RU63328U1 - LIQUID BOTTLE CLOSING DEVICE - Google Patents

Abstract

The utility model relates to closures for bottles with liquids, namely, devices for closing bottles with alcoholic beverages, low-alcohol products, food drinks, and the like, having a stopper dispenser. The closure device includes a metering plug containing a housing with inlet and outlet openings and a locking element in the form of a movable ball placed inside a conical insert, to a larger diameter of which there is a spherical gasket mounted for movement along the axis. The upper part of the forming surface of the casing of the metering tube has an annular groove and thread, and in the lower part of this surface there are windows, the lower side of which has fixing elements directed inward. The metering plug is fixed in a metal cover on which an annular rolling is made. The cap of the metering plug has a tongue mechanically rolled with a continuous annular groove when assembling the plugging device. The metal cover is made as a separate part. A corking device for a liquid bottle with a metering stopper has been created, which has a reliable fixation on the bottle, high tightness, a guarantee against damage on high-speed spill lines and during transportation, and ease of use.

Description

The utility model relates to closures for bottles with liquids, namely, devices for closing bottles with alcoholic beverages, low-alcohol products, food drinks, and the like, having a stopper dispenser.

Known stopper dispenser for a bottle of liquid, containing a clogging body with inlet and outlet openings, inside of which there is a dispenser with a locking element in the form of a movable ball. The dispenser has a conical insert and a spherical gasket adjacent to its larger diameter and installed with the possibility of movement along the axis. The upper part of the forming surface of the clogging case has an annular groove and thread, and in the lower part of this surface there are windows, the lower side of which has fixing elements directed inward, as well as cutouts or slots. An annular locking latch is made along the inner diameter of the clogging case, which divides the case into upper and lower parts, and the larger diameter of the conical dispenser insert also has a locking latch [Ukrainian patent for utility model No. 13400, B65D 39/06, publ. 05/15/2006].

The specified stopper dispenser is not used independently in the industry because of insufficiently reliable fixation on the bottle and insufficient tightness of the bottle clogging. On high-speed liquid spill lines and during transportation, the metering plug is not completely protected from damage.

The utility model is based on the task of creating a closure device for a bottle of liquid with a dispensing stopper, which would have a reliable fixation on the bottle, high tightness, a guarantee against damage on high-speed spill lines and during transportation, bottle opening control and ease of use.

The problem is solved in that in a closure device for a bottle with a liquid, including a dispensing tube, comprising a housing with inlet and outlet openings and a locking element in the form of a movable ball placed inside a conical insert, with a larger diameter adjoining a spherical gasket installed with the possibility of movement along the axis, the upper part of the forming surface of the casing of the metering tube has an annular groove and thread, and in the lower

part of this surface is made of windows, the lower side of which has fixing elements directed inward, according to a utility model, the metering plug is fixed in a metal cover on which ring rolling is made, and the metering plug cap has a tongue mechanically rolled with a continuous annular groove when assembling the plugging device moreover, the metal cover is made in the form of a separate part.

The metal cover can be made of aluminum.

An end rolling may be performed on the metal cover from below.

Slots may be provided on the metal cover, in which case the cap of the metering plug is secured to the metal cover by means of these slots.

The cap of the metering plug can be fixed to the metal cap with glue.

The lower part of the casing of the metering tube can be made in the form of petals ending above or at the level of the height of the conical insert.

The lower part of the casing of the metering tube can be made elongated with slots inside, ending at a level of at least 1/3 of its height.

Performing ring rolling on a metal, for example, aluminum, cover of the plugging device allows you to securely fix the casing of the metering tube in the cover, and, as a result, contributes to the high tightness of the device.

The tongue of the cap of the metering plug, mechanically rolled with a continuous annular groove during assembly of the closure device, serves as an indicator of the bottle opening control - if you open the cap, the tongue will never enter the groove again.

Performing slots on the metal cover of the plugging device creates its reliable connection with the metering plug and increases the usability of the plugging device.

The end rolling performed at the bottom of the metal cover of the plugging device simultaneously serves to increase its rigidity.

