RU89497U1 - COOKING DEVICE - Google Patents

Abstract

1. A closure device consisting of two contacting parts of the casing, a plastic sleeve, a divider having an internal cavity and a pouring hole, characterized in that the plastic sleeve is installed between the upper plastic part of the casing and the divider, while the upper part of the casing is mounted on the plastic sleeve in this way , which eliminates their simultaneous rotation and allows axial movement of the upper part of the casing relative to the plastic sleeve during the initial uncorking of the device melting Δt, and the plastic sleeve and the inner surface of the upper part of the casing are equipped with axial displacement locking devices that keep the upper part of the casing from moving down to its original position, with the formation of an unrecoverable gap between the upper and lower parts of the casing, which indicates an autopsy. ! 2. The capping device according to claim 1, characterized in that the plastic sleeve is made of a material that differs in color or other characteristics from the upper part of the casing. ! 3. The capping device according to claim 1, characterized in that the plastic sleeve is made of a material that meets the necessary operational properties of rigidity. ! 4. The closure device according to claim 1, characterized in that either the divider or the lower part of the casing have hooks for interacting with the corking vessel, and a combination of the location of the hooks on the divider and on the lower part of the casing is not excluded. ! 5. The capping device according to claim 1, characterized in that the lower part of the casing may be integral with the divider. ! 6. Ukup

Description

The utility model can be used in the food industry and relates to universal capping devices (corks, caps) with an indication of opening, mainly for bottles with elite alcoholic beverages.

A technical solution is known, see patent for utility model:

RU, 69035, IPC B65D 41/34,

Date of publication: 2007.12.10

Date of application: 2007.12.10

Priority data: 2007127010/22

"CAP-DISPENSER" characterized as follows: cork-dispenser comprising a lower, made in the form of a casing and upper, mounted for rotation and separation from the bottom, made in the form of a ribbed cover part, an indicator tape, a dispenser, consisting of a housing designed for placing in the neck of the bottle and a lid mounted on the housing, in which alternating through windows are used for overfilling the liquid along the perimeter, while in the space between the dispenser lid and the dispenser housing with the possibility of longitudinal movement of the valve and a guide channel formed for its movement, the bottom part of the metering body covering the neck is equipped with a liquid splitter, and the upper part of the metering plug is provided with a sealing tide interacting with the profile groove made on the metering cover, the movable valve of the metering plug made mainly of polystyrene, the lower part of the dispenser housing, located in the neck of the bottle, is equipped with spaced-apart sealing ring belts, sealing The second tide is made round, the groove is made round.

The specified solution is original, it has quite effective tamper evident properties, however, the design is extremely unsuitable for the conditions of conveyor assembly, which leads to an increase in the cost of the product and the inevitable rise in price of the finished product, and also does not interfere with restoring the upper part of the product to its original position (“close the plug ») With the disappearance of all signs of an autopsy.

A technical solution is known, see patent for utility model:

RU, 65484, B65D 41/34,

Date of publication: 2007.08.10

Date of application: 2007.04.26

Priority data: 2007115742/22

"SHUTTER" characterized as follows:

A shutter for a container with liquid, in particular glass bottles with alcoholic beverages, containing a casing, the upper part of which is rotatable and separated from the lower part, made along the perimeter by a continuous crimping line, a stopper-divider designed to be placed in the neck of the container, installed on the plug-divider, the dispenser, an intermediate cap interacting with the dispenser by means of a threaded connection, while the cap is placed between the casing and the dispenser and is elastically deformed in odolnom and radial directions, with less than a crimping line securing strips performs the tamper-evident features intermediate bottle cap is colored, the casing is metallic, the upper housing portion is formed as a corrugated lid color intermediate cap is made of a contrasting color relative to the housing.

This technical solution does not solve the above problem, again, nothing prevents “close the plug” back ie to return the upper part of the casing to its original position, in which the safety strip will become practically invisible, and if you apply a little effort (“adjust” the safety strip), you can achieve such a result that the indicator strip will not be identified.

A technical solution is known, see patent for invention:

RU, 2296702, B65D 49/02,

Date of publication: 2007.04.10

Date of application: 2005.08.30

Priority data: 2005127167/13

“COMBINATION OF SECURITY COVER AND CONTAINER”

characterized as follows:

The invention relates to the field of technology intended for the storage and / or transportation of containers with low-viscosity liquids, prevents counterfeiting and refilling of containers. The container includes a housing, a neck with a whisk, while on the end part of the corolla, locking ribs are made with a given step, and there is an annular groove on the side surface of the neck corolla. The safety cover includes a screw cover fixed by thread on the outer sleeve connected by ribs to the inner sleeve to form passage channels, an elastic element with a through hole and protrusions forming an annular cavity open at the top with the lower part of the inner sleeve located therein to form a gap between the bottom and protrusions of the elastic element, a metal casing mounted on a screw cap, the latter being made along the contour with a control indicator whisk, and metal The casing is made of two contacting parts, the edges of which are rolled into a control indicator whisk with the possibility of releasing one of these edges when the cover is turned off, while a protruding shoulder with an annular groove is made in the lower part of the outer sleeve, into which the metal casing is rolled for axial fixing , in the upper part of the elastic element there is an annular sealing collar, at the end of which there are locking axial splines with a given step, having pointed peaks, and the lower part of the elastic member has an annular protrusion on the inner surface of which is formed with teeth for locking the locking edges of the container.

