RU191539U1 - Hookah - Google Patents

Abstract

The technical solution relates to devices for smoking, in particular to hookahs. The hookah contains a shaft installed in the base, made with the possibility of fastening with a bulb, including an outlet for exhaust smoke, an outlet for bleed smoke, combined with the inlet of the purge channel, a purge valve located in the purge channel, an insert fixed to the base, a connector under the bowl, fixed at the top of the shaft. According to the claimed technical solution, the insert forms a smoke chamber with the outer surface of the shaft connected to the outlet of the purge channel and at least one hole for the release of bleed smoke from the smoke chamber, a sensor is mounted on the path of the bleed smoke, made with the possibility of functional connection to the controller connected to the LED element. In this case, the sensor is fixed opposite the outlet of the purge channel or in a smoke chamber. A light-scattering element made primarily of plexiglass can be fixed in the smoke chamber. The sensor and controller may be connected to a battery, which may be configured to magnetically charge and / or to indicate charge. The technical result of the claimed technical solution is manifested in the improvement of operational characteristics.

Description

The technical solution relates to devices for smoking, in particular, to hookahs.

A solution is known from the prior art, which is a light-emitting hookah device made in the form of two coaxial cylinder walls, between which a gas measurement sensor is connected, connected to an LED controller, to which, in turn, a system of LEDs is connected. When the sensor is triggered, the controller gives a command to turn on the LEDs. This device is installed either in a hookah shaft, or directly in a hose for drawing smoke. CN Utility Model Patent No. 203692535, IPC A24F1 / 30, published July 9, 2014.

The disadvantage of this technical solution is the location of the light emitting device. Installed in the hookah shaft, the device’s sensor will only work when smoke is drawn in. Purging a hookah is not accompanied by any indication effects.

A technical solution is known, selected as the closest analogue, which is a hookah containing a shaft installed in a vessel, a pipe for exhaust smoke and a pipe with a valve for blowing smoke. The hookah also contains an insert forming a cavity together with the outer wall of the shaft. At the same time, the outlet of the tube with a purge valve is connected to the cavity of the shaft itself, and the exhaust smoke exits through the upper part of the hookah. US patent application No. 2018007953, IPC A24F1 / 30, published January 11, 2018.

The disadvantage of this technical solution is the lack of means for indicating a hookah purge event. Such means must be included in the construction of hookahs, because using them in public, usually dimly lit places, there is a problem that when blowing a hookah, people in close proximity to it, in particular, personnel, are forced to inhale the puffed smoke having a bitter taste and smell, not having time to alienate his face.

The technical result of the claimed technical solution is manifested in the improvement of operational characteristics, due to the hookah purge event indication function provided by a sensor made with the possibility of functional connection to a controller connected to an LED element fixed to the path of the puffed smoke, as well as due to a smoke chamber, formed between the insert and the outer surface of the shaft.

The technical result is achieved by the fact that in a hookah containing a shaft installed in the base, made with the possibility of fastening with a flask, including an outlet for exhaust smoke, an outlet for bleed smoke, combined with the inlet of the purge channel, a purge valve located in the purge channel, insert, fixed at the base, a connector under the bowl, fixed at the top of the shaft, the insert forms a smoke chamber with the outer surface of the shaft, connected to the outlet of the purge channel and at least one hole for the discharge of Smoke poured from the smoke chamber, a sensor is mounted on the path of the puffed smoke, made with the possibility of functional connection to the controller connected to the LED element. The sensor can be mounted opposite the outlet of the purge channel or in a smoke chamber. A light-scattering element, mainly made of plexiglass, can be fixed in the smoke chamber. The sensor and controller may be connected to a battery, which may be configured to magnetically charge and / or to indicate charge.

Fixing the sensor, made with the possibility of functional connection to the controller connected to the LED element, along the path of the bleed smoke, provides the device with a function to indicate the hookah purge event. The importance of the function is that people who are in close proximity to the hookah will be able to move away from it on time, avoiding getting the smoke that contains stale products of combustion of tobacco mixtures into the respiratory system and skin.

The insert, which forms a smoke chamber with the outer surface of the mine, connected to the outlet of the purge channel and at least one hole for the release of bleed smoke from the smoke chamber, serves to form a stream of bleed smoke with distinct differences in performance at the time of purging. In addition, this design will allow the sensor to be fixed both opposite the outlet of the purge channel and in the smoke chamber, which will allow it to operate effectively.

The light-scattering element made of plexiglass serves for the correct distribution of light in the smoke chamber due to its transparency and light transmission.

The battery is necessary for the autonomous operation of the sensor and controller, the ability to indicate its charge helps to notify the user about the need to connect it to an external power source.

The claimed technical solution is further explained using figures in which one of the possible options for the implementation of the hookah is conventionally presented.

In FIG. 1 shows a general view of a hookah.

In FIG. 2 shows a hookah fragment with a purge channel and a sensor.

In FIG. 3 shows a diode controller with an LED element.

In FIG. 1-3 shows a hookah (1) containing a shaft (2) installed in the base (3), fixed with a bulb (4), containing an outlet (5) for exhaust smoke and an outlet (6) for exhaust smoke, combined with the channel inlet (7) a purge comprising a purge valve in the form of a ball (15); an insert (8), a smoke chamber (10), a connector (9) under the bowl, an outlet (11) of the purge channel (7) and a hole (12) for the release of exhaust smoke; a sensor (13) connected to the controller (14) connected to the LED element (16); port (17) for charging the controller battery (14).

Next, with reference to the figures, the construction of a hookah (1) is described.

