RU2550904C1 - Closure device and capping unit of bottle with liquid - Google Patents

Abstract

FIELD: packaging industry.

SUBSTANCE: group of inventions relates to the food industry, namely to devices intended for sealing containers, in particular glass bottles with strong high-quality alcoholic beverages. The closure device for a bottle with a liquid comprises a casing 1 with a plastic cylindrical housing 2 located in it, comprising on the inner surface an annular groove 3 with undurable perforated annular part 4 between the upper butt edge 23 and the lower butt edge 24 for the separation of a detachable ring 26 from the said housing 2 at opening the closure device. The closure device also comprises a dispensing device 5 with inlet and outlet openings, a cap 6 rigidly attached in the cylindrical housing 2 above the said annular groove 3, with the thread on the inner surface, interacting with the thread on the upper part of the dispensing device 5, and a plug 7 with the upper end surface 20, upper and lower cylindrical mounting surfaces 8 and 9, respectively, and the upper and lower support annular surfaces 10 and 11, respectively. The upper cylindrical mounting surface 8 of the plug 7 is connected with the inner surface of the cavity of the dispensing device 5, and its lower cylindrical mounting surface 9 comprises a seal 12 contacting with the bottle neck 13, and the lower part of the dispensing device 5 is equipped with a cylindrical skirt 14, containing a locking elements 15 for fixing on the bottle neck 13 and an annular protrusion 16 in contact with the annular groove 3 of the cylindrical housing 2. The upper support annular surface 10 of the plug 7 comprises fixing teeth 17 for preventing the spinning of the dispensing device 5 with respect to the plug 7 and abuts the corresponding stopping elements 18 located congruently, made in the dispensing device cavity 5. The lower support annular surface 11 of the plug 7 is provided with fixing hooks 19 for the prevention of spinning the plug 7 relative to the bottle neck 13. The capping unit of the bottle together with the said closure device comprises the bottle neck 13 having at least one annular rib 36 on the side part and an end adjacent to the lower support annular surface 11 of the plug 7. At that on the end of the bottle neck 13 stopping ribs 37 are made with a predetermined pitch, designed for engagement with the fixing hooks 19 arranged on the lower support annular surface 11 of the plug 7.

EFFECT: creation of the closure device and the capping unit of the bottle with liquid provides high reliability of capping the bottle and prevention of spinning the closure device relative to the bottle neck with the simultaneous reduction of material consumption of the capping unit of the bottle.

22 cl, 15 dwg

Description

FIELD OF TECHNOLOGY

The claimed group of inventions relates to the food industry, and in particular to devices designed for storage and / or transportation of containers, in particular glass bottles with strong high-quality alcoholic beverages.

BACKGROUND OF THE INVENTION

Known closure device for a bottle of liquid and a closure assembly comprising said closure device, the metal casing of which contains an annular groove and an annular section with a weakened cut between the butt edges to open the closure device, a dispenser with inlet and outlet openings, made in the form of a single part with a plastic cylindrical body equipped with means for rigid fixation on the neck of the bottle, a cap with a thread on the inner surface, interaction thread with thread on top of the dispenser. The metal casing is rigidly connected to the cover and the dispenser, respectively, above and below the annular section with a weakened cut. The closure device also contains a cork with upper and lower cylindrical seating surfaces and supporting annular surfaces, the upper cylindrical seating surface of which is interfaced with the inner surface of the cavity of the dispensing device, and its lower cylindrical seating surface contains a seal in contact with the neck of the bottle, while the lower part of the dispensing device equipped with a cylindrical skirt containing locking elements for fixing on the neck of the bottle (UA patent No. 16 890, IPC B65D 41/34, published on August 15, 2006). The dispensing device comprises an elongated plastic body with longitudinal protrusions in contact with the outer cylindrical surface of the bottle neck, in order to prevent the dispensing device from scrolling relative to the bottle neck. To accommodate the longitudinal protrusions, the elongated plastic casing must have a sufficient diameter and sufficient length due to the requirements for its strength, which leads to a significant consumption of material for its manufacture.

