BOTTLE CASE

Abstract

This utility model relates to container accessories, specifically bottle covers, and can be used, for example, in everyday life, as a decorative or protective cover for a standard 19-liter bottle used by users with pumps of various shapes and configurations. The technical result consists of increasing the rigidity of the cover body while eliminating the formation of uneven gaps between the slats. This technical result is achieved in that the bottle cover comprises a flexible body and an upper portion connected to each other. The flexible body is made of slats connected to each other by a web located on the inner surface of the body, with frame elements secured within the flexible body. 7 c.p. phyl., 4 fig.

Description

[0001] The utility model relates to accessories for containers, namely to covers for bottles, and can be used, for example, in everyday life, as a decorative or protective cover, for example, for a standard bottle with a capacity of 19 liters, used by users with pumps of various shapes and configurations.

[0002] It's common knowledge that standard 19-liter bottles with pumps of various shapes and configurations are widely used to provide access to drinking water at home, in the countryside, in offices, or in country houses. These bottles, typically made of transparent or translucent plastic, require protection from mechanical damage, dirt, and direct sunlight, as well as aesthetically pleasing placement in living or working spaces (offices). This is because an unprotected bottle is unsightly, easily soiled, and prone to scratches. It also cannot serve as a piece of furniture, such as a cabinet or shelving unit, on which, for example, a glass or jug ​​could be placed.

[0003] In this regard, to solve the above problems, various covers and cabinets were developed, designed for the convenient use of bottles in everyday conditions.

[0004] Various designs of bottle covers are known in the prior art, including those made from knitted, metal, or wooden materials. For example, a protective cover for a beverage container (RU Patent No. 176283, published January 15, 2018) consists of three main rigid ring-shaped components, including an upper, middle, and lower section, as well as a lid made of impact-resistant plastic. The middle and lower sections are connected by a moisture-resistant, heat-insulating fabric. When assembled, all the components screw together. When disassembled, the cover allows for the placement of various containers, with the lid screwing onto the upper or lower section as needed.

[0005] The disadvantage of the known technical solution is the complexity of the design and its assembly before use, since the described protective cover consists of three separate rigid ring parts and a lid, which are connected to each other by means of a threaded connection, which ultimately reduces the ease of use of the cover, especially with frequent replacement of the bottle.

[0006] A bottle cover is known (source on the Internet: Decorative cover DECORATOR "Aqua New", for a 19-liter bottle, Oxford fabric, for a pump, moisture-proof, black - buy in the DECORATOR online store on Yandex Market), made of fabric.

[0007] The disadvantage of the described cover is, first of all, the lack of a supporting structure, since fabric covers do not have a rigid base or supporting elements, which makes it impossible to use the cover as a stationary stand (cabinet), which, in turn, reduces the ease of use of the cover.

[0008] Also known is a cabinet-cover for a bottle (Internet source: https: / / lemanapro.ru / product / tumba-chehol-dlya-kulera-azbukadekor-laura-19-l-cvet-korichnevyy-91717597 / ?ysclid=mddj2p5ey1507331044&utm_referrer=https%3A%2F%2Fya.ru%2F), containing a body made of 3 mm thick aluminum, a removable lower part and an upper part made of moisture-resistant plywood, while the upper part is made with a cutout in the shape of a circle for the neck of the bottle.

[0009] A disadvantage of the well-known aluminum and plywood case is its high weight and bulk, making it difficult to transport and use, such as when changing a bottle, especially for elderly people. Another significant drawback of the hard case is its inability to be compactly stored, as the case does not fold, occupying a constant volume even without a bottle. This causes inconvenience, for example, during transportation or storage without a bottle.

[0010] Bottle cases made of wood are also known. For example, a stand-type case (source: 19L Bottle Case Stand 451702359 buy for 3590 rubles at Wildberries) consists of a body and a top. The body is made of plywood slats with gaps between them, preventing a continuous surface.

[0011] A drawback of the well-known cover is the presence of gaps (clear spaces) between the slats, making the bottle vulnerable to direct sunlight. This can lead to algae bloom, which is manifested by a greenish or cloudy tint to the water, the formation of a slimy coating on the walls of the bottle, and a deterioration in the organoleptic properties of the water (odor, taste). Furthermore, the product's high weight is a significant drawback, as the upper part of the cover is made of two sheets of plywood and the body is made of plywood slats. This significantly complicates the installation and removal of the 19-liter bottle, especially for elderly people when changing containers.

[0012] A known bottle cover (source from the Internet: Buy a 19L bottle cover on OZON at a low price (1757697352)), contains a flexible body, an upper part and a lower part, wherein the flexible body is made of slats fastened together by means of an elastic tightening element located along the inner surface of the upper and lower parts of the flexible body, which ensures that the slats are held in a given position and the ability to adapt the shape of the body to the dimensions of the bottle.

