BG1455U1 - A cap - Google Patents

Abstract

The cap according to the useful model serves for closing bottles that have to preserve liquids lastingly. It has a simplified design, and is easy to produce. It is mounted immovably by snapping to the bottle's throat, and limits the possibility for not regulated use of the bottle. The cap (1) includes a body (3) with doser (11), to which is tightly pressed a seal (17), which seals the cap (1) to the bottle (2), and does not allow effluence of liquid between the cap and bottle. To the body (3) is immovably fixed an inner threaded cap (8), which is wound on the thread (13) envisaged on the outside of the doser (11). At the end of the roundabout wall (4) of the body (3), which is of two parts, is envisaged a sealing protective ring (6), connected with the body by thin elements (7), which aredestroyed at initial opening, and provide indication for not regulated use. The doser (11) is provided with arresting elements (14), which secure the immovable fastening of the cap (1) to the bottle (2).

Description

Technical field

The utility model relates to a cap and may find application for sealing containers and bottles, in particular bottles intended for long-term storage of liquids of high alcohol content, which have requirements to provide means to prevent unauthorized opening and filling the bottle with a liquid with characteristics other than the original liquid.

BACKGROUND OF THE INVENTION

A number of bottle closures, in particular for bottles for storing valuable liquids, are known in the prior art, which provide a means of preventing unauthorized opening and filling of the respective bottle.

According to BG 65 696, a "cap" is known for high alcohol liquids cylinders which is mounted axially on the neck of the bottle and includes a cup-shaped body which is provided with a dispenser, seal and decorative lining. The body consists of a bottom and a wall, the lower part of which is separated as a sealing ring by a ribbon, which is connected to the upper part by thin elements - bridges, which are destroyed when the cap is first opened. The dispenser includes a cone and sphere housing, the housing having a double U-shape and its outer ring shaped stepwise with upper, middle and lower parts. An orifice is formed at the upper portion of the dispenser ring and at its middle part there are locking elements, shaped as slots, which enter into the corresponding grooves provided to the neck of the bottle. The dispenser is mounted by clicking on the bottle neck via the locking elements. In the lower part of the dispenser, under the projections, leading longitudinal teeth are formed on the inside, entering the corresponding depressions of the neck of the bottle. With the known cap, there is a thread on the inside of the body and on the outside of the dispenser, in its middle part, which allows opening and closing of the cap on the bottle by winding, and a tooth segment is formed at the end of the outer ring of the dispenser. between the surrounding wall of the cap body and the sealing tape that remains on the bottle after the cap is first opened. The seal is fixedly mounted to a molded ring provided with retaining elements on the inside of the bottom of the cap and rests on the molded mouth at the top of the dispenser. In addition, the mouth has a concentric conical ring protruding upwards, which ends at the upper end with a sharp section. On the tilting ring of the dispenser lies a concentric conical ring corresponding to the tilting ring of the dispenser provided to the seal. By tightening the two concentric rings, the cap is sealed and the mouthpiece ensures that the jet is cut off when the liquid is poured.

The well-known cap is mounted on the neck of the bottle by clicking, the force is relatively optimally distributed. This cap remains fixed during full use of the bottle and cannot be disassembled by unauthorized persons without being noticed by consumers. On the other hand, the famous cap has a complex construction and configuration of the elements, which makes it expensive and difficult to manufacture.

The technical nature of the utility model

The present utility model is designed to create a lid for sealing containers and bottles for long-term storage of liquids, the cap has a simple construction and configuration, and its production is relatively simple and inexpensive, providing the necessary degree of protection against unauthorized opening and filling the bottle with a liquid with characteristics other than the original fluid.

The cap for sealing bottles for long-term storage of liquids according to the utility model is mounted on the axis of the neck of the bottle and includes a cup-shaped body, to which is provided a dispenser with seal and decorative lining. The body of the cap consists of a bottom and a wall, the lower part of which is secured as a sealing safety ring, connected to the upper by thin elements (bridges) that are subject to destruction upon initial opening of the cap. The dispenser includes externally and internally concentric bodies, the exterior of which is stepped. A mouth is formed at the top of the dispenser to facilitate the pouring of stored fluid and a thread is provided on the outside of the dispenser. The dispenser has locking elements, shaped like slots with projections, which enter the corresponding groove provided to the neck of the bottle. Below the locking elements, inside the dispenser, are formed leading longitudinal teeth, which enter into the corresponding tooth depressions provided at the neck of the bottle,

According to the present utility model, a sealant is mounted internally in the middle part of the dispenser. The seal, when mounted on the neck of the bottle, rests on the front and tightly encloses the inside of the neck of the bottle and prevents fluid from flowing between the cap and the bottle when stored horizontally. An inner cap is provided to the body of the cap, which is fixedly mounted and secured against scrolling by the provided teeth on the outside of the inner cap, which enter the corresponding cavities of the teeth provided on the inside of the body. On the inside of the inner cap there is a thread that is threaded to the thread provided to the dispenser and through which the cap is opened and closed when used by the user.