A disadvantage of the known device and, correspondingly, the mentioned clogging unit is the insufficiently reliable fastening of the stopper with the internal cavity of the dispensing device, which causes the cap to rotate together with the dispensing device relative to the stopper and complicates the opening of the bottle. Another drawback of these closures and closures is the insufficiently reliable fastening of the longitudinal protrusions of the dispenser with the corresponding ribs on the neck of the bottle, which causes the cap to rotate together with the dispenser relative to the bottle and complicates its opening. Another disadvantage of the capping device and the corking unit is the reduction of the field for inscribing on the outer surface of the metal casing, intended for its decoration, due to the need for rolling the metal casing in an annular groove in the neck of the bottle.

Also a disadvantage of the known clogging unit and closure device included in its composition is the insufficiently strong adhesion of the cork to the end surface of the neck of the bottle, as well as their insufficient resistance to mechanical stress during transportation due to the execution of a fragile annular section on the metal casing with a weakened cut. At the same time, the implementation of a plastic case having an increased diameter and length leads to a significant consumption of material for its manufacture.

The closest analogues to the claimed group of inventions are a closure device for a bottle of liquid and a clogging unit, including the specified closure device.

The closure device for a bottle of liquid contains a casing with a plastic cylindrical body located inside it, containing on the inner surface an annular groove with a weak perforated annular portion between the joint edges for separating the tear-off ring from said body when opening the closure, a dispenser with inlet and outlet openings, a lid rigidly fixed in a cylindrical body above the specified annular groove, with a thread on the inner surface, interact threaded on the upper part of the dispenser, and a stopper with upper and lower cylindrical seating surfaces and upper and lower supporting annular surfaces, the upper cylindrical seating surface of which is interfaced with the inner surface of the cavity of the dispensing device, and the lower cylindrical seating surface of the tube contains a seal designed for contact with the neck of the bottle, while the lower part of the dispenser is equipped with a cylindrical skirt containing locking elements Options for fixing on the neck of the bottle and an annular protrusion contacting the annular groove of the cylindrical body (Patent UA №21374, IPC B65D 41/34, publ. June 15, 2006).

The bottle clogging unit, along with the aforementioned closure device, includes a bottle neck containing at least one annular rib on the side and an end face adjacent to the lower supporting annular surface of the cork (see the same UA patent No. 21374). The dispensing device comprises an elongated plastic body with longitudinal protrusions in contact with the outer cylindrical surface of the bottle neck, in order to prevent the dispensing device from scrolling relative to the bottle neck. To accommodate the longitudinal protrusions, the elongated plastic casing must have a sufficient diameter and sufficient length due to the requirements for its strength, which leads to a significant consumption of material for its manufacture.

The disadvantages of the known closure device for a bottle with a liquid and a closure assembly including said closure device are insufficiently strong adhesion of the stopper to the end surface of the neck of the bottle, and also insufficiently reliable fastening of the stopper to the internal cavity of the dispensing device, which causes the cap to rotate together with the dispensing device with respect to corks and complicates the opening of the bottle. Another disadvantage of the known closure and closure assembly is the insufficiently reliable fastening of the longitudinal protrusions of the dispenser with the corresponding ribs on the neck of the bottle, which causes the cap to rotate together with the dispenser relative to the bottle and complicates its opening. At the same time, the implementation of a plastic case having an increased diameter and length leads to a significant consumption of material for its manufacture.

SUMMARY OF THE INVENTION

The objective of this group of inventions is the creation of a capping device and a unit for corking a bottle with liquid, providing high reliability capping and protection against scrolling relative to the neck of the bottle, while reducing material consumption.

COOKING DEVICE

To solve the problem in one of the claimed inventions included in the specified group of inventions, namely, in the known closure device for a bottle with a liquid containing a casing with a plastic cylindrical body located therein, containing an annular groove on the inner surface with a weak perforated annular section between the butt edges to separate the tear-off ring from the specified housing when opening the closure device, a dispenser with inlet and outlet openings, a cover, rigidly fixed in a cylindrical housing above the specified annular groove, with a thread on the inner surface interacting with a thread on the upper part of the dispenser, and a plug with upper and lower cylindrical seating surfaces, upper end surface and upper and lower supporting annular surfaces, upper cylindrical seating surface which is associated with the inner surface of the cavity of the dispenser, and the lower cylindrical landing surface of the tube contains a seal contact with the neck of the bottle, the lower part of the dispensing device is equipped with a cylindrical skirt containing locking elements for fixing on the neck of the bottle and an annular protrusion in contact with the annular groove of the cylindrical body according to the invention, the upper supporting annular surface of the tube contains locking teeth for prevent scrolling of the dispenser relative to the cork and adjoins the corresponding congruently located locking elements, flush in the cavity of the dispenser, and the lower supporting annular surface of the stopper is equipped with locking hooks to engage the end of the neck of the bottle to prevent the stopper from twisting around the neck of the bottle.