[0013] A disadvantage of the described cover is the flexible body, which is made of slats fastened together by an elastic tightening element. This requires additional effort from the user when attaching the flexible body to the rigid upper and lower parts of the cover. The edges of the slats do not maintain a fixed geometry and can shift, slip, or fit unevenly into the grooves or clamps. Furthermore, because the flexible body is made of slats fastened together by an elastic tightening element located along the inner surface of the upper and lower parts of the flexible body, there is a high probability of uneven distribution of inter-slat gaps along the height of the case. This can lead to cracks and gaps through which the bottle can be seen, reducing the decorative properties of the product, as well as sunlight penetration, which can negatively affect the quality of the water.Furthermore, the resulting gaps in the housing can trap dust and moisture, which can compromise the hygiene of the product during everyday use. The lack of frame elements in the bottle cover design also reduces the rigidity of the bottle cover body and creates uneven gaps between the slats.

[0014] A known bottle cover (Internet source: Wooden cabinet cover with a porcelain tile slab for a 19-liter bottle, buy on OZON at a low price (2433285523)), adopted as a prototype, comprises a connected flexible body and a porcelain tile upper section. The flexible body is made of slats connected by fastening straps located at the top and bottom of the body, with two wooden frame elements secured inside the flexible body.

[0015] A drawback of the known technical solution is the localized connection of the slats with fastening straps located at the top and bottom of the frame, which prevents uniform fixation of the slats across the entire height of the frame. As a result, the middle section of the slats remains unfastened, leading to reduced structural rigidity and the formation of uneven gaps through which the bottle can be seen, reducing the decorative qualities of the product, as well as sunlight penetration, which can negatively impact water quality. Furthermore, the known technical solution uses two wooden frame elements (an upper ring and a lower ring) to ensure the required frame rigidity. However, wood, with its limited strength compared to metal or composites, requires significantly thicker frame elements to achieve the required structural rigidity.This results in an increase in the outer diameter of the cover, limiting its compatibility with water dispensing devices, particularly pumps equipped with a shortened spout. This reduces the product's versatility and ease of use in typical household settings.

[0016] This utility model solves the technical problem of insufficient rigidity of the bottle cover body and the resulting uneven gaps between the slats.

[0017] The technical result consists in increasing the rigidity of the bottle cover body while eliminating the formation of uneven gaps between the slats.

[0018] The technical result is achieved in that the bottle cover contains a flexible body and an upper part connected to each other, wherein the flexible body is made of slats connected to each other by means of a web located on the inner surface of the body, and at least one frame element is fixed inside the flexible body.

[0019] In an additional aspect, the technical solution is characterized in that at least one groove is made on the web located on the inner surface of the housing.

[0020] In an additional aspect, the technical solution is characterized in that at least one frame element is additionally secured inside the flexible body by means of holders.

[0021] In an additional aspect, the technical solution is characterized in that at least one frame element is made of metal.

[0022] In a further aspect, the technical solution is characterized in that it comprises a lower part connected to a flexible body.

[0023] In an additional aspect, the technical solution is characterized in that the lower part additionally contains support elements.

[0024] An additional aspect of the technical solution is that the slats are made of bamboo.

[0025] In an additional aspect, the technical solution is characterized by the fact that the slats are covered with a water-repellent coating.

[0026] The utility model is illustrated by figures showing:

[0027] Fig. 1 – general view of the bottle cover with an image of the internal contours, where 1 is the flexible body, 1.1 – slats, 2 – the upper part, 3 – the frame element.

[0028] Fig. 2 – general view of the bottle cover, where 1.1 – slats, 2 – upper part.

[0029] Fig. 3 – general view of the bottle cover without the top part, where 1.1 – slats, 1.2 – fabric, 3 – frame element.

[0030] Fig. 4 – general view of the bottle cover with an image of the internal contours (implementation example), where 1 is a flexible body, 1.1 – slats, 2 – upper part, 3 – frame elements, 4 – lower part.

[0031] The bottle cover (Fig. 1, Fig. 2, Fig. 3) comprises a flexible body 1 and an upper part 2 connected to each other. The flexible body 1 is made of slats 1.1 connected to each other by means of a web 1.2 located on the inner surface of the body 1, and at least one frame element 3 is fixed inside the flexible body 1.

[0032] The flexible body 1 in the bottle cover design simplifies transportation and operation, for example, when moving the cover during bottle replacement. The connection between the flexible body 1 and the upper part 2 is detachable. Upper part 2 and the flexible body 1 can be connected to each other by any method known in the art that ensures mutual positioning. For example, upper part 2 can be chamfered and mounted on body 1. A snap-on, threaded, or other detachable connection can also be used. Upper part 2 has a central opening designed to accommodate the bottle neck. Upper part 2 can be made of any material known in the art, such as plywood, MDF, plastic, or porcelain stoneware.

