Heating device for inhaling flavour

FIELD: personal use articles.

SUBSTANCE: invention relates to an unheating device for inhalation flavour, which comprises: a hollow holder, at that the holder forms an internal passage for passing air drawn from the side of the front end to the mouthpiece end; and the flavour-emitting source arranged in the holder, at that the flavour-emitting source is air-permeable and is able to emit flavouring into the air passage without igniting; and the flavour-emitting source divides the air passage into two areas along the longitudinal axis; one of the areas forms the front section at the side of the front end, extending from the front end to the mouthpiece end of the holder for suction, and the other area forms the rear section at the side of the mouthpiece end; at that the rear section comprises a front passage extending from the front end to the mouthpiece end of the holder for suction along the front section at the side of the front end, and the rear passage extending from the front passage to the mouthpiece end, at that the front passage and the front section at the side of the front end are arranged on both sides of the longitudinal axis, and at that the open surface area of the flavour-emitting source is greater than the cross sectional area of the holder for suction, limited by its inner circumference.

EFFECT: providing a larger contact area between the air and the flavour-emitting materials.

16 cl, 20 dwg

 

Area of technology

The present invention relates to nenagrelsya device for inhalation of the fragrance, which enables the opportunity of obtaining consumer pleasure from tobacco flavor, etc. by inhaling the air without the need of firing.

The level of technology

Cigarette long steel products, used for pleasure, providing refreshing/regenerating. However, in recent years more and more widely discussed the impact on the environment side of the smoke and odor emitted from a burning cigarette.

To mitigate this problem is known smokeless cigarette contains: a hollow cylindrical holder containing an inlet for air and a mouthpiece end; breathable capsule held inside the holder; and the tobacco material impregnated with the aromatic components of the tobacco, Packed in a capsule (patent document 1). When using this smokeless cigarettes provides the possibility of obtaining the consumer the pleasure of tobacco aroma through inhalation of air passing through the capsule.

Closest technical solution of the prior art

Patent document 1: Japanese laid patent application No. Hei 2-2331.

Summary of the invention

The problem solved by the invention

In smokeless cigarette, races�rytas in patent document 1, the capsule is made in the form of a cylinder extending along the axis of the holder and breathable only at the ends facing the inlet for air and a mouthpiece to the end, respectively. Thus, the consumer, sucking air through a mouthpiece end, compels the air to go through the capsule in the direction of the axis of the holder, where the cross sectional area of the stream of air passing through the capsule is limited by the cross sectional area of the capsule and, therefore, the cross-sectional area of the holder.

As a result, the contact area between the air passing through the capsule, and the tobacco material is small, and thus not given the chance to receive the consumer the pleasure of a sufficient amount of fragrance inhalation of air.

To overcome this shortcoming can be Packed tobacco materials in the capsule with increased density or use a capsule greater length in the axial direction. However, these solutions lead to the fact that the consumer is experiencing unusual sensations in comparison with the sensations experienced when Smoking cigarettes.

The object of the present invention is to provide nenapravilo device for inhalation of fragrance that provides a large contact area between air and aromachemicals material�AMI, for example in tobacco materials, and provides the ability for the user to easily breathe air with aromatic substances emitted from the source emitting the scent.

Means of solving the task

To solve this problem is proposed anagrelide device for inhalation of flavor, containing:

- hollow holder for suction, having a longitudinal axis; a front end and a rear end serving as a mouthpiece end, wherein the holder forms an internal passage for passing the air drawn from the front end to the mouthpiece end; and

- aromatese source placed in said holder, and specified anomalopidae source is air permeable and is capable of extracting aromatic substances into the passage for air without igniting;

wherein said anomalopidae source divides the passage for air into two regions along the longitudinal axis in the direction of the holder for suction;

one of these two regions forms the front section of the front end, continuing from the front end to the mouthpiece end of the holder for suction,

and the other of the two regions forms the back section from the mouthpiece end; and specified rear section from m�Nastusha end includes a front passage, continuing from the front end to the mouthpiece end of the holder for the suction along the front section from the anterior end and the anus, extending from the front passage to the mouthpiece end, and the front passage and the front section of the front end are located on both sides of the longitudinal axis; and

the area of the exposed surface aromachemicals source more cross-sectional area of the specified holder for suction, limited his inner circle.

It is desirable that the front section contained the entrance for entry of ambient air, provided at least at one side in the peripheral wall and/or in the front end wall of the holder for suction, to allow entry of ambient air and flow it to the source emitting the scent.

In such a device for inhalation of a scent when vacuuming by the consumer of air through the mouthpiece end of the holder for suction of the surrounding air is compelled to flow to aromachemicals source via the inlet for the intake of ambient air in the holder for the suction, then to the passage through anomalopidae source in the radial direction of the holder for the suction to the passage to the rear section. Due to the design aromachemicals high�CA is provided by the surface area, a large cross-sectional area of the holder for suction, bounded on its inner periphery, an air inlet, thereby providing sufficient contact of the air with aromachemicals source and, thus, provided a sufficient amount of aromatic substances emitted from the source emitting the scent. The air then continues to the rear section to the mouthpiece end, and then - in the mouth of the consumer.

The user can thus get pleasure from the aroma through inhalation of air containing a sufficient amount of aromatic substances.

Holder for suction may contain two polutrube, detachable from each other along the plane in which is located the longitudinal axis. This allows you to make a holder for the suction open and close to allow easy replacement of the source emitting the scent.

Anomalopidae source can be held in one of polutropos and the holder for the suction may further comprise a hinge for connecting polutropos thus, to allow opening and closing of polutropos.

Holder for suction may further comprise end wall provided at the front end, partially closing the front opening, and a partition, �obespechennuyu from the mouthpiece end, for partially closing the inner passage of the holder for suction; wherein the end wall forms a front end of the rear section, and the partition forming the rear end of the front section.