Equipping the lower supporting annular surface of the cork with locking hooks to prevent the cork from twisting relative to the neck of the bottle reduces the length of the dispenser and reduces the consumption of material used to make the closure.

The implementation of the fixing teeth on the upper supporting annular surface of the stopper, together with the presence of corresponding congruently located locking elements in the dispenser cavity, prevents the dispenser from scrolling relative to the stopper and prevents difficulties that may arise when opening the bottle.

In a particular embodiment of the capping device, the locking teeth are made in the form of radial ribs located with equal pitch on the upper supporting annular surface of the tube.

According to the following particular embodiments of the closure device, the number of fixing teeth on the upper supporting annular surface of the tube is equal to or greater than the corresponding congruently located locking elements made in the cavity of the dispensing device.

In a particular embodiment of the closure device, the upper end surface of the cork is provided with protrusions arranged with equal pitch on said surface.

According to the following embodiments of the closure device, the casing, with the plastic cylindrical body located therein, can be made of metal or plastic.

In a particular embodiment of the closure, the plastic cylindrical body together with the plastic casing are made as one piece of plastic.

In another embodiment, the closure device, the plastic cylindrical body is combined with the lid and made as one piece of plastic.

In another embodiment, the closure device on the inner end surface of the plastic casing is made of ribbed elements in contact with the outer end surface of the cylindrical body.

In another embodiment, the closure device on the outer end surface of the lid made protrusions in contact with the inner end surface of the cylindrical body.

In another embodiment, the closure device on the outer end surface of the cylindrical body is made protruding part in contact with the inner end surface of the casing.

In another embodiment, the closure device on the inner end surface of the cylindrical body made protruding means in contact with the outer end surface of the cover.

The signs indicated in the last four paragraphs, namely, the presence of ribbed elements, or protrusions, or a protruding part, or a protruding means, allow to increase the area of the lateral cylindrical surface of the casing for placing decoration elements on the closure device on it.

The aforementioned features can be used in the claimed device both individually and collectively, in any combination.

According to a further embodiment of the closure, it comprises a closure element located in the cavity of the dispenser.

The presence of a locking element makes it impossible to refill an empty bottle or introduce a certain amount of another liquid into it, the properties and quality of which differ from the properties and quality of the initial liquid, and is an additional degree of protection of the contents of the bottle.

In a particular embodiment of the closure, the fragile perforated annular portion of the plastic cylindrical body is made discrete and contains at least one jumper between the butt edges of the annular portion.

According to a further embodiment of the closure, the tear-off ring comprises at least one vertical section for breaking the tear-off ring during the first opening of the closure.

BOTTLE PLACEMENT NODE

To solve the problem in another invention, included in the claimed group of inventions, namely, a bottle clogging unit containing the above closure device with a stopper provided with upper and lower supporting annular surfaces, and a bottle neck containing at least one annular rib on the side parts and an end face adjacent to the lower supporting annular surface of the tube, while the closure device also comprises a casing with a plastic cylindrical body located therein, on the inside the surface of which an annular groove is made with a weak perforated annular portion between the joint edges for separating the tear-off ring from the specified housing when opening the closure device, a dispensing device with inlet and outlet openings, and a lid rigidly fixed in the cylindrical housing above the specified annular groove, with a thread on the inner the surface interacting with the thread on the upper part of the dispensing device, while the tube contains an upper cylindrical seating surface, with tied to the inner surface of the cavity of the dispenser, and the lower cylindrical landing surface equipped with a seal in contact with the neck of the bottle, and the lower part of the dispenser is equipped with a cylindrical skirt containing fixing elements for fixing on the neck of the bottle and an annular protrusion in contact with the annular groove of the cylindrical body, according to the invention, the upper supporting annular surface of the tube contains locking teeth to prevent scrolling of the device relative to the stopper and adjoins the corresponding congruently located locking teeth made in the cavity of the dispenser, and the lower supporting annular surface of the stopper is equipped with locking hooks to engage the end of the neck of the bottle, on the surface of which stop ribs are made with a predetermined pitch to prevent the stopper from turning around the neck bottles.

