RU165987U1 - MINI CONTAINER - Google Patents

Abstract

1. A mini-container for liquid and semi-liquid medium containing a container and a means of sealing, characterized in that: - the container is made in the form of a capsule having an internal cavity formed between two elastic walls of the capsule body, connected to each other along their periphery by a hard rim with a through outlet in it; - the sealing means is made in the form of a plug placed on the inner side of the middle part of the elastic arm containing the middle and two end parts having, when the plug is placed in the outlet capsules are bent along the profile corresponding to the profile of the surface of the capsule rim adjacent to the lever, and partially separated from one another by V-shaped notches made on the inside of the lever facing the capsule rim, its width, with the depth of the notches less than the thickness of the lever and with the width of the notches ensuring the closure of the walls of the notch when placing the parts of the lever on the surface of the rim and the plug in the outlet of the capsule, while: - one end of the lever is fixed to the outer surface of the rim of the capsule; - the other is free Dnyan end portion has a tip for engaging a user's finger lever; - the lever is resiliently change the spatial position of the free end and middle portions of the lever with the abduction of the tip from the surface of the rim of the capsule by a distance sufficient for withdrawal of the plug outlet and capsules prosechek.2 disclosure. The mini-container according to claim 1, characterized in that the rim is provided with a protrusion having a thickened upper part, said end portion of the lever for securing it is provided with a through hole, and the lever

Description

This utility model relates to containers for containing liquid and semi-liquid media of various viscosities in a metered small amount and their packaging, ensuring the safety of the packaged medium and the integrity of the container itself in various environmental conditions, with the possibility of the initial opening of the package and container without the use of additional, for example, cutting technical means and with the possibility of subsequent clogging / opening of the container for repeated selection of the packaged medium.

Various containers are known for containing small quantities of liquid and semi-liquid media.

For example, a container for one-time individual consumption is known, intended for filling, storage and transportation of liquid, made in the form of a hollow vessel with a removable lid (RU, 1283, U1), while the vessel is a cone-shaped small-proportioning cup with a capacity of 50-200 ml, made of transparent polymer material or glass, and the lid is made of laminated foil or polymer shrink film, hermetically sealing the vessel along the outer perimeter of the upper edge. The container has on the inner side of the lid a tape glued along the diameter and equipped with an end valve protruding outside the lid and designed to open the container before drinking liquid.

Disposable capsules are known in the form of molds equipped with caps made of laminated foil or polymer shrink film that hermetically seal the vessel along the outer perimeter of the upper edge (US, D 695602, S; US, D 696108, S), and have protruding end flat elements with a cover valve placed on them.

Disposable packaging in the form of a bag having a sealed internal cavity formed by performing an adhesive seam along the perimeter of two flat walls laid on top of one another while filling the inner cavity with a packaged liquid or semi-liquid product, for example, liquid soap, gel, shampoo, toothpaste, is widely known. However, such a package may be used only once; the medium may leak out of the bag uncontrollably if it is not completely emptied or damaged.

Tubes are widely known having a flexible container connected by a rigid skirt to a neck equipped with a removable clogging rigid cap, for example, a tip made separately from the tube. At the same time, the fastening of the rigid tip on the neck of the tube should be carried out in an economically satisfactory manner and under conditions of high-performance industrial production, ensuring the production of one to several hundred tubes per minute. However, these caps, which are usually small in size, are easily lost by users.

A flexible tube is known that contains a skirt with a shoulder area, a neck and a hard tip with a service cap (RU, 2262472, C2) containing the main part intended for its fastening on the neck of the tube, and a movable part called the lid, which can be rotated relative to the hinge, for example, in the form of a flexible plate associated with the aforementioned main part, and containing means for blocking the distribution channel. However, if the neck outlet is large enough with respect to the outer diameter of the neck, the force exerted on the shoulder region of the tube, in particular the connection between this shoulder region and the skirt, entails ovalization of the neck, which therefore ceases to be sealed in a sealed manner to the skirt and to the stiff tip. This limits the possibility of using rigid lugs originally mounted on flexible tubes, in particular when it is necessary to have a complex distribution hole or a decentralized distribution hole, and in both of these cases it is necessary to have a tube whose neck has a larger diameter in relation to the diameter flexible skirts.

However, due to the significant cost of flexible tubes and the significant size of the tips and clogging caps, their use for packaging small doses of a liquid medium is economically disadvantageous.

