RU2780414C1 - Bowl with a smoking mixture and a holder for a heating element - Google Patents

Abstract

FIELD: smoking accessories.

SUBSTANCE: invention relates to a disposable hookah bowl, pre-filled with a smoking mixture, in an arrangement with a holder for a heating element. The bowl with the smoking mixture and the holder for the heating element is made of heat-resistant siloxane elastomer with a temperature resistance of at least 200°C and contains a connecting element in the form of a ring placed on a bowl with the possibility of extending upwards.

EFFECT: ensuring the safety of the user’s health and stable organoleptic properties of the smoking session.

5 cl, 12 dwg

Description

The present invention relates to a disposable hookah bowl, pre-filled with a smoking mixture, in a configuration with a holder for a heating element. The bowl with the holder reduces the time for preparing a smoking session and ensures safe and high-quality smoking due to the pre-packaging of the smoking mixture in the bowl, the bowl material used, and the placement of the holder for the heating element on it.

Terms used in the text of the description of the invention.

1. Smoking (Smoking) - an action, the main function of which is the release of substances (due to heating or other physical or chemical processes) contained in the Smoking mixture (Mixture), followed by inhalation of these substances in order to saturate the body with the active substances contained in them by their absorption in the lungs and respiratory tract.

2. Smoke - a stable dispersed system (aerosol) formed during the combustion or evaporation of something and consisting of small solid particles suspended in gases and practically not settling under the action of gravity.

3. Smoking smoke (Smoke) - smoke resulting from Smoking.

4. Hookah apparatus (Hookah) - a device for Smoking, a distinctive feature of which is the long path of smoke from its source to the smoker's mouth, and the presence of a container with a liquid or other Filter through which this Smoke passes. Hookah elements in a standard design (not indicated in other paragraphs of the description):

a. Heating element (Heater) - a device, substance, etc., which ensures that the required operating temperature of the Smoking mixture (Mixture) is reached. It can be implemented by combustion (for example, coal) or other physical and/or chemical processes.

b. Protective plate (Plate) - a device (for example, including, but not limited to, in the form of a plate with a hole for putting on the Mine, preventing the Heater from falling onto the surface on which the Hookah is located (for example, coals on the table).

c. Protective Cap (Cap) - a device placed around the Smoking Bowl (Bowl) (most often based on the Plate) with the same protective function as the Plate, as well as delaying the dissipation of heat from the Heater, which speeds up the preheating of the Bowl and increases the temperature of the Mixture .

d. Smoke shaft (Mine) - a device, usually in the form of a tube, hermetically connected to the base of the Bowl and the Filtration Flask (Flask), through which the Smoke passes from the Bowl to the Flask.

e. Filtration flask (Flask) - a chamber for the Filter and the base of the Hookah. Smoke from the Shaft enters the Flask, which, passing through the Filter placed in the Flask, is directed through the outlet in the Flask (Outlet) to the Smoke Hose (Hose) and the Smoking Mouthpiece (Mouthpiece), and then into the mouth of the smoker. In the flask, as a rule, a Ball Valve (Valve) is installed, necessary for blowing out the remnants of unpleasant smoke from the flask to the outside and a little blowing of the overheated Cup with air from the Mine.

f. Flask Outlet (Exit) - an opening in the Flask into which the Smoke Hose is hermetically inserted.

g. Smoke Hose (Hose) - a device in the form of a flexible tube designed to transfer substances (usually liquid or gas) from one location to another, in this case the Smoke from the Flask to the User's mouth.

h. Smoke mouthpiece (Mouthpiece) - a device in the form of a tube, hermetically fixed on the Hose, with the help of which the User inhales the Smoke without touching the Hose with his mouth.

i. Smoke valve (Valve) - a device that allows one-way movement of gas:

i. installed in the walls of the Flask above the level of the Filter for supplying Smoke through the Hose from the User to the Flask, ensuring the removal of excess Smoke from the Flask to the outside and a small blowing of the overheated Flask with external air directly and cooling the Bowl with air from the Shaft.

ii. located in the Shaft inside the Flask above the level of the Filter (for example, water), which allows the Cup to be blown with air from the Flask.

iii. Located otherwise, for example, in the Chalice itself.