The locking hooks made on the lower supporting annular surface of the cork serve to engage with the end of the neck of the bottle, on the surface of which locking ribs are made. This allows you to ensure the reliability of the fastening of the capping device on the neck of the bottle.

In a particular embodiment of the bottle clogging unit, at least one additional annular rib is adjacent to the cylindrical skirt of the dispenser on the side of the bottle neck.

According to the following embodiments of the bottle clogging unit, the number of locking hooks on the lower supporting annular surface of the cork is equal to the number of locking ribs at the end of the neck of the bottle, or is greater or lesser.

The set of essential features specified in the independent claims of the claimed group of inventions ensures high reliability of both capping and detecting unauthorized opening of the bottle, as well as preventing the device from scrolling relative to the neck of the bottle while reducing its material consumption.

BRIEF DESCRIPTION OF THE DRAWINGS

Technical solutions of the claimed group of inventions are illustrated by drawings, where in Fig.1 shows a General view of the capping device; figure 2 is a General view of the dispensing device; figure 3 is a view a of figure 2; figure 4 is a General view of the cork; figure 5 is a view In figure 4; 6-12 depict embodiments of the closure device; 13 schematically shows an assembly diagram of a closure device; on Fig depicts a General view of the clogging bottle assembly; on Fig is a General view of the site of clogging of the bottle before assembly.

SUMMARY OF THE INVENTION

COOKING DEVICE

The closure device for a liquid bottle contains a casing 1 with a plastic cylindrical body 2 located therein, comprising an annular groove 3 on the inner surface with a weak perforated annular portion 4 for opening the closure device. The closure device comprises a dispensing device 5 with inlet and outlet openings, a cover 6 rigidly fixed in the cylindrical body 2 above the annular groove 3, with a thread on the inner surface interacting with the thread on the upper part of the dispenser 5. The closure also contains a plug 7 s the upper and lower cylindrical seating surfaces 8 and 9, respectively, and the upper and lower supporting annular surfaces 10 and 11, respectively. The upper cylindrical seating surface 8 of the plug 7 is associated with the inner surface of the cavity of the dispenser 5, and its lower cylindrical seating surface 9 contains a seal 12 in contact with the neck of the bottle 13 (see Fig. 14), while the lower part of the dispenser 5 is equipped with a cylindrical skirt 14 containing locking elements 15 for fixing on the neck of the bottle 13 and an annular protrusion 16 in contact with the annular groove 3 of the cylindrical body 2.

The upper supporting annular surface 10 of the plug 7 contains locking teeth 17 to prevent the dispensing device 5 from twisting relative to the plug 7 and adjoins the corresponding congruently located locking elements 18 made in the cavity of the distributing device 5. The lower supporting annular surface 11 of the plug 7 is equipped with locking hooks 19 for prevention rolling the cork 7 relative to the neck of the bottle 13.

The locking teeth 17 are made in the form of radial ribs located at equal intervals on the upper supporting annular surface 10 of the plug 7. The number of fixing teeth 17 on the upper supporting annular surface 10 of the plug 7 is a multiple of the number of corresponding congruent locking elements 18 made in the cavity of the dispenser 5.

The plug 7 also contains an upper end surface 20, on which protrusions 21 can be made (see Fig. 9), located with equal pitch on the specified end surface 20. In the cavity of the dispenser 5 longitudinal ribs 22 are placed, installed with equal pitch and mating with protrusions 21 plugs 7.

The plastic cylindrical body 2 contains a weak perforated annular portion 4 between the butt edges, namely the upper butt edge 23 and the lower butt edge 24. The annular portion 4 of the plastic cylindrical body 2 is made discrete and contains at least one jumper 25 between the upper and lower butt edges 23 and 24, respectively.

The plastic cylindrical body 2 comprises a tear-off ring 26, which is part of the cylindrical body 2 and is intended to be separated from the body 2 along the annular portion 4 when the closure device is first opened. In a particular embodiment of the closure, the tear-off ring 26 comprises at least one vertical incision 27 for breaking the tear-off ring 26 upon first opening the closure.

The casing 1 of the closure device, in which the plastic cylindrical body 2 is located, can be made metal (see Fig. 1) or plastic (see Fig. 8, 10).

The cover 6 can be rigidly connected using adhesive bonding with a plastic cylindrical body 2.