The disadvantage of this technical solution is the need to apply a lot of mechanical force when corking, which leads to difficulties opening the product and its cost.

The closest analogue is the technical solution for the application for utility model No. 2008140690/22

Date of application: 2008.10.15.

Priority data: 2008140690/22

COOKING DEVICE (OPTIONS) characterized as follows:

A closure device comprising a casing consisting of two contacting parts, a plastic sleeve with an internal thread, a divider having an internal cavity and a pouring hole made with an external thread interacting with the internal thread of the plastic sleeve, characterized in that the plastic sleeve is made with an external thread and installed inside the casing between the upper plastic part of the casing and the divider containing the sealing sleeve, while the upper part of the casing is installed on the plastic sleeve in such a way that prevents their simultaneous rotation and axial movement during the initial opening of the device at a distance Δt, and the plastic sleeve and the inner surface of the upper part of the casing are equipped with devices for blocking movements in the axial direction, which keep the upper part of the casing from moving down to its original position, with the formation unrecoverable gap between the upper and lower parts of the casing, which indicates an autopsy, the plastic sleeve is made of colored material, the lower part of the casing is made of metal. The closure device contains a decorative metal cover installed by means of a mechanical one-piece connection on the upper part of the casing. The closure device contains a decorative cover installed by means of a mechanical one-piece connection on the upper part of the casing, a plastic sleeve is made of non-ferrous material, the lower part of the casing is made of metal. The closure device contains a metal decorative cover mounted by means of a mechanical one-piece connection on the upper part of the casing.

The disadvantage of this device is the presence of the lower part of the casing made of metal, a metal decorative cover and just a decorative cover, their presence leads to an increase in the cost of the product, and according to this decision, the plastic sleeve has an external thread, which makes it difficult to manufacture a mold for the product and again leads to an increase in the cost of closures.

The technical result of the claimed utility model is the development of a simpler and more reliable closure device with tamper indicating device that would satisfy high consumer qualities, providing high performance, reasonable cost, increased level of protection against unauthorized opening and anti-flood function, as well as increased comfort during use.

The specified technical result is achieved due to the fact that in the capping device, which consists of two contacting parts of the casing - the upper and lower plastic sleeve, a divider having an internal cavity and a pouring hole, a plastic sleeve is installed between the upper part of the casing and the divider. In this case, the plastic sleeve has an internal thread for interacting with the external thread of the divider, and the upper part of the casing is mounted on the plastic sleeve in such a way that it excludes their simultaneous rotation and allows axial movement of the upper part of the casing, upon initial opening of the device, by a distance Δt.

Such a constructive implementation of the above closures allows the detection of unauthorized opening of the closure due to the fact that the upper part of the casing is kept from moving down to its original position. As a result, an unrecoverable gap is formed between the upper and lower parts of the casing, which is visually well identified, which serves as an indicator of the opening of the closure device.

The plastic sleeve should be made with a different, with respect to the upper part of the casing, color or other characteristic that would allow visually separating the upper part of the casing from the plastic sleeve, if an unrecoverable gap is formed.

The utility model is additionally characterized in that the plastic sleeve is made of a material that meets the necessary operational properties of rigidity. During operation of the device, the necessary stiffness of the plastic sleeve must be ensured, preventing it from bending and thereby violating the tamper indication, in other words, the sleeve must be made of inflexible material.

According to the first embodiment, the closure device may have hooks for holding it on the closure vessel or on the divider, or the lower part of the casing, and the combination of the location of the hooks on the divider and on the lower part of the casing is not excluded.

According to the second variant, the closure device may have a lower part of the casing and the divider presented as a whole, and may also have hooks for holding it on the closure vessel or on the divider, or the lower part of the casing, and a combination of the location of the hooks on the divider and on the lower part of the casing is possible.

According to the third embodiment, the closure device may have an elongated lower part, and may also have hooks for holding it on the closure vessel or on the divider, or the lower part of the casing, and the combination of the location of the hooks on the divider and on the lower part of the casing is not excluded.

The proposed solution is illustrated graphically, where

Figure 1 shows a General view of the product in section, after the formation of the gap, Figure 2 shows a General view of the product in section before the formation of the gap in the first embodiment of the closure device, Figure 3 shows a General view of the product in section, after the formation of the gap, Figure 4 shows a General view of the product in section before the formation of the gap in the second embodiment of the closure device, Figure 5 shows a General view of the product in section, after the formation of the gap, and Figure 6 shows a General view of the product in section before the formation of the gap in the third embodiment capping device.