5. Hookah smoking (Hookahing) - Smoking carried out by means of the Hookah.

6. Smoking substance (Impregnation) - a single-component or multi-component substance in any of the states of aggregation or their combination, which directly allows to realize the main function of smoking, containing (but not necessarily) a biologically active component (for example, nicotine), flavoring agent, smoke-releasing composition or all of the above together in any combination.

7. A mixture is a product of a physical combination of any substances, consisting of two or more substances (components of a mixture). A homogeneous mixture is called a solution (gas, liquid or solid, or in combination), and an inhomogeneous mixture is called a mechanical mixture. Any mixture can be separated into components by physical methods and the composition of the mixture components does not change.

8. Filler - a substance added to the main composition of the mixture to change its properties. The filler can be in any of the physical states of aggregation or a combination thereof, in any physical form (chips, ball, porous body, etc.). The filler may have different physical functions, such as absorption, volatility enhancement, etc.

9. Smoking filler (Filler) - a single-component or multi-component filler for the Mix, for example, finely chopped tobacco leaves.

10. Smoking mixture (Mixture) - a mixture used for Smoking and consisting of Impregnation and Filler.

11. Smoking session (Session) - in case of batch filling of the Hookah with the Smoking mixture (Mixture), the Session is the period of time during which one portion of the Mixture is completely consumed during the Smoking process. For Hookahs with a constant supply of the Mix, the Session is the period of time during which the Mix is smoked until the Smoking is completely stopped by all participants in Smoking, after which there is a rather long break in Smoking.

12. Smoking bowl (Bowl) - used for Smoking, a chamber constantly present in the Hookah with a certain number of holes for the entry and exit of gases, including smoke, in which either the Mix or the Capsule is placed directly.

13. Filter - a gaseous, liquid, solid, solid-liquid, mixed substance (or material), as well as a device, or a combination of them, for physically or chemically separating something from something.

14. Smoking filter (Filter) - a filter, when passing through which the physical or chemical transformation of the Smoke or the gas (for example, air) initially drawn into the Cup or Cupcapsule takes place.

15. Kalaud - a chamber made of sufficiently thermally and chemically stable, as well as mechanically strong material, placed on the Chalice. The Heater is located in Kalaud and most often it is covered with a lid on top, in which there are adjustable slots. There are also cutouts on the sides.

16. Plate for the Heater (Plate) - a plate, film, foil, grate, etc. made of a sufficiently mechanically strong, chemically and temperature-resistant material. movement speed. The plate is made in a diameter and thickness that allows placing a Heater (for example, burning or smoldering coal) on it of the required weight and temperature and placing the Plate without falling on the Bowl.

In accordance with the above terms, hookah devices traditionally consist of a bowl, a shaft, a flask and a hose. A smoking mixture is placed in the bowl, which is then heated using heaters placed on top, for example, charcoal. The bowl is placed on a shaft that is connected to a flask filled with water or other liquid. A hose is attached to the flask in a special way. The smoke from the smoking mixture enters the flask through the shaft, passes through the water, is cleaned and inhaled by the user through the hose.

The bowl is a chamber with holes for the entry and exit of gases, including smoke, usually made of ceramics. It contains the smoking mixture. A foil is placed on the bowl for laying the heating element, usually preheated coals. After the smoking session, the bowl must be cleaned. Damage to the bowl is inevitable due to frequent use. In addition, preparing a bowl with a smoking mixture for a smoking session is a time-consuming procedure. Reducing the amount of time to prepare a smoking session and simplifying the use of the bowl are the primary goals, the solution of which is known in the art.

Known Disposable cup filled with tobacco mixture according to patent US2010242973, publ. 09/30/2010. The bowl is made of Pyrex, a borosilicate glass with low thermal expansion, which is applicable for kitchenware, i.e. safe for consumer health. However, a glass bowl can break, cannot withstand high temperatures, temperature differences during the Session, which is a significant drawback of the bowl in terms of reliability of use.