Anomalopidae source may include a pouch containing particles obtained by cutting or crushing tobacco leaves, and breathable wrap covering these particles.

Anomalopidae source may further comprise a frame holder for holding the bag. Using the holder to prevent movement of the bag holder for suction.

It is desirable that the holder for the suction also contain a hole at the front end and to anomalopidae source could enter the holder for suction through a hole open in it by the end of aromachemicals source.

Device for suction may further comprise a cover, which you can move for closing or opening the holes.

Anomalopidae source may contain particles obtained by cutting or crushing tobacco leaves, and the encasement of the particles where the shell contains two air-permeable surfaces, and anomalopidae source is located in the holder for suction so that the two breathable degree.�recovery surface along the longitudinal axis and facing toward the front and rear sections, respectively.

The technical result provided by the invention

By means of the present invention may be provided with a large contact area between aromachemicals source and air and may be possible for the user to easily breathe air with aromatic substances emitted from the source emitting the scent.

Brief description of the drawings

Fig.1 is a longitudinal section of a variant of the device for inhalation of the fragrance according to the invention, referred to the group A;

Fig.2 - cross section along II-II in Fig.1;

Fig.3 is a perspective view of a bag representing anomalopidae source;

Fig.4 is a longitudinal section of another embodiment, referred to the group A;

Fig.5 is a longitudinal section of another embodiment, referred to the group A;

Fig.6 - longitudinal section of a variant of the device for inhalation of the aroma, are related to the group;

Fig.7 - cross section along VII-VII in Fig.6;

Fig.8 is a perspective view of the bag support plate shown in Fig.6;

Fig.9 is a cross section of another example of a bag support plate;

Fig.10 is a perspective view of another example of a bag support plate;

Fig.11 is a longitudinal section of a variant of the device for inhalation of fragrance is classified as C;

Fig.12 - cross section along XII-XII in Fig.11;

<> Fig.13 is a longitudinal section of another embodiment related to the group;

Fig.14 is a longitudinal section of another embodiment related to the group;

Fig.15 is a cross-sectional view taken along XV-XV in Fig.14;

Fig.16 is a longitudinal section of a variant of the device for inhalation of the fragrance, classified in group D;

Fig.17 - cross section along XVII-XVII in Fig.16;

Fig.18 is a longitudinal section of a variant of the device for inhalation of the aroma, referred to the group E;

Fig.19 is a front view of the device for inhalation of the aroma,

is shown Fig.18; and

Fig.20 is a longitudinal section of another example of a mouthpiece end of the holder for the suction.

The preferred embodiment of the invention

As shown in Fig.1 and 2, anagrelide device 1 for inhalation of the fragrance according to the embodiment(1) comprises a holder 2 for suction, fabricated from a synthetic polymer. The holder 2 for the absorption is made in the form of a hollow cylinder, open at the back, or middle, end and closed at the front, or remote, end, i.e. containing the front wall.

The rear end of the holder 2 for suction serves as a mouthpiece of the end 8.

The holder 2 for suction contains a semi-circular partition wall 4 inside it. The partition wall 4 is located at the mouthpiece end of the holder 2 for suction. Partition 4 protrudes from the inner surface of the holder for the suction to close approximately half of the cross section of the holder 2 for suction. The holder 2 for suction also includes a pair of ribs 6 on the inner surface. The ribs 6 are facing each other so that the longitudinal axis of the holder 2 for the absorption is located between them, and the ribs extend from the inner edge of the partition 4 to the front wall of the holder 2 for the absorption parallel to the longitudinal axis of the holder 2 for suction.

Aromachemicals source is the bag 30 is filled with tobacco and laid on the ribs 6.

More specifically, the bag 30 extends from the front wall of the holder 2 for suction up to 4 partitions, along the longitudinal axis of the holder 2 for suction, and has a width approximately equal to the inner diameter of the holder 2 for suction.

The pouch 30 and partition the inner space 4 of the holder 2 for the suction is divided into a front section 10 and a rear section 14. The front section 10 is the section bounded by the front wall of the holder 2 for the absorption, partition 4, the pouch 30 and part of the inner surface of the holder 2 for suction extending between the front wall and the partition wall 4, while the rear section 14 extends from the front wall of the holder 2 for the suction to the mouthpiece end 8. More specifically, the rear section 14 includes a front passage with a semicircular shape in cross section, continuing along the front h�AI 10, and anus circular shape in cross section, extending from the front aisle to a mouthpiece end 8. The surface area of the pouch 30 that is open (i.e., exposed) to the front section 10 is thus substantially larger cross-sectional area of the holder 2 for suction, limited by the inner diameter of the holder 2 for suction.

The bag 30 is mounted on a pair of ribs 6 so that its side edges arranged on the respective ribs 6, and, thus, his stillness inside the front section 10. It should be noted that, when the bag is laid 30 to limit the front section 10, there is a space 15 of a given size extending from the front wall of the holder 2 for suction up to 4 partitions, between the peripheral wall of the holder 2 for the suction and the bag 30, as shown in Fig.1 and 2.

As shown in Fig.3, the bag 30 contains: particles obtained by cutting or crushing tobacco leaves; and flexible and air permeable wrapper, made of nonwoven material, etc., covering these particles.

The holder 2 for the absorption of contains in the peripheral wall of the inputs 12 to the ambient air. Inputs 12 to the ambient air is distributed in the section of the front section 10 and are designed to connect the front section 10 with the external environment is relatively �of ergates 2 for suction. In the holder 2 for suction thus formed air passage 17 connecting the inputs 12 to the ambient air from the mouthpiece end of the 8th and continued through the front section 10 and rear section 10.

