RU202926U1 - Bottle - Google Patents

Abstract

The utility model relates to containers for storage and transportation of perfumery liquids. In a particular case, it can be used as a bottle for perfume, eau de toilette, eau de parfum, perfumed concentrate or any other aromatic liquid. The technical result of the proposed utility model is to increase the resistance to operational loads. The utility model is implemented as follows. The bracelet element 4 is installed on the container. In this case, the inner surface 11 faces the main body 8 of the body. The second edge 12 faces the second projection 9 and, in a particular case, abuts against it. Each shaped edge 14 faces the corresponding first protrusion 7 and, in a particular case, abuts against it. The bracelet element 4 covers the container and is held on it. At the same time, the stop of the second edge 12 in the second protrusion 9 and the shaped edges 14 in the first protrusions 7 additionally contributes to fixing on the container. The bracelet element 4 is installed with the provision of a pressing effect on the main part 8, as a result of which a preliminary stress occurs in the material of the main part, increasing the wear resistance of the container material. During operation, in the presence of shock or compressive loads, they are perceived by the bracelet element 4, made of a material less fragile than the material of the container. Thus, the destruction of the container, from the specified loads, is prevented. The bracelet element 4 can be removed from the container and used as a piece of jewelry on a person's wrist. 2 c.p. f-ly, 4 dwg

Description

Technology area

The utility model relates to containers for storage and transportation of perfumery liquids. In a particular case, it can be used as a bottle for perfume, eau de toilette, eau de parfum, eau de parfum concentrate or any other aromatic liquid.

State of the art

The closest technical solution (prototype) is a bottle (https://rostov.tiu.ru/p345004747-flakon-sprej-lak.html, date of circulation 09/23/2020). the bottle consists of a neck, shoulders, body, bottom part and bottom. In this case, the neck is connected to the shoulders, the shoulders are connected to the body, the body is connected to the bottom part, the bottom part is connected to the bottom to form a cavity with an outlet through the neck. During operation, the case, made of glass, is subjected to various operational loads. As a result of impacts or pressure exerted on the bottle, for example, during transportation, the body collapses.

The disadvantage of the known technical solution is insufficient resistance to operational loads.

The technical result of the proposed utility model is to increase the resistance to operational loads.

The delivered technical result is achieved due to the fact that in a bottle containing a container, a bracelet element and a closure, the container consists of a neck, shoulders, a body, a bottom part and a bottom, the neck is connected to the shoulders, the shoulders are connected to the body, the body is connected to the bottom part , the bottom part is connected to the bottom to form a cavity with an inlet on the side of the neck opposite to its connection with the shoulders, the body is formed by the main part and the protruding part, the protruding part protrudes away from the cavity in relation to the main part with the formation of the first two protrusions as a whole from the shoulders to the bottom part, the bottom part protrudes away from the cavity in relation to the main part with the formation of the second protrusion, the bracelet element is delimited by the outer surface, the inner surface, the first edge, the second edge and two shaped edges, the bracelet element is installed on the main body part between shoulders, the second protrusion and the first with protrusions, while the bracelet element is installed to encompass the main part with exerting a pressing effect on it, with the inner surface facing the main part of the body, the outer surface facing away from the body, the first edge is located on the side of the connection of the shoulders with the body, the second edge is located with the side of the connection of the body with the bottom part, each figured edge is located on the side of the corresponding first protrusion, the closure is installed to overlap and open access to the cavity through the inlet, in a particular case the second edge is made in response to the second protrusion, in another particular case each figured edge is made in response to the corresponding first protrusion of the body.

Brief Description of Drawings

The utility model is illustrated by a drawing (Figs. 1-4), where Figs. 1 shows a front view of a bottle, FIG. 2 shows a side view of the bottle, FIG. 3 shows a front view of the container, FIG. 4 shows a bracelet element.

Disclosure of a utility model

The figures indicate: the closure 1, the protruding part 2, the shoulders 3, the bracelet 4, the bottom part 5, the bottom 6, the first protrusion 7, the main part 8, the second protrusion 9, the first edge 10, the inner surface 11, the second edge 12, outer surface 13, curly edge 14.

A bottle, as defined in paragraph 51 of GOST 17527-2003 Packaging. Terms and definitions, represents a consumer container with a body of various shapes, sharply turning into a neck, the diameter of the rim of which is much less than the diameter of the circumscribed circle of the body, with a flat or concave bottom, sealed with a lid or stopper.

The main elements of the bottle are the container, the closure 1 and the bracelet 4.

The container consists of a neck (in a particular case with a rim), a hanger 3, a body, a bottom part 5 and a bottom 6. The container, in a particular case, is made of glass. In this case, the neck is connected to the shoulders 3, the shoulders 3 are connected to the body, the body is connected to the bottom part 5, the bottom part 5 is connected to the bottom 6 to form a cavity inside the container with an outlet from the neck side.