Known New design bowl for hookah patent CN207870264, publ. 09/18/2018. The design of the bowl of a new type consists of a bowl body and a charcoal container, mounted on the bowl body for placing charcoal, the bowl body is made hollow with an internal cavity for placing the tobacco mixture. The charcoal container is made of a carbon material - carbon, which is an expensive material in terms of cost, which significantly increases the cost of a bowl with such a charcoal container and is commercially unprofitable for the consumer.

The prior art used for hookah holders for the heating element, for example, coals. Lids, foil, sheets, plates, kalauds and other structures are used as holders on bowls. The placement of the holders on the bowl is known to be different, but not always a holder can be provided with a disposable bowl and its placement on the bowl is proposed.

The closest analogue to the claimed technical solution is known from the prior art design Disposable device with packaged tobacco according to the patent US9445630, publ. 09/20/2016. The device contains a bowl with tobacco, a lid, a drain pipe. The bottom of the bowl has many holes, inside it is tobacco, the top of the bowl is closed with a lid with holes, on which coal is placed. The bowl at the bottom has a drain pipe for connecting to the hookah shaft. When storing, the openings of the lid are closed from above with a sheet, which is removed by the tongue before using the hookah. After the smoking session, the disposable device is disposed of. The bowl, lid and outlet pipe are made of aluminum or similar material. Aluminum releases metal ions when heated, which can be harmful to the health of the user. With the convenience of using a disposable bowl for the Session, a significant drawback is the material used for the bowl, lid, outlet pipe, which does not guarantee the safety of the user's health during the Session and affect the organoleptic properties of the smoking mixture, which reduces the quality of the Session.

The proposed invention solves the technical problem of eliminating these shortcomings, namely, it provides a safe and high-quality smoking session.

The technical result of the invention consists in the proposal of a disposable bowl, which, when heated, does not emit harmful combustion products for the user, and a holder for the heating element with the ability to control the heating temperature of the smoking mixture.

To achieve the claimed technical result, a Bowl is proposed, with a smoking mixture placed in it, with a holder for a heating element (hereinafter referred to as the Holder). A distinctive feature is:

- as the material of the Cup, a heat-resistant siloxane elastomer with a heat resistance of at least 200°C is used;

- either Calaud, or the Plate, or the Membrane is used as the Holder;

- The bowl is connected to the Holder by a connecting element;

- as a connecting element, a Ring is used, placed on the Bowl, with the possibility of moving up above the Bowl,

- at the same time, Kalaud or Membrane can be placed on the upper edge of the Ring,

- a The Plate can be placed inside or on the upper edge of the Ring;

- The bowl inside the upper edge has a terraced ledge, and Kalaud on the outer lower edge has a reciprocal terraced ledge for the possibility of connecting with the Bowl;

- The bowl inside the upper edge and Kalaud on the outer lower edge are threaded for the possibility of threaded connection with each other;

- The bowl has latches for a possibility of connection with the Holder.

The bowl material is a heat-resistant siloxane elastomer with a heat resistance of at least 200°C and belongs to the group of silicone rubbers. Its main difference is its increased heat resistance compared to other types of silicone rubber - operating temperatures fluctuate around 200 ° C, while for other silicone rubber this parameter is peak. Silicone elastomers of this type do not contain organic peroxides, sulfur and nitrogen compounds, as well as tin compounds (the vulcanization process proceeds in the presence of a platinum catalyst) and do not emit harmful combustion products. In addition, such rubbers are physiologically inert and do not exhibit toxic properties over time. Because of this, it is this silicone that is suitable for the manufacture of structures in which substances that enter the human body are heated. This material has heat resistance, low residual deformation, low dependence of elasticity and other parameters on temperature. All this together allows the design to function in full mode when heated and be safe for the health of the consumer.

The design provides for a Holder, which is simply and securely installed on the Bowl with the Smoking Mix, due to the provided design features of the Bowl and the Holder, or using a connecting element in the form of a Ring.

When using a connecting element in the form of a Ring, on which the Holder is installed, it is possible to control the distance of the heating element above the smoking Mixture, which ensures uniform heating of the Mixture and preservation of its organoleptic properties. As a result, the placement of the Holder on the Ring contributes to the quality of the Smoking Session.