When using the above described device 1 for inhalation of the scent when vacuuming by the consumer of air through the mouthpiece end 8 of the holder 2 for the suction, it causes the surrounding air to first go to the front of the section 10 or in the space 15, through the inlets 12 to the ambient air in the holder 2 for suction, then compels continue from all parts of the space 15 in the bag 30, and then through the bag 30, in the radial direction of the holder 2 to suction in the rear section 14, as shown by the arrows of Fig.1. The air, therefore, continues through the pouch 30, evenly through all parts in its length along the longitudinal axis of the holder 2 for suction. This allows sufficient contact of the air with the particles in the bag 30, and, thus, provided a sufficient amount of aromatic components of the tobacco emitted from the source emitting the scent. The air then continues to the rear section 14, a mouthpiece to the end of 8, and then in a user's mouth.

The user can thus enjoy sufficiently from tobacco flavor by�m inhalation of air containing a sufficient amount of aromatic components of the tobacco.

Following are the different variants of the device for inhalation of the fragrance, where the elements and parts performing the same functions as in the above-described embodiment are denoted by the same positions for their explanations.

The device 1 for inhalation of the fragrance according to the embodiment(2) shown in Fig.4 differs from the device 1 for inhalation of the fragrance according to the embodiment(1) only in that it has at least one inlet 13 to the ambient air instead of inputs 12 to the ambient air. More specifically, the device 1 for inhalation of the fragrance according to the embodiment And(2) contains the input 13 to the ambient air in the front wall of the holder 2 for suction, which connects the space 15, which represents the front section 10, with the external environment relative to the holder 2 for suction.

When using the device 1 for inhalation of the fragrance according to the embodiment(2), when vacuuming by the consumer the air, it causes the surrounding air to first go into the space 15, which represents the front section 10, via the input 13 to the ambient air, and then compelled to go out of the space 15 in the bag 30 and through the pouch 30, evenly across all parts of its length along the longitudinal axis of the holder 2 for suction, as in option A(1). This ensures enoug�: the levels in the air of aroma components of tobacco, released from the particles in the bag 30.

The device 1 for inhalation of the fragrance according to the embodiment (3) shown in Fig.5, contains both the inputs 12 to the ambient air, as shown in variant A(1) and the inlet 13 to the ambient air, as shown in option A(2). When using this device 1 for inhalation of the scent when vacuuming by the consumer the air, it causes the surrounding air to enter the space 15, which represents the front section 10 in the direction of the longitudinal axis of the holder 2 for suction and in its radial direction. The device 1 for inhalation of the fragrance according to the embodiment(3) has the same advantage as with previous versions.

The device 1 for inhalation of the fragrance according to the embodiment In shown Fig.6 differs from alternative A(1) only design to maintain the bag 30 in the holder 2 for suction.

More specifically, option b includes a semi-circular hole 16 for extracting, located in the front wall of the holder 2 for suction. Hole 16 is provided for extracting the access to the front of the section 10 from the outer side of the holder 2 for suction. As shown in Fig.7, the holder 2 includes a pair of suction grooves 22 on the inner surface instead of the pair of ribs 6. Grooves 22 facing each other in such a way that cont�price axis of the holder 2 for the absorption is located between them, and continue parallel to each other from hole 16 to extract holder 2 for suction up to 4 partitions.

In addition, as shown in Fig.8, the pouch 30 is fixed in a rectangular supporting frame 18. Support frame 18 has a thickness, slightly smaller width of the groove 22, and a width somewhat less than the distance between the stems). two of the grooves 22. Support frame 18 includes a bore 20 in which the bag 30 remains uncovered within the rear section 14. The hole 20 is smaller than the width and length of the bag 30.

The bag 30 is attached to support frame 18 may be inserted, with the possibility of removal, to limit the front section 10 through the opening 16 for retrieval. More specifically, using the hole 16 for retrieval, the user can match the lateral edge of the supporting frame 18 with the respective grooves 22, and then to push the support frame 18 with the bag 30 attached thereto, the holder 2 for the absorption along the grooves 22, thus, setting the bag 30 with the supporting frame 18, to limit the front section 10.

When using the device 1 for inhalation of the fragrance according to the embodiment, when the suction consumer of air, it causes the surrounding air to first go into the space 15, which represents the front section 10, via the inputs 12 to the ambient air and the hole 16 d�I eject and then continues through the pouch 30 evenly through all its parts. Thus, when using the device 1 for inhalation of fragrance under alternative b, the user can also get the tobacco flavor is sufficiently. In addition, when using the device 1 for inhalation of fragrance under alternative b, the user can remove the bag 30 from the inner space of the holder 2 for suction. Thus, if from the bag 30 is allocated a reduced amount of aromatic components of the tobacco, the user can replace only the bag 30 or pouch 30 with the supporting frame 18 new bag 30 or pouch 30 with the supporting frame 18.

The support frame 18 can be replaced by a supporting frame 19 type of bag shown in Fig.9. This supporting frame 19 is arranged to hold the bag 30 within the frame, and it contains a hole 20, in which the bag 30 remains uncovered as to the space 15 and relative to the rear section 14.

The pouch 30 with the supporting frame 18 or 19 may be replacements disposable cartridge 44 shown in Fig.10. The cartridge 44 includes a breathable shell particles 46 and 47, which are filled sheath 46. More specifically, the sheath 46 is composed of a supporting frame 48, similar in shape supporting frame 18, and breathable Fox�s 49, which covered the holes of the supporting frame 48 on both sides of the supporting frame 48. Breathable sheet 49 may be, for example, sheets of nonwoven material or from the grid.

Support frame 18, 19, 48 may be provided with semi-circular cover 21, which is intended for closing the openings 16 for retrieval after the introduction of the supporting frame 18, 19, 48 to limit the front section 10. Cover 21 shown in Fig.8 dash-dotted line with two dots. If the cover 21 includes a lug (not shown) from the outside, thanks to its use facilitates the extraction of the support frame 18, 19 or 48 of the holder 2 for suction.