In one embodiment of the closure device, protrusions 28 are made on the outer upper end surface of the lid 6 (see FIG. 9), in contact with the inner end surface of the cylindrical body 2 and having the form of a set of ribs mounted perpendicular to the surface of the lid 6.

In another embodiment, the closure device on the inner end surface of the plastic casing 1 is made of ribbed elements 29 in contact with the outer end surface of the cylindrical body 2 (see Fig. 8).

In a particular embodiment, a protruding portion 30 is formed on the outer end surface of the cylindrical body 2, having the form of a plurality of ribs and in contact with the inner end surface of the casing 1 (see Fig. 11).

In another embodiment, an annular protrusion 31 is made on the inner end surface of the cylindrical body 2, which is in contact with the outer end surface of the lid 6 (see Fig. 12).

In another embodiment, the closure device on the inner end surface of the cylindrical body 2 is made of protruding means 32 in contact with the outer end surface of the lid. 6, which may take the form of a set of ribs installed perpendicular to the inner end surface of the cylindrical body 2 (see Figure 1).

The presence of the protrusions 28, the ribbed elements 29, the protruding part 30, the annular protrusion 31 or the protruding means 32 can increase the area of the lateral cylindrical surface of the casing 1 to place decoration elements on the closure device on it.

In another embodiment, the closure device, the plastic cylindrical body 2 together with the plastic casing 1 are made as one piece 33 of plastic (see Fig.7).

In another embodiment of the closure device, the plastic cylindrical body 2 together with the cover 6 are made as one piece 34 of plastic (see Fig.6, 10).

The closure device contains a locking element, which is made in the form of a movable ball 35, placed in the cavity of the dispensing device 5. The presence of the locking element is an additional degree of protection of the contents of the bottle, since it makes it impossible to refill an empty bottle or introduce a certain amount of another liquid, the properties and quality of which differ from the properties and quality of the original liquid.

BOTTLE PLACEMENT NODE

The bottle clogging unit includes the above-described closure and bottle neck 13.

The neck of the bottle 13 contains at least one annular rib 36 on the side and an end adjacent to the lower supporting annular surface 11 of the tube 7.

The lower supporting annular surface 11 of the plug 7 is equipped with locking hooks 19 for engagement with the end face of the neck of the bottle 13, on the surface of which stop ribs 37 are made with a predetermined pitch.

Equipping the lower supporting annular surface 11 of the plug 7 with locking hooks 19 for engaging with the locking ribs 37 prevents the spinning of the plug 7 relative to the neck of the bottle 13. Along with this, the length of the dispensing device 5 can be reduced, thereby reducing the consumption of materials used to make the blocking unit bottles.

According to the claimed embodiments of the bottle clogging unit, the number of locking hooks 19 on the lower supporting annular surface 11 of the plug 7 may be equal to or greater than or equal to the number of retaining ribs 37 at the end of the neck of the bottle 13.

In a particular embodiment of the bottle clogging unit, at least one additional annular rib 38 is made on the side of the neck of the bottle 13, adjacent to the cylindrical skirt 14 of the dispenser 5.

ASSEMBLY OF CAPPING DEVICE AND BOTTLE CAPPING ASSEMBLY

First, the dispenser 5 is assembled, for which a movable ball 35 is placed in its cavity, then a plug 7 is inserted into the cavity of the dispenser 5, where it is fixed so that the upper cylindrical seating surface 8 of the plug 7 is mated to the inner surface of the cavity of the dispenser 5. For due to the fact that the upper supporting annular surface 10 of the plug 7 contains locking teeth 17 and is adjacent to the corresponding congruently located locking elements 18 made in the cavity of the dispensing device VA 5, it is ensured that the dispenser 5 is prevented from spinning relative to the plug 7.

The cover 6 is screwed onto the dispensing device 5. The assembled structure is tightened in a plastic - cylindrical body 2 so that the annular protrusion 16 enters the annular groove 3 of the cylindrical body 2.

In the plastic cylindrical housing 2, a fragile perforated annular section 4 is made by partially cutting (perforating) the housing 2 within the annular groove 3 to obtain butt edges 23, 24 in the body of the housing 2 and making at least one jumper 25 between the upper and lower butt edges 23 and 24, respectively.

In this case, the lower butt edge 24 of the annular section 4 creates the upper end of the tear-off ring 26 remaining on the neck of the bottle 13 after its first opening.