Placement of the Smoking Mix in the required volume and composition in the Bowl made of heat-resistant siloxane elastomer with its further sealing in industrial conditions, as well as the use of the Holder during the Smoking Session, placed on the connecting element in the form of a Ring, guarantee the quality of the Session and safety for the health of the user, which the technical result is achieved.

Figure 1 - Figure 12 shows the general views of the Bowl and its individual structural elements in various layouts in assembled and disassembled in detail views, where:

1 - bowl; 2 - smoking mixture; 3 - lower opening of the bowl; 4 - plug; 5 - ring; 6 – ring hole; 7 - the edge of the ring; 8 - kaloud; 9 - the lower edge of the kaloud; 10 - plate; 11 – plate hole; 12 - membrane; 13 - protective film; 14 – terrace ledge inside the bowl; 15 – terrace ledge on the lower edge of the kaloud; 16 - threaded connection inside the bowl; 17 - threaded connection on the lower edge of the kaloud; 18 - limiter in the ring; 19 - latch on the bowl.

It should be said that the state of the layout of the Bowl with the smoking mixture is different, namely:

a. Folded - the layout of the entire set in space after all stages of production, intended, for example, for transportation, storage and sale.

b. Dismantled - a separate arrangement in space of all structural elements, intended, for example, for cleaning or replacing one or more elements. In the Disassembled state, the User operates with all elements of the product.

c. Collected - the arrangement of elements in space for the implementation of Hookahing.

Figure 1 shows the Bowl (1) in a disassembled state with a stopper (4), the lower opening of the bowl (3) is a bottom view at an angle.

Figure 2 shows the Bowl (1) in a disassembled state with the Smoking Mixture (2), Calaud (8), Ring (5) with holes (6), protective film (13) - top view at an angle.

Figure 3 shows the Bowl (1) disassembled with the Smoking Mixture (2), the Plate (10) with holes (11), the Ring (5), the protective film (13) - top view at an angle.

Figure 4 shows the Bowl (1) in a disassembled state with the Smoking Mixture (2), the Ring (5) with the limiter (18), the membrane (12) - a top view at an angle.

Figure 5 shows the Bowl (1) in the assembled state with the extended Ring (5) and Kalaud (8) located on the edge of the ring (7) - top view at an angle.

Figure 6 shows the Bowl (1) in the assembled state with the extended Ring (5) and the Plate (10) located on it - a top view at an angle.

Figure 7 shows the Bowl (1) in the assembled state with the extended Ring (5) and the Plate (10) located inside the Ring, viewed from above at an angle.

Figure 8 shows the Bowl (1) in the assembled state with the extended Ring (5) and the Membrane (12) located on the Ring, viewed from above at an angle.

Figure 9 and Figure 10 shows the Bowl (1) in a disassembled state with a terrace ledge inside the bowl (14) and Kalaud (8) with a terrace ledge (15) on the lower edge (9) of Kalaud - top and bottom view at an angle.

Figure 11 shows the Bowl (1) in a disassembled state with a threaded connection inside the bowl (16) and Kalaud (8) with a threaded connection (17) - top view at an angle.

Figure 12 shows the Bowl (1) in the assembled state with the latches (19) and the Plate (10) - top view at an angle.

Bowl elements:

a. The bowl (1) is a chamber of sufficient wall thickness to ensure high-quality Hookahing with the Mixture (2) previously placed there. It is made from a heat-resistant siloxane elastomer based on polysiloxane rubbers, obtained using a platinum-based vulcanization catalyst, with a heat resistance of at least 200 ° C, which does not emit harmful substances when heated, is safe for health, and provides safe and high-quality Hookahing. The bowl can be placed directly on the Mine, without requiring additional funds for this.

b. The Heater Holder, which secures the Heater above the Bowl, has the following versions:

i. Calaud (8).

ii. Plate (10).

iii. Membrane (12) (for example, metal foil or film of heat-resistant material).

