains a top cover 1, a vaporizer 2, a flavored liquid 3, a pressure sensor 4, a steam outlet 5, a hookah flask 6, a tubular body 7, a container 8 for flavored liquid, a tubular element 9, openings 9, 10 that draw in air flow.

The electronic hookah is made in the form of a tubular housing 7 at one end of which is a bulb 6 provided with a container 8 with flavored liquid 3 located inside it. At the other end of the tubular housing 7 there is a lid 1 inside, which houses the control and power unit. Inside the tubular body 7, there is a tubular element 9, one end which is connected to the cover 1, and the other is covered by a steam atomizer 2 immersed in a flavored liquid.

The tubular body 7 and the tubular element 9 are provided with coaxially arranged openings 10 and 11, respectively, which are installed with the possibility of drawing in an air stream. The flask 6 of the electronic hookah is equipped with a vapor outlet neck 5 and a pressure sensor 4.

The proposed electronic hookah works as follows.

At the time of tightening, a vacuum is created in the flask 6 of the electronic hookah, the pressure sensor 4 is triggered and sends a signal to the control and power unit, which is located inside the cover 1. The control and power unit, in turn, sends current to the steam atomizer, which begins to heat the flavored liquid 3, and the process of vaporization begins, then the mixture of steam and air through the neck of the steam outlet 5 enters the lungs of the hookah user.

Thus, simplifying the design, reducing material consumption, as well as reducing the consumption of flavored liquid during smoking, is achieved due to the fact that:

- at one end of the tubular body 7 there is a flask 6 with a container 8 with flavored liquid 3 located inside it, and at the other end of the tubular body 7 there is a lid 1 inside, which houses the control and power unit;

- inside the tubular body 7 there is a tubular element 9, one end which is connected to the cover 1, and the other is covered by a steam spray 2 immersed in a flavored liquid 3;

- the tubular body 7 and the tubular element 9 are provided with coaxially arranged openings 10 and 11, which draw in the air flow, and the flask 6 is equipped with a neck for steam output 5 and a pressure sensor 4.

The proposed electronic hookah will be widely used around the world in the field of smoking, and will be a worthy replacement for a traditional hookah, which does not have all the positive characteristics that are inherent in the proposed device for smoking.

Claims (1)

An electronic hookah containing a tubular body, at one end of which a bulb is placed, equipped with a flavored liquid container located inside it, a lid is located at the other end of the tubular housing, a control and power unit is located inside it, a tubular element is located inside the tubular housing, one end which is connected to the lid, and the other is covered by a steam atomizer immersed in a flavored liquid, while the tubular body and the tubular element are provided with coaxially arranged openings , Draws air stream and neck flask provided with steam outlet and the pressure sensor.

Images