The assembled node can be installed in a metal (see Figure 1) or plastic (see Figure 10) casing 1.

In another embodiment, when the cylindrical body 2 and the plastic casing 1 are made as one piece 33 of plastic (see Fig. 7), the surface of this piece 33 can be used for applying decor.

On the assembly machine, all parts of the capping device are sequentially assembled in automatic mode.

In assembled form, the capping device is pressed onto the neck of the bottle 13 with effort. The lower cylindrical seating surface 9 of the stopper 7 is in contact with the inner surface of the neck of the bottle 13, and the cylindrical skirt 14 is in contact with an additional annular rib 38 made on the side of the neck of the bottle 13 Thus, the locking hooks 19, made on the lower supporting annular surface 11 of the tube 7, come in contact with the locking ribs 37, placed on the surface of the end of the neck of the bottle 13, and the lower supporting rotating arm surface 11 of the tube 7 is directly contacted with the end face of the bottle neck 13. The seal 12 formed on the seat surface 9 tube 7 prevents unauthorized outflow of beverage from the bottle.

During the first opening of the bottle, the annular protrusion 16, which enters the annular groove 3 of the cylindrical body 2, acts on the lower end of the annular groove 3, which causes the plastic cylindrical body 2 of the closure to disconnect along the annular section 4 with a discrete cut and corresponding destruction of the jumpers 25. Cover 6 together with the cylindrical body 2 is unscrewed with a certain force, overcoming the bonding force between the body 2 and the tear-off ring 26 remaining on the neck of the bottle 13 after opening the uku vicious device.

When the lid 6 is again twisted together with the separated part of the plastic cylindrical body 2, the upper butt edge 23 of the cylindrical body 2 does not reach the location of the tear-off ring 26, which indicates the previous unauthorized opening of the bottle.

Since the dispensing device 5 with the help of the fixing elements 15 is rigidly fixed on the neck of the bottle 13, this allows you to securely fix the capping device on the neck of the bottle and exclude the possibility of scrolling and axial movement relative to the latter, which ensures reliable clogging of the bottle.

At the same time, by reducing the length of the dispenser 5, material is saved on its manufacture.

Equipping the closure with a locking element in the form of a movable ball 35 allows you to protect the contents of the bottle from refilling and falsification.

TECHNICAL RESULT

The technical result of the proposed closure and clogging unit for a bottle with a liquid is to increase the adhesion of the stopper 7 to the end surface of the neck of the bottle 13. This prevents the closure from rolling relative to the neck of the bottle 13. At the same time, the bond strength of the stopper 7 to the inner cavity of the dispenser is increased. 5 prevents possible rotation of the cap 6 together with the dispenser 5 relative to the stopper 7 when opening the bottle.

Another advantage of the claimed technical solutions is the increase in the field for inscriptions on the outer surface of the casing 1 or of the cylindrical body 2, designed to decorate the capping device.

The use of the claimed group of inventions provides both high reliability of bottle capping and the detection of its unauthorized opening, and also helps to prevent the capping device from spinning relative to the neck of the bottle while reducing the material consumption of the bottle clogging unit.

Claims (22)