With. The connecting element that provides the connection of the Bowl and the Holder has the following versions:

i. Ring (5), put on the Chalice and pushed up

1. with fastening plates on the top edge (7) rings,

2. with mounting plate inside the ring,

3. with Calauda fastening on the upper edge (7) of the Ring.

ii. Terraced ledges (14), (15) inside the upper edge of the Chalice and on the outer lower edge (9) of Calauda.

iii. Screw threads (16), (17) inside the upper edge of the Bowl and on the outer lower edge (9) of Calauda.

iv. Latches (19)

1. on Chalice and Kalauda,

2. on Bowl and Plate.

v. Upper edges for stretching the Membrane

1. with snaps on the bowl to fix the membrane,

2. with the required angle of inclination and the shape of the outer side of the walls of the Wrapping Bowl.

The Bowl with the Smoking Mixture consists of the above elements, where various designs and installations on the Bowl are proposed as the Holder.

Let's consider the design of the Bowl (1) with the Smoking Mixture (2), the Kalaud Holder (8), the Ring (5), the Stopper (4), as shown in Fig. 1 and Fig. 2. In the folded state, the Ring is placed on the outer side of the Bowl, the bottom hole (3) of the Bowl is closed with a Cork (4), the top of the Bowl is closed with a protective film (13), and the Bowl is placed in Kalaud (8). For storage, transportation and sale, the entire structure is placed in a sealed package. To conduct a smoking session, the Bowl (1) is released from the Cork (4) and the protective film (13), installed on the hookah shaft due to the lower hole (3) of the Bowl, the Ring (5) is pushed up above the Bowl (1) and Kalaud (8) placed on the edge (7) of the Ring, as shown in Fig.5. Kalaud has the shape of a bowl and, when placed on the Ring, enters with its lower part inside the Ring until the diameters of the outer Kalaud and the inner Ring coincide, holding tightly in it. A heating element is placed in Kalaud (8). Structurally, Kalaud has adjustable slots for the passage of heat to the smoking mixture (2). The ring (5) may have holes (6) in the form of slots for better convection when the mixture (2) is heated. The heating of the smoking Mixture (2) is regulated by moving the Ring (5) along the Bowl (1), moving or pushing the Kalaud (8) with the heating element to/from the Mixture. Such a constructive regulation of the heating of the Mixture (2) for its uniform heating contributes to the preservation of organoleptic properties and the quality of the smoking session. In addition, the health-friendly material of the Bowl (1) contributes to this - a heat-resistant siloxane elastomer with a heat resistance of at least 200 ° C. Silicone elastomers of this type do not contain organic peroxides, sulfur and nitrogen compounds, as well as tin compounds (the vulcanization process proceeds in the presence of a platinum catalyst) and do not emit harmful combustion products. In addition, such rubbers are physiologically inert and do not exhibit toxic properties over time. Because of this, it is this silicone that is suitable for the manufacture of structures in which substances that enter the human body are heated.

Thus, the material of the Bowl and the uniform heating of the Mixture guarantee a safe and high-quality smoking session.

A variant of the Holder in the form of a Plate (10) with holes (11) is possible, as shown in Fig.3. In this case, the placement of the Plate on the Ring (5) either on the edge (7) of the Ring, as shown in Fig.6, or inside the Ring on the limiter (18), as shown in Fig.7, implies, due to the mobility of the Ring, the movement of the Plate, moving or moving it with the heating element to/from the smoking mixture (2). The holes (11) in the Plate (10) serve to pass heat to the Smoking Mixture. Moving the Plate allows you to regulate the heating of the Mixture (2), heating it evenly, which contributes to the preservation of organoleptic properties and the quality of the Smoking Session.

A variant of the Holder in the form of a Membrane (12) is possible, as shown in Figure 4, in which holes are made before the Smoking Session for the passage of hot air from the heater to the Smoking Mixture (2). At the same time, the placement of the membrane on the edge (7) of the Ring (5), as shown in Fig. 8, due to the mobility of the Ring, allows you to move the Membrane, pushing or moving it with the heating element to/from the smoking Mixture (2). Moving the Membrane regulates the heating of the Mixture, heating it evenly, which contributes to the preservation of organoleptic properties and the quality of the Smoking Session.