The execution of the lower part of the casing of the metering tube in the form of petals promotes self-centering of the metering tube, and the execution of the lower part of the elongated increases the elasticity of the metering tube and protects it from mechanical damage on automatic lines for liquid spill and during transportation of covers. In addition, when using a metering plug with an elongated lower part, the lid body can be made of thinner metal, which generally contributes to its economy.

The utility model is illustrated by drawings.

Figure 1 shows a corking device for bottles with liquid, in which slots are made on the metal cover, and the lower part of the casing of the metering tube is made in the form of petals;

figure 2 - sealing device for bottles with liquid, in which the lower part of the casing of the metering tube is made elongated.

The closure device for bottles with liquid contains a cap 1, made in the form of a separate part from a metal, for example, aluminum, inside which a stopper-dispenser is placed.

An annular rolling 2 is made on the metal cover 1, an annular groove 3, and an end rolling 4 is made from the bottom of the cover.

On the metal cover 1, slots 5 (FIG. 1) can be made, with which the cover 6 of the metering tube is fixed in it. The cover 6 of the dispensing tube can also be fixed in the aluminum cover 1 by means of glue (Figure 2).

The dispenser tube comprises a housing 7 with inlet 8 and outlet 9 and a locking element in the form of a movable ball 10 located inside a conical insert 11, to a larger diameter of which there is a spherical gasket 12, which is mounted for movement along the axis. The upper part of the forming surface of the casing 7 of the metering tube has an annular groove 13, a thread 14 and a cover 6, and in the lower part of the casing 7 of this surface there are windows 15, the lower side of which has fixing elements 16 directed inward.

The cap 6 of the metering tube has a tongue 17, which is mechanically rolled with a continuous annular groove 3 when assembling the plugging device.

The lower part of the housing 7 of the tube-dispenser can be made in the form of petals 18 ending above or at the level of the height of the conical insert 11 (Figure 1).

The lower part of the casing 7 of the metering tube may also be elongated with slots 19 inside, ending at a level of at least 1/3 of its height (Figure 2).

The closure device for a bottle of liquid operates as follows.

In the closed position, the plugging device is on a bottle of liquid (not shown). The bottle is opened by turning the device counterclockwise, while the cap 6 of the dispensing tube moves upward along the thread 14. When the bottle is tilted, pressing the movable ball 10 opens the inlet 8 and pours out through the outlet 9 of the dispensing cap. Tongue

17 serves as an indicator of bottle opening control. After opening the cover 6, the tongue 17 will never again enter the annular groove 3.

Closing the bottle is possible by screwing the cap 6 of the metering tube in the thread 14 clockwise and locking the outlet 9 of the hole, as a result of which liquid pouring becomes impossible.

Claims (8)

1. A corking device for a bottle of liquid, including a dispensing tube, comprising a housing with inlet and outlet openings and a locking element in the form of a movable ball placed inside a conical insert, the larger diameter of which is adjoined by a spherical gasket mounted with the possibility of movement along the axis, upper part of the forming surface of the casing of the metering tube has an annular groove and thread, and in the lower part of this surface there are windows, the lower side of which has fixing elements directed inward cops, characterized in that the metering plug is mounted in a metal cover on which ring rolling is made, and the metering plug cover has a tongue mechanically rolled with a continuous annular groove when assembling the closure device, the metal cover being made as a separate part. 2. Clogging device according to claim 1, characterized in that the metal cover is made of aluminum. 3. The sealing device according to claim 1, characterized in that the end rolling is made on the metal cover from below. 4. Clogging device according to claim 1, characterized in that the slots are made on the metal cover. 5. Clogging device according to claim 1, characterized in that the cap of the metering tube is fixed in the metal cover by means of slots. 6. Clogging device according to claim 1, characterized in that the cap of the metering tube is fixed to the cap by means of glue. 7. Clogging device according to claim 1, characterized in that the lower part of the casing of the metering tube is made in the form of petals ending above or at the level of the height of the conical insert. 8. The capping device according to claim 1, characterized in that the lower part of the casing of the metering tube is made elongated with slots inside, ending at a level of at least 1/3 of its height.