[0033] The flexible housing 1 is constructed from slats 1.1 connected to each other by means of a web 1.2 located on the inner surface of the housing 1, ensuring uniform distribution of the retaining force along the perimeter and height of the housing 1. Unlike designs with local connections of the slats (for example, only in the upper and lower zones), this design eliminates the possibility of displacement of individual slats, thereby preventing the formation of uneven gaps between them. Connecting the slats 1.1 by means of a web 1.2 located along the entire inner surface of the housing 1 increases the rigidity of the housing 1 of the cover while eliminating the formation of uneven gaps between the slats 1.1. Any material known in the art can be used as web 1.2, for example, dense fabric, dense fabric with reinforcement, PVC film, or a thin composite.

[0034] The presence of at least one frame element 3, fixed inside the flexible housing 1, creates an internal support contour, imparting rigidity and resistance to deformation to the housing 1. Frame element 3 can maintain the shape of the housing 1 even during long-term use and cyclic loads (installation / removal of the bottle). The combined use of web 1.1, located on the inner surface of the housing 1, and at least one frame element 3 creates a structural system in which web 1.1 ensures surface continuity and load transfer between slats 1.2, and frame element 3 ensures dimensional stability, which ultimately leads to increased rigidity of the housing of the bottle cover while eliminating the formation of uneven gaps between slats 1.2.

[0035] Two, three or more frame elements 3 can be fixed inside the flexible body 1, for example, in the upper, middle and / or lower zones of the body 1, which will further increase the rigidity of the bottle cover structure.

[0036] In a preferred embodiment of the utility model, at least one groove (not shown in the figures) may be formed on the web 1.1 located on the inner surface of the housing 1. At least one frame element 3 may be inserted into the groove. The presence of at least one groove on the web 1.1 ensures precise and reliable fixation of the frame element 3, preventing its displacement, which further increases the rigidity of the bottle cover structure.

[0037] In a preferred embodiment of the utility model, at least one frame element 3 may be additionally secured within the flexible housing 1 by means of holders (not shown in the figures). The holders may be, for example, projections, grooves, or locking tabs formed on the inner surface of the slats 1.1 or on the web 1.2. The fixation of at least one frame element 3 by means of holders additionally ensures its stable position in a given area of ​​the housing 1 and prevents its displacement, which facilitates the uniform distribution of forces between the slats 1.1 and the frame element 3, which further increases the rigidity of the bottle cover structure.

[0038] In a preferred embodiment of the utility model, at least one frame element 3 is made of metal, which further increases the rigidity of the bottle cover. The use of at least one frame element 3 made of metal further ensures high structural rigidity with minimal thickness, resistance to deformation, and durability under repeated use, which is not achieved by similar products, such as those made of plastic or plywood. The minimal thickness of frame element 3 ensures a minimal outer diameter of the bottle cover, ensuring its compatibility with water dispensing devices, in particular, pumps equipped with a shortened spout. This increases the versatility of the product and its ease of use in typical household conditions.

[0039] In a preferred embodiment of the utility model, the bottle cover may additionally comprise a lower portion 4 connected to the flexible body 1. The lower portion 4, connected to the lower end of the flexible body 1, is intended to provide a more stable position of the bottle cover on the supporting surface and to create a single frame, thereby further increasing the rigidity of the cover body. In a preferred embodiment of the utility model, the lower portion 4 may comprise supporting elements (not shown in the figures), such as legs or wheels. The legs may be height-adjustable to compensate for uneven floors, and the wheels may be swivel-mounted with a lock, which ensures mobility and secure fixation of the bottle cover during operation. The lower portion 4 may be made of any material known in the art, such as plywood, MDF, plastic, or porcelain stoneware.

[0040] In a preferred embodiment of the utility model, the slats 1.1 of the flexible housing 1 can be made of bamboo. This ensures high specific strength of the housing 1 of the bottle cover while maintaining its low weight, which further increases the rigidity of the bottle cover structure. In a preferred embodiment of the utility model, the width of the slats 1.1 is set within the range of 15 to 35 mm, which ensures a balance between rigidity, flexibility, manufacturability, and aesthetics of the housing 1 of the bottle cover. Using slats 1.1 in the housing 1 of a given width further increases the rigidity of the bottle cover structure.

[0041] In a preferred embodiment of the utility model, the slats 1.1 of the flexible body 1 can be covered with a water-repellent coating, for example, based on natural oils, wax or polymer compositions, due to which the durability of the slats 1.1 is increased, for example, due to the exclusion of their biological damage (mold, fungus).