The device 1 for inhalation of the fragrance according to the embodiment(1) shown in Fig.11, contains open and close the holder 2 for suction. More specifically, the holder 2 consists of a suction polutropos 24, 26. In polocrosse 24 are: partition 4; the front section 10; a portion of the rear section 14 and the inlets 12 to the ambient air; whereas in polocrosse 26 is the remainder of the rear section 14.

Polustrovo contains 26 on the inner surface two grooves 23, is equivalent to the above-mentioned grooves 22. More specifically, the grooves 23 extend from openings, two lateral limiting edges of polutrube 26, parallel to the longitudinal axis of the holder 2 for suction line�EN. As shown in Fig.12, each groove 23 is open on the side facing to the longitudinal axis and from the side adjacent to the side edge of polutrube 24.

Polutrube 24, 26 joined by a flexible hinge 28 at the front end of the holder 2 for suction. Polocrosse 26 can be driven out from polutrube 26 or together with polutropos 26 by rotation of polutrube 24 around the axis of the flexible hinge 28 on polutrube 26. Fig.11 Polustrovo 24 shown in reserved (open) position by dash-dot lines with two points.

One of polutropos 24, 26 includes a recess 29A in each lateral edge, while the other contains the corresponding protrusion 29b on each side edge. Thus, when connecting polutropos 24, 26 back to back with each other for closing the holder 2 for the absorption of each protrusion 29b communicates with a corresponding recess 29a. Thanks to this partnership between the recess and the projection 29a 20b prevents accidental opening of the holder 2 for suction and ensure the stable retention of the holder 2 to the suction in the closed state.

As shown in Fig.12, in the closed holder 2 for suction is a supporting frame 18 with attached pouch 30 to limit the front section 10, and its side edges are inserted into the corresponding grooves 23 and, thus, are located between the side edges on�trubek 24, 26. The bag 30 is thus held in position inside the front section 10 so that secured the space 15, which represents the front section 10 between the inner surface of polutrube 24 and the pouch 30. Therefore, when using the device 1 for inhalation of the fragrance according to the embodiment(1), when vacuuming by the consumer the air, it also causes the surrounding air to go through the bag 30 evenly through all its parts. The user can thus get pleasure from a sufficient quantity of tobacco flavor released from the particles in the bag 30.

In addition, if a holder 2 for suction is made with the possibility of opening and closing, then you can easily replace the bag 30.

The device 1 for inhalation of the fragrance according to the embodiment(2) shown in Fig.13, includes a holder 2 for suction, comprising a body holder 32 and is integrally molded ferrule 40, which is a mouthpiece end 8. The housing 32 of the holder and the tip 40 are connected together, with the possibility of separation.

More specifically, the housing 32 of the holder contains polutrube 33, 34, such polutropos 24, 26, shown in Fig.11 and 12. Polutrube 33, 34 joined by a flexible hinge 28 at the front end of the housing 32 of the holder.

Polutrube 33, 34 (each) contain a projection on the rear end. When connecting the p�ultrabook 33, 34 with each other for closing the housing 32 of the holder, the projections form a tubular coupling 36. A tubular coupling 36 is attached to the front pass rear section 14. Incidentally, the back wall of polutrube 33 serves as the above-mentioned 4 partitions.

The handpiece 40 includes a hole 38 at the front end. A tubular coupling 36 is adapted to introduce it into the opening 38 or the removal of it. Through the introduction of a tubular connection 36 into the opening 38 of the nozzle 40 and the housing 32 of the holder together with the possibility of separation.

When using the device 1 for inhalation of the fragrance according to the embodiment(2) the consumer can get pleasure from a sufficient quantity of tobacco flavor, like when using the device 1 for inhalation of the fragrance according to the previous embodiments. In an embodiment(2), in which a tubular coupling 36 of the housing 32 of the holder is introduced into the hole 38 of the tip 40, is not required to polutrube 33, 34 contained a recess or ledge 29a 29b.

The device for inhalation of fragrance under options 1 S(1), (2) can be made so that the holder 2 for the absorption or the body 32 of the holder contained a flexible connecting hinge 28, continuing along the longitudinal axis in the side wall.

The device 1 for inhalation of the fragrance according to the embodiment(3) shown in Fig.14 and 15 differs from variant(1), Polustrovo contains 24 of the groove 23. More specifically, each groove 23 is open on the side facing the longitudinal axis, and a lateral side facing the lateral edge of polutrube 26. Support frame 18 is inserted into the grooves 23 and, thus, connected with the possibility of separation, with polutropos 24. Polutrube 24, 26 are connected together only through the use of recess protrusions 29a and 29b.

In the device 1 for inhalation of the fragrance according to the embodiment(3) of the supporting frame 18 is integrally connected to polutropos 24. Thus, when lifting polutrube 24 for opening of the holder 2 for suction bag 30 attached to support frame 18, raise together with polutropos 24. In this embodiment, the pouch 30 is replaced by replacement of polutrube 24 new polutropos 24.

The device 1 for inhalation of the fragrance according to the embodiment(2) can also be performed so that Polustrovo 33 contained grooves 23.

The device 1 for inhaling the aroma of D according to the embodiment shown in Fig.16 and 17 differs from the device 1 for inhalation of the fragrance according to the embodiment(1) in that it does not contain any partitions 4, space 15. The bag 30 is located at the front end side of the holder 2 for suction and is in contact with the inner surface of the holder 2 for suction. More specifically, the pouch 30 m� on a pair of ribs 6 and attached to the inner surface of the holder 2 for suction, from top side, e.g. by a binder. The ribs 6 extend to the end of the bag 30 facing the end of a mouthpiece 8. Inputs 12 to the ambient air, represents the front section 10, made in the peripheral wall of the holder 2 for suction, in a section where the bag 30 is in contact with the inner surface of the holder 2 for suction.