The neck is the narrowest part of the container, located on the opposite side from the bottom in relation to the body. The neck is made in the form of a wall closed in cross-section with a constant or variable cross-section. In a particular case, for example, the neck can be cylindrical, conical or barrel-shaped. The neck is designed for the convenience of dispensing the contents of the container, as well as for its sealing. The neck can be equipped with a finish if 1 cap is used as a closure. In the case of using 1 stopper as a closure, the whisk on the neck may not work.

The finish is the upper (most distant from two) part of the neck, made to interact with the closure 1 interacting with the outer side of the finish, for example, with a cap. On the outer side of the finish, elements of interaction with the closure 1 can be made, for example, threads or various protrusions and depressions corresponding to the protrusions and depressions made on the closure 1.

The shoulders 3 are a part of the container that connects the neck with the body. The shoulders 3 are made with a variable cross-section, increasing in size from the neck to the body. The angle of inclination of the shoulders 3 can be made different. In a particular case, the shoulders 3 are generally made perpendicular to the axis of the container. In this case, the shoulders 3 can be made even, or have different concavities and convexities, including with the formation of a curved edge along the line of connection of the shoulders 3 with the body.

The body is a wall closed in cross-section, having dimensions in cross-section exceeding the dimensions of the neck. The body can be made of any cross-sectional shape. The body can have a constant or variable cross-section in height. In general, the body in cross-section is rounded, in a particular case, the body in cross-section can be made oval or round. The term as a whole means, among other things, a shape with small deviations, protrusions, depressions that do not affect the overall visual perception of a given geometric figure. The body consists of a main part 8 and a protruding part 2. The protruding part 2 protrudes outward of the container in comparison with the main part 8. In this case, the protruding part 2 can be made in the form of a deflection of the case wall, or in the form of a thickening of the case wall in the place of the protruding part 2 The transition of the main part 8 into the protruding part 2 is made with the formation of two first protrusions 7 as a whole from the shoulders to the bottom part. In this case, "as a whole from the shoulders to the bottom part" implies the location of each first protrusion 7 with the formation of a straight, curved, zigzag or discontinuous line located in the direction from the shoulders 3 to the bottom part 5. Moreover, the first protrusions 7 can be located both directly from the shoulders 3 to the bottom part 5, and at some distance from them. The first projections 7 can be made in any shape. In this case, one first protrusion 7 may differ in shape from the other first protrusion 7. In a particular case, the first protrusions 7 are made arcuate curved. In this case, one first protrusion 7 is turned by its convexity to the convexity of the other first protrusion 7.

The bottom part 5 is made as a smooth transition between the body and the bottom 6. The bottom part 5 at the junction with the main body 8 of the body forms a second projection 9. The second projection 9 is made from one first projection 7 to the other first projection 7 over the entire main body 8 of the body. In this case, the second protrusion 9 can be made both even and with various concavities and bulges, including with the formation of a curved edge along the line of connection of the bottom part 5 with the body. In this case, the edge of the bottom part 5 protrudes outward of the container in comparison with the edge of the main body part 8 of the body. The formation of the second protrusion 9 can be made in the form of a deflection of the tank wall at the transition of the body to the bottom part 5, and in the form of a thickening of the tank wall. The bottom part 5 is made rounded towards the bottom 6, i.e. has smoothly decreasing cross-sectional dimensions in the direction of the bottom 6.

The bottom 6 is the supporting part of the container. The bottom 6 can be flat or concave towards the cavity.

The closure 1 is an element for closing access to the cavity through the openings in the neck and serves to prevent the contents of the container from leaking out or evaporating. The closure 1 is made of a material of sufficient strength and durability to withstand all operational loads. In a particular case, the closure 1 can be made of various plastics, or metals, or glass, or their combination. The closure 1 can be used, for example, a cap or a stopper. Cap, according to paragraph 2.2.1. GOST 32180-2013 Interstate Standard. Closing means. Terms and definitions, is a closure that is put on or screwed onto the neck finish of a container. Cork, according to paragraph 2.2.3. GOST 32180-2013 Interstate Standard. Closing means. Terms and definitions, is a closure that is inserted inside the neck of a container.