It is possible to design the Cup (1) without a connecting element in the form of a Ring (5), when the Cup for the Session is connected to one of the types of the Holder, placing it directly above the smoking Mixture (2). In this case, the Bowl (1) may have a terraced protrusion inside the bowl (14) and, accordingly, Kalaud (8) with a terraced protrusion (15) on the lower edge (9) for the possibility of installing Kalaud in the Bowl, as shown in Fig.9 and Fig.10 . Also, the Bowl (1) may have a threaded connection inside the bowl (16) and a Kaloud (8) with a threaded connection (17) on the lower edge (9) to allow the installation of the Kalaud in the Bowl, as shown in Fig.11. When used as a Holder, the Plate (10) or Membrane (12) is attached to the Cup (1) by means of the latches (19) on the Cup, as shown in Fig.12. Such connections of the Bowl (1) with the Holder are structurally sound.

It should be said that the arrangement of the Bowl with the Smoking Mixture by the Holder of different types allows the consumer, when buying, to make a choice according to his taste, holding the Session with a guarantee of health safety, preservation of the organoleptic properties of the Smoking Mixture and the reliability of the design itself with minimal time spent preparing for this Session.

Let us consider examples of the manufacture and use of a disposable Cup with a Smoking Mixture in a layout with a Holder.

Example 1

Bowl (1) for a hookah (with walls and bottom 10 mm thick) is made of high-strength non-shrink silicone two-component cold curing rubber - SILASTICTM RTV-4136-M Liquid Silicone Rubber (trademark LASIL M) - a heat-resistant platinum-based siloxane elastomer. According to the specifications, it has increased heat resistance compared to other types of silicone rubber - operating temperatures fluctuate around 200 ° C. Silicone elastomers of this type do not contain organic peroxides, sulfur and nitrogen compounds, as well as tin compounds (the vulcanization process proceeds in the presence of a platinum catalyst), and do not emit harmful combustion products. In addition, such rubbers are physiologically inert and do not exhibit toxic properties over time, and are safe for the health of the consumer.

Structurally, the Bowl (1) is filled with a Brusko Medium hookah smoking mixture (2) impregnated with Brusko Grapefruit and Raspberry impregnation, weighing 50g, equipped with a Ring (5) located on its outer surface, a Stopper (4) covering the lower hole (3) of the Bowl , a protective film (13) covering the top of the Bowl, and Kalaud (8). In the folded state, the Bowl (1) is placed in Kalaud (8) and packed hermetically for storage, transportation and sale. The ring (5) is made of AISI 304 food grade stainless steel 1 mm thick. The ring fits snugly against the outer surface of the Bowl (1) with a possible extension upwards above it and without slipping along its surface. The ring increases the rigidity of the structure. The stopper (4) is made of SILASTIC(R) M RTV SILICONE RUBBER BASE, which gives additional rigidity to the Bowl (1) when folded. The protective film (13) is made of food foil. Kalaud is made of AISI 304 stainless food steel 1 mm thick.

When purchasing this disposable Bowl, the consumer opens the package, removes the Cork (4) from the Bowl (1) and removes the protective film (13) from the Bowl. Then he installs the Bowl on the hookah shaft due to the lower hole (3) of the Bowl, the Ring (5) pushes up above the Bowl (1) and Kalaud (8) places it on the edge (7) of the Ring, as shown in Fig.5. Kalaud has the shape of a bowl and, when placed on the Ring, enters with its lower part inside the Ring until the diameters of the outer Kalaud and the inner Ring coincide, holding tightly in it. Coals are placed on Kalaud (8) and heat flows through the slots to the smoking mixture. The heating of the smoking Mixture (2) is controlled by the consumer by moving the Ring (5) along the Bowl (1), moving or pushing the Kalaud (8) to/from the Mixture (2) to evenly heat it, which helps to preserve the organoleptic properties of the Mixture. The smoke from the mixture enters the mine and further to the consumer. After the end of the Smoking Session, the consumer can dispose of the Cup or use it again at his discretion.

Thus, the quality of the Session is guaranteed by the preservation of the organoleptic properties of the Smoking Mixture and safety for health due to the material and structural elements of the Bowl, disposability, hygiene, manufacturing under industrial conditions.

Example 2

Bowl (1) for a hookah (with walls and bottom 10 mm thick) is made of high-strength non-shrink silicone two-component cold curing rubber - SILASTICTM RTV-4136-M Liquid Silicone Rubber (trademark LASIL M)) - heat-resistant platinum-based siloxane elastomer with heat resistance not less than 200°C, does not emit harmful combustion products, is safe for consumer health.