When using the device 1 for inhaling the aroma of D according to the embodiment, when the suction consumer of air through the mouthpiece end of 8, he also compels the air to enter the holder for suction, continue to the bag 30 through the entrance 12 to the ambient air, to continue using the bag 30 in the radial direction of the holder 2 for suction and continue to the back section 14. In this embodiment, the pouch 30 is not completely filled with particles. Thus, the air continues through the pouch 30 in contact sufficiently with the particles in the bag 30, so that the contact area between air and particles increases in the direction toward the rear section 14. This provides the possibility that the air contained a sufficient amount of aromatic components of the tobacco that is released from the pouch 30.

Anomalopidae source 30 may be placed in the holder 2 for suction only using the binder, without maintaining the help of a pair of ribs 6. The device 1 for inhaling the aroma of the options assigned to the group, can also be performed so that anomalopidae source 30 is attached to the inner surface of polutropos 24 or 33.

The device 1 for inhalation of the fragrance according to the embodiment E shown in Fig.18 and 19, comprises a hollow holder 50 for suction, open at both ends and containing an air passage 17, approximately square in cross section. More specifically, as shown in Fig.18, an air passage 17 is divided by two side surfaces, bottom surface and top surface. Two side surfaces (each) contain inclined grooves 42. Grooves 42 each have an open end at the front end of the holder 2 for suction, near the bottom surface, and extend from their open ends to the top surface parallel to each other.

Inside of the holder 50 to the suction inserted, for example, the cartridge 44 shown in Fig.10, with the use of inclined grooves 42. More specifically, the cartridge 44 is inserted into the holder 50 to the suction in a horizontal position, the lateral edges of the supporting frame 48, is introduced into the inclined grooves 42, respectively. The cartridge 44 divide the air passage 17 to the front section 10 near the front end of the holder 50 for the suction and the rear section 14 near the mouthpiece end 8.

When using the device 1 for inhalation of the aroma, shown in Fig.18, when suction consumer of air through the mouthpiece end of the 8th air also enters the front section 10 through the front end of the holder 50 for the suction, then continues through the cartridge 44, which Packed particles 47, evenly across all parts of the chamber of the cartridge 44, is filled with particles 47, and then through the back section 14 to the end of a mouthpiece 8.

In this embodiment, the surface area of the chamber of the cartridge 44, is filled with particles 47, naked in the front section 10, the cross-sectional area of the holder 2 for the suction that allows the consumer to inhale the air containing a sufficient amount of aromatic components of the tobacco that is released from the particles.

The above embodiments of do not limit the invention to only the described embodiments, which may be modified in various ways without leaving the scope of the claims.

For example, a portion constituting a mouthpiece end 8 and which has a circular shape in the described embodiments, may be conical, as shown in Fig.20.

The bag 30 may include particles made of, e.g., from tea leaves, that he was the source for the isolation of aroma, different from tobacco aroma.

The holder 2 has suction in opisan�x versions a cylindrical shape, but it may be different, for example box-shaped form.

A list of items

1 - Device for inhaling the aroma.

2 - Holder for suction.

4 - Partition.

6 - Rib.

8 - the Mouthpiece end.

10 - the Front section.

12, 13 - Input for ambient air.

14 - Rear section.

15 - Space.

16 - the eject Hole.

17 - Air passage.

18, 19 - Supporting frame.

20 - Hole.

21 - Cover.

22, 23 - the Groove.

24, 26 - Polustrovo.

28 is a Flexible hinge.

29a, 29b of the groove, the ledge.

30 - Pouch (anomalopidae source).

32 - Housing of the holder.

33, 34 - Polustrovo.

36 - Tubular connection.

38 - Hole

40 Tip.

42 is an Inclined groove.

44 Cartridge.

46 - Breathable shell.

47 - Particles.

48 - Supporting frame.

The 49 air-Permeable sheet.

50 - Holder for suction.

1. Anagrelide device for inhalation of the fragrance that contains:
- hollow holder for suction, having a longitudinal axis; a front end and a rear end serving as a mouthpiece end, wherein the holder forms an internal passage for passing the air drawn from the front end to the mouthpiece end; and
- aromatese a source placed in the specified holder, and the specified aromaticus�schy source is air permeable and is capable of extracting aromatic substances into the passage for air without igniting;
wherein said anomalopidae source divides the passage for air into two regions along the longitudinal axis in the direction of the holder for suction;
one of these two regions forms the front section of the front end, continuing from the front end to the mouthpiece end of the holder for suction,
and the other of the two regions forms the back section from the mouthpiece end; and specified the rear section from the mouthpiece end includes a front passage extending from the anterior end to the mouthpiece end of the holder for the suction along the front section from the anterior end and the anus, extending from the front passage to the mouthpiece end, and the front passage and the front section of the front end are located on both sides of the longitudinal axis; and
the area of the exposed surface aromachemicals source more cross-sectional area of the specified holder for suction, limited his inner circle.

2. The device according to claim 1, wherein the front section has at least one inlet for ambient air, provided at least either in the peripheral wall or on the front end of the holder for the suction to allow the outside in�zdwhu leaking in the front section.

3. The device according to claim 2, wherein said holder includes a pair of suction polutropos, made with the possibility of separation from each other along the plane containing the longitudinal axis.

4. The device according to claim 3, wherein said anomalopidae source integrally connected to one of polutropos.

5. The device according to claim 3, wherein said holder for suction further comprises a hinge connecting polutrube in such a way as to allow opening and closing of polutropos.

6. The device according to claim 2, wherein said holder further comprises a suction wall that defines the position of the rear end of a specified aromachemicals source section.

7. The device according to claim 1, wherein the front section includes a space provided between the inner surface of the specified holder for suction and specified aromachemicals source.

8. The device according to claim 1, wherein said holder for suction contains:
- hull mount, provides some of the listed holder for suction from the front end to the front pass rear section, and
- the mouthpiece, which provides the anus rear section and detachable mouthpiece connected with the housing of the holder.

9. The device according to claim 8, in which case the holder has a pair of polutropos, vypolnennyh separating from each other along the plane, containing the longitudinal axis.