Bracelet element 4 is a protective part of the container body. The bracelet element 4 is made with the possibility of increasing the strength and shock resistance of the container, as well as ensuring the perception of all operational loads. The bracelet element 4 is made in the form of a thin-walled plate element bent in the shape of the main body part 8 and enclosing its main body 8. In a particular case, the bracelet element 4 can be made of plastic or any metal alloys, as well as combinations thereof. The bracelet element 4 is bounded by the outer surface 13 and the inner surface 11, which have the largest area, as well as the first edge 10, the second edge 12 and two shaped edges 14. The inner surface 11 faces the inside of the bracelet element 4, and also, during installation on the container, to the main part 8. The outer surface 13 faces the outside of the bracelet element 4 in the opposite direction from the container. The inner surface 11 and the outer surface 13 can be smooth or have various irregularities. In a particular case, on the outer surface 13 of the bracelet element 4, various decorative elements can be fixed, including films, stones, rhinestones, and others. The first edge 10 and the second edge 12 define the bracelet element 4 along the longest sides. The first edge 10 and the second edge 12 are located opposite each other. The first edge 10, in a particular case, can be made in the shape of an edge of the body connected to the shoulders 3. The second edge 12, in a particular case, can be made in the shape of an edge of the body connected to the bottom part 5, i.e. in the form of the mating shape of the second protrusion 9. The second edge 12, during installation on the container, faces the second protrusion 9 and in a particular case abuts against the second protrusion 9, preventing the bracelet element 4 from falling off the container under the action of gravity. The shaped edges 14 are located opposite each other. Each shaped edge 14 is made in response to the corresponding first protrusion 7 of the housing. In this case, in the process of installation on the container, each figured edge 14 faces the corresponding first protrusion 7 and, in a particular case, abuts against it.

Implementation of the utility model

The utility model is implemented as follows. Initially, a container is made. Glass is obtained from a batch - a mixture of soda, dolomite, sand, chalk and cullet. The charge is sent to a glass furnace. The charge melts. The glass is cooked at a temperature of 1550-1560 degrees, and then the incandescent mass enters the feeder - a funnel, through which the glass is directed by a drop into the glass-forming machine. When the feeder plow is lifted up, the drop is cut off with glass scissors at its thinnest point. The hot drops are sent to a glass forming machine. A blank is cast on it in a rough mold set, and then in a final mold set, the container takes on its final shape. After the glass-forming machine, the container enters the conveyor belt. Initially, the temperature of the product is 600 degrees, but then the product goes through a firing oven, from where it comes out with a temperature of 90-120 degrees. A firing kiln is necessary to relieve internal stress in the product. If this is not done, then the container will burst after a while. Then cold spraying is carried out. It is necessary so that the container does not wear out. The closure 1 and the bracelet element 4 are made of plastic or metal by molding.

The bracelet element 4 is installed on the container. In this case, the inner surface 11 faces the main body 8 of the body. The second edge 12 faces the second protrusion 9 and, in a particular case, abuts against it. Each figured edge 14 faces the corresponding first protrusion 7 and, in a particular case, abuts against it. The bracelet element 4 encloses the container and is held on it. Additionally, the stop of the second edge 12 in the second protrusion 9 and the shaped edges 14 in the first protrusions 7 help to fix on the container. In this case, the bracelet element 4 is installed with a pressing effect on the main part 8, as a result of which a preliminary stress arises in the material of the main part, which increases the resistance container material to external pressure.

During operation, in the presence of shock or compressive loads, they are perceived by the bracelet element 4, made of a less fragile material than the material of the container. The bracelet element, on the one hand, absorbs these shock loads, on the other hand, the presence of prestressing of the main part 8 increases its resistance to these loads. Thus, the destruction of the container from the specified shock or compression loads is prevented. The bracelet element 4 can be removed from the container and used as a piece of jewelry on the wrist of a person's hand in the absence of the threat of impact forces.

Thus, the implementation of the device as described above provides an expansion of the arsenal of technical means for this purpose.

Claims (3)

1. A bottle containing a container, a bracelet element and a closure, the container consists of a neck, shoulders, a body, a bottom part and a bottom, the neck is connected to the shoulders, the shoulders are connected to the body, the body is connected to the bottom part, the bottom part is connected to the bottom to form they have a cavity with an inlet on the side of the neck opposite to its connection with the shoulders, the body is formed by the main part and the protruding part, the protruding part protrudes away from the cavity in relation to the main part with the formation of the first two protrusions as a whole from the shoulders to the bottom part, the bottom part protrudes away from the cavity in relation to the main part with the formation of a second protrusion, the bracelet element is delimited by an outer surface, an inner surface, a first edge, a second edge and two shaped edges, the bracelet element is installed on the main body part between the shoulders, the second protrusion and the first protrusions, while the bracelet element is installed with the coverage of the wasps the new part with a pressing effect on it, with the inner surface facing the main body part, the outer surface facing away from the body, the first edge is located on the side where the shoulders are connected to the body, the second edge is located on the side where the body is connected to the bottom part, each figured edge located on the side of the corresponding first protrusion, the closure is installed to overlap and open access to the cavity through the inlet. 2. The bottle of claim. 1, characterized in that the second edge is made in response to the second protrusion. 3. A bottle according to claim. 1, characterized in that each figured edge is made in response to the corresponding first protrusion of the body.

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