Structurally, the Bowl (1) is filled with a tobacco-free smoking Blend (2) for the Dark Side Core hookah - SUPERNOVA weighing 50g, equipped with a Ring (5) located on its outer surface, a Cork (4) covering the lower hole (3) of the Bowl, a protective film (13) covering the top of the Cup, and the Plate (10). In the folded state, the Plate (10) is placed on the Bowl (1) and the whole structure is packed hermetically for storage, transportation and sale. The ring (5) is made of stainless food steel AISI 304 1 mm thick with holes (6) in the form of slots around the circumference at different heights. The ring fits snugly against the outer surface of the Bowl (1) with a possible extension upwards above it and without slipping along its surface. The ring increases the rigidity of the structure. The stopper (4) is made of SILASTIC(R) M RTV SILICONE RUBBER BASE, which gives additional rigidity to the Bowl (1) when folded. The protective film (13) is made of food foil. The plate (10) is made of fire-resistant stainless steel AISI 304 1 mm thick with holes (11) in the form of slots.

When purchasing this disposable Bowl, the consumer opens the package, removes the Cork (4) from the Bowl (1) and removes the protective film (13) from the Bowl. Then he installs the Bowl on the hookah shaft due to the lower hole (3) of the Bowl, the Ring (5) pushes up above the Bowl (1) and the Plate (10) is placed on the edge (7) of the Ring, as shown in Fig.6. The ring (5) has holes (6) around the circumference, due to which convection increases when the Mixture (2) is heated. The plate (10) has holes (11) in the form of slots for the passage of heat to the smoking mixture (2). On the Plate, the consumer places coals and through the slots, heat enters the smoking mixture. The heating of the smoking Mixture (2) is controlled by the consumer by moving the Ring (5) along the Bowl (1), moving or moving the Plate (10) to/from the Mixture (2) for its uniform heating, which contributes to the preservation of the organoleptic properties of the Mixture. The smoke from the mixture enters the mine and further to the consumer. After the end of the Smoking Session, the consumer can dispose of the Cup (1) or reuse it at his discretion.

Thus, the quality of the Session is guaranteed by the preservation of the organoleptic properties of the Smoking Mixture and safety for health due to the material and structural elements of the Bowl, disposability, hygiene, manufacturing under industrial conditions.

Example 3

Bowl (1) for a hookah (with walls and bottom 10 mm thick) is made of high-strength non-shrink silicone two-component cold curing rubber - SILASTICTM RTV-4136-M Liquid Silicone Rubber (trademark LASIL M)) - heat-resistant platinum-based siloxane elastomer with heat resistance not less than 200°C, does not emit harmful combustion products, is safe for consumer health.

Structurally, the Bowl (1) is filled with the Brusko Medium Smoking Mixture (2) for the Brusko Medium hookah impregnated with Brusko “Pear with Banana” weighing 50g, equipped with a Ring (5) located on its outer surface, a Cork (4) covering the lower hole (3) of the Bowl , the protective film (13) covering the top of the Bowl, and the Plate (10). In the folded state, the Plate (10) is placed on the Bowl (1) and the whole structure is packed hermetically for storage, transportation and sale. The ring (5) is made of AISI 304 stainless food steel 1 mm thick with a limiter (18) inside along the perimeter in the form of a protrusion. The ring fits snugly against the outer surface of the Bowl (1) with a possible extension upwards above it and without slipping along its surface. The ring increases the rigidity of the structure. The stopper (4) is made of SILASTIC(R) M RTV SILICONE RUBBER BASE, which gives additional rigidity to the Bowl (1) when folded. The protective film (13) is made of food foil. The plate (10) is made of fire-resistant stainless steel AISI 304 1 mm thick with holes (11) in the form of slots.