10. The device according to claim 9, in which anomalopidae source integrally connected to one of polutropos.

11. The device according to claim 9, in which case the holder further comprises a hinge connecting polutrube in such a way as to allow opening and closing of polutropos.

12. The device according to claim 1, wherein said anomalopidae source contains a pouch containing particles obtained by cutting or crushing tobacco leaves, and breathable wrap covering these particles.

13. The device according to claim 12, wherein said anomalopidae source further comprises a support frame for holding the bag.

14. The device according to claim 1, wherein said holder contains a suction opening at the front end and specified anomalopidae source is made with the possibility of spaces inside the specified holder suction through the aperture so that the end of a specified aromachemicals source is exposed.

15. The device according to claim 14, further comprising a lid configured to close or open the holes.

16. The device according to claim 1, wherein said anomalopidae source contains particles obtained by cutting or crushing tobacco leaves, and shell, � which Packed particles, moreover, the shell contains two air-permeable surfaces and located in the specified holder for suction so that the two air-permeable surface continues along the longitudinal axis and facing to the front and rear sections, respectively.



 

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FIELD: medicine.

SUBSTANCE: aerosol inhaler has an inner tube forming a portion of a suction passage, a capillary tube extending inside the inner tube and releasing a solution from it in a combination with the user's inhalation, and a heating unit passing in the direction perpendicular to the axis of the inner tube so that is transects the inner tube, and configured to receive the solution released from the capillary tube, wherein the heating unit disperse the received solution by heating, so generating an aerosol inside the inner tube for the user's inhalation.

EFFECT: facilitating the aerosol inhalation.

11 cl, 1 tbl, 12 dwg

Inhaler // 2529693

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment. Inhaler comprising an inhaled composition container and having an outlet at one end through which the inhaled composition is supplied. Between the same end and container, there is created breath-activated valve of non-measured dose delivery; the breath-activated valve comprises a flow path extending from the container to the outlet. At least a section of the flow path represents a deformable tube. A clamp member pinches and blocks the deformable tube when no suction force applied to the device, and releases the tube and opens the flow path when a suction force applied at the outlet to provide a continuous flow from the container to the outlet.

EFFECT: invention enables improving breath-activated valve.

13 cl, 7 dwg

Inhaler // 2529387

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment. Inhaler comprises a body with a container, as well as with an output end and an opposite end. A composition path for composition flow extends from the container along the flow path and from a composition output at the output end of the body. A flexible diaphragm in the body determines an air flow path from the air output at the output end of the body with the diaphragm extending past the air output to the opposite end separating the air flow on one side of the diaphragm from the rest of the body on the opposite side of the diaphragm. A valve element is movable together with the diaphragm.

EFFECT: invention enables improving breath-activated valve.

17 cl, 3 dwg

FIELD: tobacco industry.

SUBSTANCE: invention relates to an aroma inhalation pipe including a hollow cylindrical pipe body (10), a tobacco cartridge (12) placed as a cartridge for aroma generation in the pipe body (10), a tip (30) connected to the tobacco cartridge (12) and projecting out of the pipe body (10) and a connective device (40) connecting the pipe body (10) and the tip (30) to each other; the connective device (40) has a connection position, wherein the tip (30) is clamped to the pipe body (10) with preset pushing force to elastically connect these two elements, and a free position that is assumed after the tip (30) being in the connection position, is pushed into the pipe body (10), turned and disengaged from connection to the pipe body (10).

EFFECT: design improvement.

12 cl, 10 dwg

FIELD: medicine.

SUBSTANCE: invention refers to medicine, namely to addiction medicine, psychotherapy, and pulmonology. What is used is an electronic cigarette containing a cartridge with a drug and trace amount of mint extract, and a blue light emitter. A monochromatic blue light emitter is actuated with air inhalation through the cigarette. The method enables reducing a dose of the drug administered by the blue light exposure with enhancing the therapeutic efficacy, reducing the requirement of nicotine by actuating the mechanism of nicotinic acid and nicotinamide self-reproduction from the nutrients, having the immune stimulating effect ensured by using blue light, increasing the patient's compliance by simplicity and familiarity of the device in use, eliminating the development of the stress response to smoking drop.

EFFECT: generated drug fine aerosol; when activated, it envelops the affected respiratory areas and arrests the development of vasospasm, and mint extract reduces symptoms of cough and freshens the mouth.

2 tbl

FIELD: tobacco industry.

SUBSTANCE: imitative smoking device (1,51) contains an imitative cigarette having an essentially cylindrical cigarette-like shape and a charging unit (2, 50) having an essentially rectangular body shaped like a cigarette packet. The filling device (2, 50) contains charging gas (32, 59) for the imitative cigarette and a means for elective retention of the imitative cigarette. The imitative cigarette may be completely retained inside the body (3, 52). The cigarette may be retained at a place other than the charging place. A dose counter may be envisaged to give visual indication of doses in the charging device.

EFFECT: technical result achieved using the imitative cigarette device and the charging device for the imitative device according to the invention consists in smoking skill imitation, the imitative cigarette charging and its usage simplification.

7 cl, 15 dwg

FIELD: medicine.

SUBSTANCE: invention refers to medicine, particularly medical devices applicable for drug introduction in the form of inhalation, as well as a therapeutic simulator. The inhaler represents a smoking pipe wherein a pivoted lid tightly closes a liquid container. An entry of a portion of an outlet is truncated at the angle of 45-60° and arranged under the lid on a container axis. A disk is supplied on an annular groove on a lower portion of the container and gapped from the bottom. A cylinder outlet hole of the outlet is formed above the lid on an outlet stem with the outlet hole of the outlet and the outlet have supplementary tightly closed caps; and the gap of the disk and the outlet there is a smoothing chamber.

EFFECT: invention allows enhancing respiratory capacity of an individual.

9 cl, 7 dwg

FIELD: tobacco industry.