1. A closure device for a bottle of liquid, comprising a casing with a plastic cylindrical body located therein, comprising an annular groove on the inner surface with a weak perforated annular portion between the joint edges for separating the tear-off ring from said body when opening the closure, a dispenser with an inlet and outlet openings, a cover rigidly fixed in a cylindrical housing above said annular groove, with a thread on the inner surface, flying with a thread on the upper part of the dispenser, and a stopper with upper and lower cylindrical seating surfaces, an upper end surface and upper and lower supporting annular surfaces, the upper cylindrical seating surface of which is interfaced with the inner surface of the cavity of the dispensing device, and the lower cylindrical seating surface of the tube contains the seal in contact with the neck of the bottle, while the lower part of the dispenser is equipped with a cylindrical skirt, containing fixing elements for fastening on the neck of the bottle and an annular protrusion in contact with the annular groove of the cylindrical body, characterized in that the upper supporting annular surface of the tube is equipped with locking teeth to prevent the dispenser from turning relative to the stopper and adjoins the corresponding congruently located locking elements made in the cavity dispensing device, and the lower supporting annular surface of the tube is equipped with locking hooks for engaging with the neck of the bottle neck to prevent the cork from twisting around the neck of the bottle. 2. The capping device according to claim 1, characterized in that the locking teeth are made in the form of radial ribs located with equal pitch on the upper supporting annular surface of the tube. 3. The capping device according to claim 1 or 2, characterized in that the number of locking teeth on the upper supporting annular surface of the cork is equal to the number of corresponding congruently located locking elements made in the cavity of the dispensing device. 4. The capping device according to claim 1 or 2, characterized in that the number of locking teeth on the upper supporting annular surface of the tube is greater than the number of corresponding congruently located locking elements made in the cavity of the dispensing device. 5. The capping device according to claim 1 or 2, characterized in that the number of locking teeth on the upper supporting annular surface of the tube is less than the number of corresponding congruently located locking elements made in the cavity of the dispensing device. 6. The capping device according to claim 1, characterized in that the upper end surface of the tube is equipped with protrusions located with equal pitch on the specified surface. 7. The capping device according to claim 1, characterized in that the casing with the plastic cylindrical body located therein is made of metal. 8. The capping device according to claim 1, characterized in that the casing with the plastic cylindrical body located therein is made of plastic. 9. A closure device according to claim 8, characterized in that the plastic cylindrical body together with the plastic casing are made as one piece of plastic. 10. The capping device according to claim 1, characterized in that the plastic cylindrical body together with the lid are made as one piece of plastic. 11. The capping device according to claim 8, characterized in that on the inner end surface of the plastic casing there are ribbed elements in contact with the outer end surface of the cylindrical body. 12. The capping device according to claim 1, characterized in that on the outer end surface of the lid made protrusions in contact with the inner end surface of the cylindrical body. 13. The closure device according to claim 1, characterized in that on the outer end surface of the cylindrical body, a protruding part is made in contact with the inner end surface of the casing. 14. The capping device according to claim 1, characterized in that on the inner end surface of the cylindrical body made protruding means in contact with the outer end surface of the cover. 15. The capping device according to claim 1, characterized in that it contains a locking element located in the cavity of the dispensing device. 16. The capping device according to claim 1, characterized in that the fragile perforated annular portion of the plastic cylindrical body is made discrete and contains at least one jumper between the butt edges of the annular portion. 17. The closure device according to claim 1, characterized in that the tear-off ring comprises at least one vertical section for breaking the tear-off ring during the first opening of the closure. 18. Bottle clogging unit, comprising a closure device with a stopper provided with upper and lower supporting annular surfaces, and a bottle neck containing at least one annular rib on the side and an end face adjacent to the lower supporting annular surface of the stopper, and the closure also contains a casing with a plastic cylindrical body located in it, on the inner surface of which an annular groove is made with a weak perforated annular portion between the butt edges To separate the tear-off ring from the specified case when opening the closure device, a dispenser with inlet and outlet openings, and a cover rigidly fixed in the cylindrical case above the specified annular groove, with a thread on the inner surface interacting with the thread on the upper part of the dispenser, the tube contains an upper cylindrical seating surface mating with the inner surface of the cavity of the dispenser and a lower cylindrical seating surface equipped with a seal in contact with the neck of the bottle, and the lower part of the dispenser is equipped with a cylindrical skirt containing locking elements for fixing on the neck of the bottle and an annular protrusion in contact with the annular groove of the cylindrical body, characterized in that the upper supporting annular surface of the tube contains locking teeth for prevent scrolling of the dispenser relative to the cork and adjoins the corresponding congruently located fixing teeth casing in the cavity of the dispensing device, and the lower supporting annular surface of the stopper is equipped with locking hooks for engagement with the end of the neck of the bottle, on the surface of which stop ribs are made with a given step to prevent the stopper from twisting relative to the neck of the bottle. 19. The bottle clogging assembly of claim 18, wherein the number of locking hooks on the lower supporting annular surface of the cork is equal to the number of retaining ribs at the end of the bottle neck. 20. The bottle clogging assembly of claim 18, wherein the number of locking hooks on the lower supporting annular surface of the cork is greater than the number of locking ribs at the end of the bottle neck. 21. The bottle clogging assembly of claim 18, wherein the number of locking hooks on the lower supporting annular surface of the cork is less than the number of locking ribs on the end of the bottle neck. 22. The bottle clogging assembly according to claim 18, wherein at least one additional annular rib is adjacent to the cylindrical skirt of the dispenser on the side of the neck of the bottle.

Images