The hookah (1) contains a shaft (2) installed in the base (3) fixed to the bulb (4). To use the hookah (1) for its intended purpose, the flask (4) can be filled with water, wine or another liquid, while the lower part of the shaft (2) is lowered into this liquid.

The base (3) includes an outlet (5) for exhaust smoke and an outlet (6) for exhaust smoke. An adapter with attached hose and mouthpiece can be connected to the outlet (5) for exhaust smoke.

The outlet (6) for the bleed smoke is aligned with the inlet of the purge channel (7). The purge channel (7) contains a purge valve, made mainly in the form of a ball (15), in particular metal.

The hookah (1) contains an insert (8) fixed in the base (3) and forming a smoke chamber (10) with the outer surface of the shaft (2).

The smoke chamber (10) is connected to the outlet (11) of the purge channel (7). To implement such a connection, for example, an opening can be provided in the insert (8) for connecting the outlet of the purge channel (7) to the smoke chamber (10). The insert (8) contains at least one hole (12) for the release of puffed smoke from the smoke chamber (2).

The hole or holes (12) for the puffed smoke can be made in the form of letters, patterns, and so on.

A sensor (13) is mounted on the path of passing smoke in a hookah (1), made with the possibility of functional connection to the controller (14), fixed, in particular, between the shaft (2) and the insert (8), and connected to the LED element (16 ) The sensor (13) can be made in the form of a pressure sensor, and the LED element (16) in the form of a rack, with LEDs mounted on it, or in the form of a separate LED or a system of LEDs. The sensor (13) can be mounted opposite the outlet of the purge channel (7) or in a smoke chamber (10).

The upper part of the hookah (1) contains a connector (9) under the bowl with a smoked tobacco mixture. Also, in the upper part of the hookah (1), a saucer can be installed for accumulating the resulting ash.

In the smoke chamber (10) of the hookah (1), a light-scattering element can be fixed, made of, for example, plexiglass, which plays the role of the correct distribution of light throughout the area of the smoke chamber (10) due to its transparency and light transmission. The light scattering element may have a frosted coating on the inside and a foil coating on the top. The lower part is predominantly mounted on the LED.

The sensor (13) and the controller (14) can be connected to a battery, containing mainly a port (17) for connecting a charging plug, in particular, containing a magnet. The port (17) for connecting the charging plug can also be made in any part of the hookah (1).

The battery may have a charge indication means.

All hookah microelectronics (1) can be poured into safe food grade plastic and have an on / off facility in the form of a magnetic key, button, voice or cotton sensors, etc.

One of the preferred uses of the claimed hookah (1) is shown below by example.

Hookah (1) is prepared and ignited in any known manner appropriate for the purpose.

Through inhalation, moist tobacco smoke enters through the outlet (5) for the exhaust smoke into the lungs of the user (smoker), while light effects may occur in the hookah (1).

In the process of drawing out smoke, the pressure in the purge channel (7) is negative, and therefore the ball (15) of the purge valve blocks the channel (7).

During the operation of the hookah (1), excess smoke accumulates in the flask (4), creating excessive pressure on the liquid, and also containing a large amount of combustion products of smoking mixtures. To release this smoke, a hookah purge (1) is provided.

As soon as the user starts blowing the hookah (1), that is, blowing into the mouthpiece, thereby creating a positive pressure in the purge channel (7), the smoke in the bulb (4) exits through the inlet (6) of the purge channel (7) and through the outlet (11) of the purge channel (7) enters the smoke chamber.

The pressure drop associated with the formation of a stream of bleed smoke is detected by a sensor (13). The controller (14) connected to it sends a signal to the LED element (16) and it lights up. Further, from the smoke chamber (10), the exhaust smoke exits through the opening (12).

This purge indication carries the function of a warning signal. People who are in close proximity to the hookah (1) can take timely measures to avoid the release of smoke from themselves.

At the end of the purge, the pressure on the sensor (13) drops and the controller (14) receives the corresponding signal, as a result of which the LED element (16) goes out.

The presented figures, the description of the design and use of the hookah do not exhaust the possible options for implementation and do not in any way limit the scope of the claimed technical solution. Other options for execution and use in the scope of the claimed formula are possible. Depending on the purpose, the hookah can be made in different sizes, colors and configurations.

The hookah is characterized by improved performance due to a timely indicator signal that informs about the purge of the hookah, which is provided by means of a sensor made with the possibility of functional connection to the controller connected to the LED element fixed to the path of the exhausted smoke, and also due to the smoke chamber formed between the insert and the outer surface of the mine.

Claims (8)

1. A hookah containing a shaft installed in the base, made with the possibility of fastening with a flask, including an outlet for exhaust smoke, an outlet for bleed smoke, combined with the inlet of the purge channel, a purge valve located in the purge channel, an insert fixed to the base, connector under the bowl, mounted in the upper part of the shaft, characterized in that the insert forms a smoke chamber with the outer surface of the shaft, connected to the outlet of the purge channel and at least one hole for the release of exhaust smoke from the smoke In the new camera, a sensor is mounted on the path of the bleed smoke, made with the possibility of functional connection to the controller connected to the LED element. 2. Hookah according to claim 1, characterized in that the sensor is fixed opposite the outlet of the purge channel. 3. Hookah according to claim 1, characterized in that the sensor is fixed in a smoke chamber. 4. Hookah according to claim 1, characterized in that a light-scattering element is fixed in the smoke chamber. 5. Hookah under item 4, characterized in that the diffuser element is made of plexiglass. 6. Hookah according to claim 1, characterized in that the sensor and controller are connected to the battery. 7. Hookah under item 6, characterized in that the battery is made with the possibility of magnetic charge. 8. Hookah 6, 7, characterized in that the battery is configured to indicate charge.

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