The purpose of creating this utility model is to create a mini-container for placing small doses of a liquid or semi-liquid medium, convenient to handle in conditions of limited comfort, for example, on travel, in conditions of movement in vehicles with a limited amount of luggage, and in hotel service , for example, during a short stay of the user, for individual daily use of small doses of a liquid or semi-liquid medium, for example, single or multiple doses, in a small pack forging.

When creating a utility model, the technical task was posed of creating a mini-container for placing small doses of liquid or semi-liquid medium in its internal container, equipped with an outlet having a predetermined flow cross-section and an originally hermetically sealed sealing element, inextricably connected to the outer surface of the package, with the possibility of opening the specified outlet without the use of additional cutting tools and the subsequent closure / opening of the capacity of the mini-container for selecting medium es said opening when squeezing the resilient container wall.

The expected effect was to provide the necessary rigidity of the container with the desired elasticity of its walls and the possibility of its multiple capping / uncorking with little effort.

The problem was solved by creating a useful model of a mini-container for liquid and semi-liquid medium containing a container and a means of plugging, characterized in that:

- the capacity is made in the form of a capsule having an internal cavity formed between two elastic walls of the capsule body, interconnected at their periphery by a hard rim with a through outlet in it;

- the corking device is made in the form of a cork placed on the inner side of the middle part of the elastic arm containing the middle and two end parts, which, when the cork is placed in the outlet of the capsule, has a bend corresponding to the profile of the surface of the capsule rim adjacent to the arm, and partially separated from one another V-shaped notches made on the inner side of the lever facing the rim of the capsule, along its width, with a depth of notches less than the thickness of the lever and with the width of the notches providing e walls of the notch when placing parts of the lever on the surface of the rim and plugs in the outlet of the capsule, while:

- one end part of the lever is fixed on the outer surface of the rim of the capsule;

- the other free end portion has a tip for engaging the lever with a user's finger;

- the lever is made with the possibility of elastic changes in the spatial position of the free end and middle parts of the lever when the tip is removed from the surface of the rim of the capsule to a distance sufficient to bring the plug out of the outlet of the capsule and open the notches.

Moreover, according to the technical solution of the utility model, it is advisable that the rim was provided with a protrusion having a thickened upper part, the indicated end part of the lever for securing it was provided with a through hole, and the lever was fixed on the rim by snapping a through hole on the specified protrusion in its lower part.

According to the technical solution of the utility model of the mini-container, it is possible to additionally fix the free part of the lever when the lever covers the outer surface of the rim of the capsule by placing a latch in the form of a ball previously made on the inner surface of the free part of the lever in a recess previously formed in the rim.

Moreover, according to the technical solution of the utility model, it is possible that at least one wall of the capsule was made of optically transparent material.

Moreover, according to the technical solution of the utility model, it is possible for the mini-container to contain in the capsule a liquid or semi-liquid medium selected from the group including: hygiene product, cosmetic product, antiseptic agent, detergent, aromatic agent, adhesive, lubricant, household chemical agent, liquid soap, shampoo, gel, cream, toothpaste, shaving cream, aftershave, sunblock, sunblock, shoe polish, hair balm, skin balm, hair styling agent, oson, alcoholic solution, a medical adhesive, an oil solution.

Moreover, according to the technical solution of the utility model, the mini-container with the medium in a metered amount can be adapted to be placed in the inner cavity of a blister pack having two walls hermetically connected to each other around the periphery of the inner cavity.

Moreover, according to the technical solution of the utility model, it is possible that at least one wall of the blister pack was made of optically transparent material.

Thus, the task was solved to ensure the possibility of simple packaging of the mini-container with ensuring its integrity during storage and transportation and to protect the mini-container from accidental opening.

In the future, the technical solution of the utility model of the mini-container is illustrated by a description of the options for its implementation and the accompanying drawings, on which:

FIG. 1 is an embodiment of a mini-container in the form of a square tablet, closed, front view;

FIG. 2 is an embodiment of a square-shaped mini-container closed, top view of FIG. one;

FIG. 3 is an embodiment of a square-shaped mini-container, closed, side view on the left in FIG. one;

FIG. 4 is an embodiment of a mini-tablet in the form of a square tablet, open, front view;

FIG. 5 is an embodiment of a mini-tablet in the form of a square tablet, open, left view in FIG. four;

FIG. 6 is an open, front view of a mini-container in the form of a hexagonal tablet;

FIG. 7 is an embodiment of a mini-container in the form of a triangular tablet, closed, front view;

FIG. 8 is a front view of a mini-container in the form of a round tablet in a blister pack.