The positions in the figures indicated:

1 - casing;

2 - the upper part of the casing;

3 - the lower part of the casing;

4 - a plastic sleeve;

5 - divider;

6, 7 - connection elements (threaded connection);

8 - guides of the plastic sleeve;

9 - protrusions in the guides of the plastic sleeve;

10 - retaining protrusion of the sleeve;

11 - hooks of the upper part of the casing;

12 - elements of the connection of the divider;

13 - bendable protrusions of the sleeve, interacting with the elements of the connection of the divider;

14 - elongated lower part of the divider

15 - divider hooks

16 - hooks of the lower part of the casing

the capping device includes a casing 1, consisting of two contacting parts (upper 2 and lower 3), a plastic sleeve 4 with an internal thread, a divider 5 having an internal cavity and an outlet made with an external thread interacting with the internal thread of the plastic sleeve 4.

A plastic sleeve 4 is installed inside the casing 1 between the upper 2 plastic part of the casing 1 and the divider 5, while the upper 2 part of the casing is mounted on the plastic sleeve 4 in such a way that prevents their simultaneous rotation allows axial movement of the upper part of the casing during initial uncorking of the device at a distance Δt.

In this case, the plastic sleeve 4 and the inner surface of the upper part of the casing are equipped with axial blocking devices that hold the upper 2 part of the casing 1 from moving down to its original position, with the formation of an unrecoverable gap (Δt) between the upper 2 and lower 3 parts of the casing 1, however, this gap indicates an autopsy performed.

For a better visualization of the gap (Δt), the plastic sleeve should be made with a different, with respect to the upper part of the casing, color or other characteristic that would allow visually separating the upper part of the casing from the plastic sleeve when a gap is formed.

The operation of the closure device is based on the use of elastic deformations of the materials used in this device. A key element in the design of the closure is the plastic sleeve 4

1. Starting position.

The closure is worn on a suitable bottle whisk. Sealing of the closure device on the bottle is carried out due to the fit of the conical inner wall of the plastic sleeve 4 to the counter surface of the divider 5.

Sequentially located guides 8 on the plastic sleeve 4 interact with the hooks 11 of the upper part of the casing to prevent its movement, the bendable protrusions 13 of the sleeve 4 interact with the divider 5 to prevent movement of the sleeve and the upper part of the casing mounted on it.

2. The uncorking process.

When loosening the upper 2 part of the casing 1, it is axially moved upward due to the interaction of the hooks of the upper part of the casing 11 and the guides of the plastic sleeve 8, and the protrusions of the guides 9 in contact with the hooks 11 allow uncorking with little effort and a characteristic crack. With the continuation of the unscrewing process, the hooks 11 reach the retaining protrusion of the sleeve 10 along the guides 8, while the upper part of the casing is securely fixed and torque is transmitted to the plastic sleeve 4. The upper 2 of the casing 1 and the plastic sleeve 4 rotate simultaneously. The device is considered open, bendable protrusions 13 cease to hold the sleeve 4 and the upper part 2 of the casing 1 and the sleeve together with the upper part of the casing is removed.

The device is considered blocked from axial movements, because the upper 2 part of the casing 1 cannot return to its original position relative to the plastic sleeve 4. As a result, an unrecoverable gap (Δt) is formed between the lower 3 and upper 2 parts of the casing 1, which visually identifies well that serves as an indicator of opening the capping device.

Claims (7)

1. A closure device consisting of two contacting parts of the casing, a plastic sleeve, a divider having an internal cavity and a pouring hole, characterized in that the plastic sleeve is installed between the upper plastic part of the casing and the divider, while the upper part of the casing is mounted on the plastic sleeve in this way , which eliminates their simultaneous rotation and allows axial movement of the upper part of the casing relative to the plastic sleeve during the initial uncorking of the device melting Δt, and the plastic sleeve and the inner surface of the upper part of the casing are equipped with axial displacement locking devices that keep the upper part of the casing from moving down to its original position, with the formation of an unrecoverable gap between the upper and lower parts of the casing, which indicates an autopsy. 2. The capping device according to claim 1, characterized in that the plastic sleeve is made of a material that differs in color or other characteristics from the upper part of the casing. 3. The capping device according to claim 1, characterized in that the plastic sleeve is made of a material that meets the necessary operational properties of rigidity. 4. The closure device according to claim 1, characterized in that either the divider or the lower part of the casing have hooks for interacting with the corking vessel, and a combination of the location of the hooks on the divider and on the lower part of the casing is not excluded. 5. The capping device according to claim 1, characterized in that the lower part of the casing may be integral with the divider. 6. The capping device according to claim 1, characterized in that the divider can have an elongated lower part. 7. The capping device according to claim 6, characterized in that either the divider with an elongated lower part or the lower part of the casing may have hooks for interacting with the capping vessel, and a combination of the location of the hooks on the divider and on the lower part of the casing is not excluded.