When purchasing this disposable Bowl, the consumer opens the package, removes the Cork (4) from the Bowl (1) and removes the protective film (13) from the Bowl. Then he installs the Bowl on the hookah shaft due to the lower hole (3) of the Bowl, the Ring (5) pushes up above the Bowl (1) and the Plate (10) is placed on the stopper (18) in the Ring, as shown in Fig.7. The plate (10) has holes (11) in the form of slots for the passage of heat to the smoking mixture (2). On the Plate, the consumer places coals and through the slots, heat enters the smoking mixture. The heating of the smoking Mixture (2) is controlled by the consumer by moving the Ring (5) along the Bowl (1), moving or moving the Plate (10) to/from the Mixture (2) for its uniform heating, which contributes to the preservation of the organoleptic properties of the Mixture. The smoke from the mixture enters the mine and further to the consumer. After the end of the Smoking Session, the consumer can dispose of the Cup (1) or reuse it at his discretion.

Thus, the quality of the Session is guaranteed by the preservation of the organoleptic properties of the Smoking Mixture and safety for health due to the material and structural elements of the Bowl, disposability, hygiene, manufacturing under industrial conditions.

Example 4

Bowl (1) for a hookah (with walls and bottom 10 mm thick) is made of high-strength non-shrink silicone two-component cold curing rubber - SILASTICTM RTV-4136-M Liquid Silicone Rubber (trademark LASIL M)) - heat-resistant platinum-based siloxane elastomer with heat resistance not less than 200°C, do not emit harmful combustion products, are safe for consumer health.

Structurally, the Bowl (1) is filled with the Brusko Medium Smoking Mixture (2) for the Brusko Medium hookah impregnated with Brusko “Berry Juice”, weighing 40g, equipped with a Ring (5) located on its outer surface, a Stopper (4) covering the lower hole (3) of the Bowl, protective film (13) covering the top of the Bowl and Membrane (12). In the folded state, the Membrane (12) is placed on the Bowl (1) and the whole structure is packed hermetically for storage, transportation and sale. The ring (5) is made of stainless food steel AISI 304 1 mm thick with holes (6) in the form of slots around the circumference at different heights. The ring fits snugly against the outer surface of the Bowl (1) with a possible extension upwards above it and without slipping along its surface. The ring increases the rigidity of the structure. The stopper (4) is made of SILASTIC(R) M RTV SILICONE RUBBER BASE, which gives additional rigidity to the Bowl (1) when folded. The protective film (13) is made of food foil. The membrane is made of silicone brand SILASTIC(R) M RTV SILICONE RUBBER BASE with a thickness of 0.2 mm.

When purchasing this disposable Bowl, the consumer opens the package, removes the Cork (4) from the Bowl (1) and removes the protective film (13) from the Bowl. Then he installs the Bowl on the hookah shaft due to the lower hole (3) of the Bowl, the Ring (5) pushes up above the Bowl (1) and the Membrane (12) is placed on the edge (7) of the Ring, wrapping the edge outside, as shown in Fig.8. Holes are pierced in the Membrane (12) for passing hot air from the heater to the Smoking Mixture (2). On the Membrane, the consumer places coals and heat is supplied to the Smoking Mixture. The heating of the Smoking Mixture (2) is controlled by the consumer by moving the Ring (5) along the Bowl (1), moving or moving the Membrane (12) to/from the Mixture (2) to evenly heat it, which helps to preserve the organoleptic properties of the Mixture. The smoke from the mixture enters the mine and further to the consumer. After the end of the Smoking Session, the consumer can dispose of the Cup or use it again at his discretion.

Thus, the quality of the Session is guaranteed by the preservation of the organoleptic properties of the Smoking Mixture and safety for health due to the material and structural elements of the Bowl, disposability, hygiene, manufacturing under industrial conditions.

Claims (5)

1. A bowl with a smoking mixture and a holder for a heating element, characterized in that the bowl is made of a heat-resistant siloxane elastomer with a heat resistance of at least 200 ° C and contains a connecting element in the form of a ring placed on the bowl with the possibility of extension upwards. 2. The bowl according to claim 1, characterized in that the holder is made in the form of a kaloud with the possibility of installation on the ring. 3. The bowl according to claim 1, characterized in that the holder is made in the form of a plate with the possibility of installation on the ring. 4. The bowl according to claim 1, characterized in that the holder is made in the form of a plate with the possibility of installation in the ring. 5. The bowl according to claim 1, characterized in that the holder is made in the form of a membrane with the possibility of installation on the ring.

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