In a particular embodiment of the utility model, the inner cap on the outside has additional concentric retaining rings, which are mounted in grooves of the body and do not allow displacement of the inner cap relative to the body. Externally, a decorative sheath is provided on the body, which is pivoted to the grooves provided at the bottom of the safety ring.

The cap according to the present utility model is easily mounted on the neck of the bottle by clicking, with the locking elements entering the corresponding grooves to the neck of the bottle. The effort for mounting the cap is relatively small and optimally distributed.

The main advantage of the utility model cap is that it has a simple element design and configuration and its manufacturing is simplified and relatively inexpensive, while providing the necessary degree of protection against unauthorized removal by unauthorized persons and filling the bottle with a different label content and quality. This guarantees the quality and properties of the liquid stored in the bottle, which is especially important for liquids with a high alcohol content.

Explanation of the annexed figures

The cap according to the utility model is illustrated by the accompanying drawings, where:

Figure 1 is a vertical longitudinal section view of the cap;

Figure 2 is a vertical longitudinal section view of the cap fitted to the neck of the bottle;

Figure 3 shows the bottle with the fixed dispenser mounted, with the top of the cap open;

4 is a section through AA of FIG. 3;

5 shows the elements of the cap 1 in the order of their installation in the end product of FIG. 1.

Examples of implementation of the utility model

In FIG. 1 shows an exemplary embodiment of the cap, generally referred to as the closure position 1 of a liquid bottle 2 according to the present utility model. The cap 1 is fitted to the neck of the bottle 2, the axis of the cap 1 coinciding with the axis of the bottle 2, as shown in FIG. 2. The neck of the bottle 2 is shaped in a predetermined manner with grooves and teeth corresponding to the size and shape of the cap 1.

The cap 1 is formed by a cup-shaped cylindrical body 3, which consists of a circumferential wall 4 and a bottom 5. The circumferential wall 4 is formed in two parts, the lower part being separated in the form of a sealing safety ring 6, connected to the upper part by thin elements 7 (bridges) that are subject to destruction-

1455 Ul not at initial opening of cap 1. To the body 3 of cap 1 is mounted a fixed inner cap 8 which is secured against scrolling by teeth 9 provided on the outside of the inner cap 8 and which teeth 9 enter respective recesses 9 ' provided on the inside of the body 3. The inner cap 8 on its outer side is provided with additional concentric retaining rings 10 that are mounted in grooves 10 'of the body 3 and do not allow displacement of the inner cap 8 with respect to the body 3. Thus, the inner and cap 8 and body 3 form one common element.

The cap 1 has a dispenser 11 which includes an outer and an inner concentric body, the outer body being formed in a stepwise fashion by two parts - an upper and a lower one. The upper part is smaller than the lower one, which is sized to be fitted to and extends outwardly from the neck of the bottle 2. A mouth 12 is formed in the upper portion of the dispenser 11 to facilitate the pouring of the stored liquid. Under the mouth 12, on the outside, the dispenser 11 has a four-threaded thread 13. An identical thread 13 'is also provided on the inside of the inner cap 8, which is wound on the thread 13 to the dispenser 11. Through the four-thread 13 and 13, the cap 1 is opens and closes when used by the user.

At the bottom of the dispenser 11 there are locking elements 14, shaped like slots with flexible projections, which enter the corresponding groove provided to the neck of the bottle. Below the retaining elements 14 on the inside of the dispenser 11 are formed guide longitudinal teeth 15 entering the recesses of shaped teeth 16 on the neck of the bottle 2. The number of teeth 16 formed on the neck of the bottle refers to the number of longitudinal teeth 15 shaped to the dispenser 11 as 1: 3. The teeth 16 on the bottle are oriented angularly, at an alpha angle of 5 to 10 ° along the vertical and horizontal diameters of the neck of the bottle, the number of which at the vertical and horizontal diameters is 3: 1. This allows the cap 1 to be easily mounted without the need for precise angular orientation to the neck of the bottle 2.