SUBSTANCE: invention relates to the process of biologically active and/or aromatic substances volatilisation for purposes of inhalable aerosol extraction in the course of the smoker imitating the act of a regular cigarette smoking. Gaseous products of combustion of flammable gas burnt (preferably - under oxygen excess conditions) partly or wholly, are supplied (in case of necessity - mixed with ambient air) through the biologically active and/or aromatic substances depot. The desirable temperature is selected by the gaseous combustion products content, in case of necessity - by the components ratio of the mixture of such gaseous combustion products with ambient air. The device for the method implementation includes a mouthpiece containing the biologically active and/or aromatic substances depot and a heating core. The core contains the body shell, a filling valve for filling a tiny gas reservoir with flammable gas, a regulator valve for controlled discharge of gas from the gas reservoir onto the burner and the substance converter for air heating with thermal energy generated by the burner. The mouthpiece is connected so that to enable its disconnection from the cigarette- or cigar-shaped heating rod for output of inhalable aerosol. Control of the regulator valve is performed by means of depression suction provided for on the mouthpiece and/or by means of air flow.

EFFECT: new smokeless cigarette substitute is proposed.

19 cl, 11 dwg

FIELD: medicine.

SUBSTANCE: invention refers to medicine and namely to devices for inhalation of various substances, preferably medicinal substances, to the human organism through airways. Inhalation cigarette consists of a cylindrical tube inside which there located is burnable filler, porous material with inhalation device and a filtering material. Cylindrical tube is made from heat-insulating material, covered on the outside with a thin antioxidant layer and consists of the rim made from cigarette paper on the side of the filtering material. Burnable filler is made in the form of chips which are covered on the outside with thin smoke agent layer. Polyolefine or granulated heat-resistant coal has been used as porous material. Acetate cellulose has been used as filter material. As burnable filler material, there has been used one of the materials of the group including calcium, aluminium, zinc, magnesium or their alloys.

EFFECT: invention provides thermal evaporations of inhalation substances, preferably medicinal substances without toxic impurities of pyrolised species of hydrocarbon substances.

2 cl, 1 dwg

FIELD: medicine.

SUBSTANCE: method involves introducing ozonized physiologic saline once a day during 30 min in addition to traditionally applied drugs. The ozonized solution has ozone in concentration of 100-150 mcg/l in the amount of 100-150 ml when treating children younger than 3 years. Children being elder then 3 years, ozone concentration is 200-250 mcg/l, its amount is 200-250 ml. The total therapy course is 5 days long. The traditionally applied drugs are not to be used within 30 min before and after ozonized physiologic saline application.

EFFECT: accelerated treatment course; no antibiotics being used; reduced risk of adverse side effects.

1 tbl

FIELD: machine building.

SUBSTANCE: invention ensures mixing at the varied proportion of smoke flows from one, two and more smoking mixture in air duct(s) going to the smoking device, i.e. calabash, calumet etc., and contains air ducts, tubes, branch pipes ensuring installation of cups with saucer and or other vessels for smoking mixtures, supply of the smoke flows to the supply control box, and mixer connection to the smoking device, and from the supply control box ensuring change of the proportions of the mixed smoke flows. Connections of the aid ducts and supply control box can be detachable or non-detachable, at that the mixer can be designed and made as individual device or part of the smoking device, i.e. part of calabash, calumet etc.

EFFECT: smoking mixture supply from various sources.

3 cl

FIELD: tobacco industry.

SUBSTANCE: invention relates to a non-combustible inhalation-type tobacco product containing tobacco particles produced by way of tobacco material milling or spraying; the tobacco product admixes nicotine, originating from tobacco particles and specific to tobacco, into air being inhaled and delivers nicotine with inhaled air into the smoker's mouth; additionally, the tobacco particles contains at least one type of stabiliser for nicotine delivery to the smoker; the said stabiliser specificity is as follows: differential of solubility parameter relative to nicotine equal to 17 or less; the steam pressure at a temperature of 25°C equal to 1 mm Hg (133.3 Pa) or less.

EFFECT: stabilisation of the quantity of nicotine delivered to the user.

9 cl, 6 dwg, 2 tbl

FIELD: tobacco industry.

SUBSTANCE: smoking imitation device contains a cigarette imitator (essentially cigarette-shaped) and a charging device that contains a charging gas cartridge and has a release valve whereto the cigarette imitator is designed to adhere for release of gas from the cartridge into the cigarette imitator; the device contains: a pullout appliance on the lateral side of the charging device; a cavity in the pullout appliance for holding the cigarette imitator; a resilient element for the pullout appliance displacement into the opened position to ensure access to the cigarette imitator; as well as a latch released by way of the pullout appliance movement inside in the course whereof the pullout appliance is unlocked and pushed by the resilient element into the opened position; when the pullout appliance is closed. The latch automatically engages to hold the pullout appliance in the closed position against the resilient element action.

EFFECT: ensuring smoking imitation.

14 cl, 11 dwg

FIELD: electricity.

SUBSTANCE: invention relates to an electrically heated smoking system, which comprises an auxiliary unit made as capable of receiving a smoking material containing an aerosol-forming substrate, besides, the auxiliary unit comprises: at least one heating element; facilities of connection to the main source of power supply for supply of electric energy to at least one heating element; an auxiliary source of power supply for supply of electric energy to the specified at least one heating element; and an auxiliary circuit for control of energy supply from the main source of power supply to the specified at least one heating element in the mode of preliminary heating, during which the temperature of the aerosol-containing substrate increases to the working temperature, and for control of supply of energy from the auxiliary source of power supply to at least one heating element in the smoking mode, during which the temperature of the aerosol-forming substrate is maintained as substantially the working temperature.

EFFECT: due to separation of the power supply function between the main unit and the auxiliary unit, an auxiliary unit may be made smaller and more convenient for the user.

14 cl, 11 dwg

FIELD: tobacco industry.