[0042] The bottle cover can be assembled as follows. In the first step, flexible body 1 is manufactured by connecting vertical slats 1.1 to web 1.2, for example by gluing. After gluing slats 1.1 to web 1.2 on a flat base, the free edges of web 1.2 are connected to each other, forming the cylindrical structure of flexible body 1. After flexible body 1 is formed into a cylindrical shape, at least one frame element 3 is inserted into its internal cavity. Due to elastic tension, this frame element fits tightly against the inner surface of body 1 and is securely fixed, preventing spontaneous displacement or loss during operation. After flexible body 1 is assembled, it is placed on a standard 19-liter bottle, and then the upper part 2 is installed using an interference fit. Next, a pump or other dispensing device can be attached to the neck of the bottle. Thus, due to the synergistic action of the web 1.2 and frame element 3 of the slat 1.1 of the bottle cover maintain a given position, do not diverge and do not form gaps, and the body 1 maintains a stable shape, thereby achieving a technical result consisting in increasing the rigidity of the body of the bottle cover while eliminating the formation of uneven gaps between the slats.

[0043] The method for assembling a bottle cover described above is given as an example and does not limit the scope of legal protection of the utility model, which can be implemented in other ways, within the declared set of essential features.

[0044] Below are examples of the implementation of the utility model.

[0045] Example 1. As an example of the implementation of the proposed technical solution, a bottle cover was manufactured (Fig. 2, Fig. 3), comprising a flexible body 1, made of slats 1.1 and connected to each other by means of a web 1.2 located on the inner surface of the body 1, and an upper part 2, with one frame element 3 fixed inside the flexible body 1. The bottle cover was put on a standard 19-liter PET bottle, after which a mechanical pump was installed on the neck of the bottle. The product was in domestic use for 3 months, using it daily indoors at room temperature. During operation, no divergence of slats 1.2, formation of gaps, deformation of the body 1 or displacement of the frame element 3 were recorded. The design retained its original shape, stability and aesthetic appearance. Ease of use is particularly noted; replacing an empty bottle with a new one is quick and effortless.The test results confirmed the technical result of increasing the rigidity of the bottle cover while eliminating uneven gaps between the slats. The example provided is illustrative and does not limit the scope of legal protection defined by the utility model formula.

[0046] Example 2. As an example of the implementation of the proposed technical solution, a bottle cover was manufactured (Fig. 4), comprising a flexible body 1, made of bamboo slats 1.1 and connected to each other by means of a fabric 1.2 located on the inner surface of the body 1, and an upper part 2, wherein two metal frame elements 3 were fixed inside the flexible body. The bottle cover also additionally contained a lower part 4. The bottle cover was put on a standard 19-liter PET bottle, after which an electric pump was installed on the neck of the bottle. The product was in domestic use for 3 months, using it daily indoors at room temperature. During operation, no divergence of the slats 1.1, formation of gaps, deformation of the body 1 or displacement of the two metal frame elements 3 were recorded. The design retained its original shape, stability and aesthetic appearance.The ease of use was particularly noted; replacing an empty bottle with a new one is quick and effortless. Test results confirmed the technical result of increasing the rigidity of the bottle cover body while eliminating uneven gaps between the slats. The example provided is illustrative and does not limit the scope of legal protection defined by the utility model formula.

[0047] Thus, as demonstrated in the above description of the utility model, a technical result is achieved consisting of increasing the rigidity of the bottle cover body while eliminating uneven gaps between the slats, ensuring structural stability, protecting the bottle from dust and sunlight, and ensuring ease of use. By eliminating gaps between the body slats, maintaining the strict geometric shape and rigidity of the body, and having a flat upper surface formed by the upper part, the described bottle cover acquires the appearance and performance characteristics comparable to a furniture cabinet. This allows the design to be used both as a bottle cover and, if necessary, as a supporting surface for glasses, napkins, and other small items, expanding the product's functionality in a household setting.

Claims

1. A bottle cover comprising a flexible body and an upper part connected to each other, wherein the flexible body is made of slats connected to each other by means of a web located on the inner surface of the body, and frame elements are secured inside the flexible body.

2. A bottle cover according to item 1, in which at least one groove is made on the fabric located on the inner surface of the body.

3. A bottle cover according to claim 1, in which at least one frame element is additionally secured inside the flexible body by means of holders.

4. A bottle cover according to claim 1, wherein at least one frame element is made of metal.

5. The bottle cover according to item 1 additionally comprises a lower part connected to the flexible body.

6. A bottle cover according to item 5, wherein the lower part additionally contains support elements.

7. A bottle cover according to item 1, wherein the slats are made of bamboo.

8. A bottle cover according to claim 1, wherein the slats are covered with a water-repellent coating.

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