A fixed seal 17 is mounted internally in the middle part of the dispenser 17. The seal 17 has sealing rings 18 and, when mounted on the neck of the bottle 2, rests on the front and tightly encloses the inside of the neck of the bottle 2 preventing any leakage of liquid. between the cap 1 and the bottle 2 when stored horizontally in the bottle.

Externally, a trim panel 19 is provided on the body 3 of the cap 1, which is two-part, by analogy with the surrounding wall 4 of the body 3, the two parts being joined by thin elements 7 (bridges). The decorative lining 19 is pivoted to the latching channels 20 provided at the bottom of the wall of the body 3, shaped as a safety ring 6.

Application (use) of utility model

According to the utility model, the cap 1 represents and can be sold as one complete set of products as shown in FIG. 1. The assembly of each cap 1 is easy to accomplish, as in FIG. 5 shows the details in order of their installation. The assembly is performed by mounting the cup-shaped cylindrical body 3 of the cap 1 to the bottom of the decorative panel 19 so that the two parts of the surrounding wall 4, as well as the intended thin elements 7 (bridges), correspond to the elements 19. The inner cap 8, which is secured to the cup-shaped cylindrical body 3 by means of teeth 9 and 9 'anti-roll and rings 10 and 10' against axial displacement, is fixed in series. By sealing, the seal 17 is mounted on the dispenser 11, and together they are mounted by screwing the thread 13 to the inner cap 8. After collecting the elements 19, 3, 8, 11 and 17 of the cap 1, a twist is made - shaping the grooves 20 of the defined therefor, places on the decorative lining 19 so that the cap 1 is formed as a single complete article.

The cap 1 is mounted on the neck of the bottle 2 (shown in Fig. 2) by applying axial pressure to the cap 1, until the locking elements 14 of the dispenser 11 are clicked upon entering

1455 Ul groove provided on the neck of the bottle 2, indicating that the dispenser 11 is fixedly attached to the neck of the bottle 2. The compressive force is relatively small, since the locking elements 14 are relatively flexible and allow dissolution under pressure. After mounting, the dispenser 11 and the seal 17 grip the neck of the bottle 2 as a pinch and remain fixedly attached to the bottle 2 throughout use and cannot be removed by removal. In this way, the bottle 2 is protected from reuse by providing the necessary degree of protection against unauthorized opening and filling of the bottle 2 with liquid of different characteristics and quality than the original liquid.

When the cap 1 is first opened and removed from the bottle 2 shown in FIG. 3, the thin elements 7 (bridges) provided to the body 3 are destroyed. The cap 1 is rotated clockwise, whereby the thread 13 'of the inner cap 8 is unscrewed from the thread 13 towards the dispenser 11 and the elements 7 are destroyed. In this case, the upper part of the cap 1 is separated from the sealing protective wide ring 6 of the body 3, which together with the dispenser 11 and the seal 17 remain stationary to the neck of the bottle 2 until the upper part of the cap 1 is removed. After closing bottle 2 by screwing cap 1, the destruction of thin elements 7 indicates that bottle 2 has been opened.

Claims (2)

Claims 1. A container closure cap, particularly of liquid cylinders, the axis of which coincides with the axis of the bottle and includes a cup-shaped body to which a dispenser with sealing wire and a decorative lining is provided, wherein the body of the cap consists of a bottom and a wall, the lower part of which is secured as a sealing safety ring connected to the upper part by thin elements, and the dispenser is formed by concentric bodies, the outer of which is stepped and at its upper part a mouth is formed, wherein, on the outside of the dispenser, the jaw, and locking elements shaped like slots with projections that enter a corresponding groove provided to the neck of the bottle, and leading longitudinal teeth forming the corresponding grooves of the neck of the bottle are formed below the locking elements on the inside of the dispenser, characterized in that a seal (17) is mounted internally to the dispenser (11), which lies on the front and inside of the neck of the bottle (2), and an inner cap (8) is provided to the body (3), which is permanently mounted and secured by provided teeth (9) on the outside of the inner cap (8) that enter the corresponding cavities (9 ') on the inside of the body (3), with the inner cap (8) having a thread (13') which is wound to the thread (13) provided at the top of the dispenser (11). A cap according to claim 1, characterized in that additional concentric retaining rings (10) are provided on the outside of the inner cap (8), which are mounted in grooves (10 ') of the body (3) and externally, at the bottom of the wall of the body (3), shaped as a safety ring (6), there are grooves (20) after the decorative sheath (19) is inserted.