SUBSTANCE: invention relates to an aroma inhalator of non-heating type which contains the following elements: hollow holder having an axis, the holder containing a front end, a back end functioning as a mouthpiece end, an atmosphere air inflow hole and a flow channel limited in the holder and designed with the possibility to direct atmosphere air admitted from the atmosphere air inflow hole to the mouthpiece end; and an aromatic cartridge having air permeability and placed in the holder to continue inside the holder from the front end to the mouthpiece end along the holder axis. The aromatic cartridge divides the flow channel into an outlet area, continuing from the aromatic cartridge to the mouthpiece end, and an inlet area, communicating with the atmosphere air inflow hole and placed adjacent to the aromatic cartridge. The aromatic cartridge contains a frame, granulated aroma-releasing material loaded into the frame and able to release an aromatic component without inflammation. The aroma-releasing material contains granulated tobacco, produced by way of tobacco leaves shredding or milling, and a compressing device designed for keeping the aroma-releasing material in a compressed condition ensuring the aromatic cartridge air permeability.

EFFECT: ensuring aroma without damage to wider public.

13 cl, 44 dwg

FIELD: tobacco industry.

SUBSTANCE: electrically heated smoking system contains the following elements: a smoking product containing identification information printed on the product; a cavity for at least partial reception of the smoking product; at least one heating element; an energy source for energy supply to the said at least one heating element; electrical means connected to the energy source and to the said at least one heating element and a detector able to detect the smoking product presence in the cavity and to differentiate the smoking product from other products designed for usage with the smoking system based on the identification information printed on the smoking product.

EFFECT: method ensures identification of the smoking product heated by the smoking system.

14 cl, 5 dwg

FIELD: chemistry.

SUBSTANCE: invention relates to a method of controlling release of volatile compounds by a heated system, which comprises a power source, a heating element connected to the power source and a base which forms an aerosol, wherein said base releases multiple volatile compounds when heated, each volatile compound having a minimum release temperature above which said volatile compound is released, wherein the method includes: selecting a given maximum operating temperature, controlling temperature of said at least one heating element so that at least one volatile compound is released, said controlling involving: measuring resistivity of said at least one heating element; deducing the value of the real operating temperature of said at least one heating element from the resistivity measurement; comparing the value of real operating temperature with the given maximum operating temperature; and controlling electrical energy fed to said at least one heating element to keep the real operating temperature of said at least one heating element below the given maximum operating temperature.

EFFECT: high efficiency of the method.

22 cl, 2 dwg

FIELD: tobacco industry.

SUBSTANCE: invention relates to an electrically heated smoking system containing a cartridge (101) and a replaceable tip (201); the cartridge (101) contains a source of power supply (103) and an electric circuit (105); the tip contains an area (203) for liquid storage, a capillary wick (207)(having the first end (207a) and the second end (207b), the first end stretching into the liquid storage area for contacting the liquid (205) contained in the area); at least one heating element (209) for heating the second end of the capillary wick, an air outlet (211) and an aerosol generation chamber (213) between the second end of the capillary wick and the air outlet; when the cartridge and the tip are connected; the said at least one heating element (209) is in electric connection with the source of power supply (103) via the said circuit (105); the said circuit (105) is designed for electric current pulse supply to the said at least one heating element when the user begins whiffing; the air flow way is designed from at least one air inlet (115) to the air outlet (211) through the aerosol generation chamber (213); this way directs air flow around the heating element (209) and the second end (207b) of the capillary wick.

EFFECT: design improvement.

23 cl, 3 dwg

FIELD: tobacco industry.

SUBSTANCE: invention relates to a smoking device (10) having the first part (20) and the second part (30). The first part (20) contains an accumulator for accumulation of electric energy and its supply to the heating device (22) in response to the sensor device (24) detecting the consumer sucking/whiffing in through the smoking device (10). The device additionally contains the first hole (25) for inlet of air through which air flow enters the said first part (20), passes through the said heating device (22) and streams outside through the first air outlet hole (26). The second part (30) contains a medium (33), a through hole (35) for inlet of air through which air flow enters the said second part (30), passes through the said second part (30), releases the said medium (33) by means of the output device (37) and streams outside through the said second air outlet hole (36) into the consumer's mouth.

EFFECT: reduction of negative side effects of smoking for the smoker and the people around.

21 cl, 16 dwg

FIELD: food industry.

SUBSTANCE: ensuring a system of flow rate sensors for perception of a fluid medium flow indicative of strain in an aerosol generation system. The sensors system includes a sensitive circuit containing a sensitive resistor and a voltage output. The sensitive resistor is designed so that to enable detection of a fluid medium flow based on resistance measurement. The sensitive circuit is designed so that variation of the sensitive resistor resistance causes that of output voltage. The sensors system also includes a signal; generator designed so that to enable delivery of a control pulse signal to the sensitive circuit for the sensitive circuit power supply. Power is supplied to the sensitive circuit when the control pulse signal is high and is not supplied when the control pulse signal is low. The sensors system is designed so that enable operation in the first mode wherein no strain is expected or has not been detected (with the control pulse signal having the first frequency) and the second mode wherein strain is expected or has been detected (with the control pulse signal having the second frequency exceeding the first one).

EFFECT: ensuring an improved system of flow rate sensors suitable for aerosol generation.

14 cl, 5 dwg

Smoking article // 2268631

FIELD: production of smoking articles generating aroma upon heating without burning.

SUBSTANCE: smoking article has hollow cylindrical part equipped with heat generating member placed at distal end part, mouth-piece arranged at proximate end part, and aroma generating member adjoining heat generating member within cylindrical part. Aroma generating member contains multiplicity of granules, each of said granules containing from 65% to 93% of non-porous inorganic filler material, from 1% to 3% of binder and from 6% to 32% of aromatic substance by weight of dry substance.

EFFECT: provision for constant amount of aroma at each inhalation.

11 cl, 7 dwg, 5 ex

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