At the same time, the proposed manufacturing options for the mini-container are not exhaustive, do not go beyond the scope of the utility model formula and do not limit the possibilities for the technical implementation of the mini-container.

The mini-container for liquid and semi-liquid medium according to the technical solution of the utility model can be made of plastic material in various variants, for example, shown in FIG. 1-8: in the form of a square tablet (Fig. 1-5), in the form of a hexagonal tablet (Fig. 6), in the form of a triangular tablet (Fig. 7), in the form of a round tablet (Fig. 8).

The mini-container 1 contains a container made in the form of a capsule 2 (Fig. 1-6), and a blocking means 3 (Fig. 1-6).

The capsule 2 has an internal cavity 4 (Fig. 1, 4) formed between two elastic walls 5.6 of the capsule 2 body, interconnected along their periphery, for example, by welding, soldering, a rigid rim 7 (Fig. 1-5, 7 ) capsules 2 with a through outlet 8 (Fig. 1, 4) therein having a predetermined flow area, for example, according to the viscosity of the medium to be placed in the inner cavity 4 of the capsule 2, the desired dose rate of the medium through the hole 8, and acceptable for placement in the hole 8 means 3 plugging.

The outer surfaces of the walls 5 (Fig. 2, 3, 5) and 6 (Fig. 1-5) of the capsule body 2 are adapted to place the user's fingers on them in a position convenient for squeezing the walls 5 and 6 together, leading to the exit of the medium from capsule 2 through hole 8 and emptying the internal cavity 4 of capsule 2.

The means 3 of clogging (Fig. 1-6) is made in the form of a cork 9 (Fig. 1, 4-7), located in the middle of the elastic arm 10 (Fig. 1, 2, 5-7), on its inner side 11 ( Fig. 1, 4), facing the surface of the rim 7 of the capsule 2. In this case, the lever 10 has a middle part 12 (Fig. 1, 2, 4, 6) and two end parts 13 (Fig. 1, 2, 4, 6, 7) and 14 (Figs. 1-4, 6. 7), of which the end portion 13 is fixed to the outer surface of the rim 7 of the capsule 2, and the other free end portion 14 has a tip 15 (Figs. 1, 4, 6, 7) to engage means 3 clogging by the finger of the user.

When placing the plug 9 in the outlet 8, the indicated parts 12, 13 and 14 of the lever 10 have an elastic deflection corresponding in profile to the profile of the outer surface of the rim 7 of the capsule 2 adjacent to them in the area of the indicated outlet 8 (Fig. 1, 6, 7) . In this case, the lever 10 is made with the possibility of elastic changes in the spatial position of the free end part 14 and the middle part 12 when the specified tip 15 is withdrawn from the rim 7 of the capsule 2 by a distance sufficient to bring the plug 9 out of the outlet 8 of the capsule 2 (Fig. 4-7) .

As shown in FIG. 1, 4-7, these parts 12, 13 and 14 of the lever 10 are partially separated from each other by V-shaped notches 16, made on the inner side 11 of the lever 10 along its width, with a depth of the notches 16 less than the thickness of the lever 10 and with the width of the notches 16 ensuring the closure of the walls of the slot 16 when placing the lever on the rim 7 and the plug 9 in the outlet 8 of the capsule 2. The presence of the slot 16 creates the relative mobility of the parts of the lever 10, necessary for a smooth change in the position of its parts in space, which creates conditions for convenient user access to from indoor outlet 8.

To close the hole 8, it is enough for the user to change the position of the indicated part 14 of the lever 10 to the initial position by pressure on its tip 15 and / or on the middle part 12 of the lever 10, which, due to the elasticity of the lever 10 as a whole, will lead to the placement of the part 14 on the outer surface of the rim 7. In this case, plug 9 will enter hole 8 and close it.

According to the technical solution of the utility model of the mini-container 1, the fastening of the end portion 13 of the lever 10 on the outer surface of the rim 7 of the capsule 2 can be performed as shown in FIG. 1, 2, 4, 6, 7, with the formation of a semi-rigid lock type. Moreover, on the periphery of the outer surface of one or both of these walls 5, 6 of the capsule 2, a protrusion 17 is made having a thickened upper part, and a through hole 18 is made in the indicated end part 13 of the lever 10, and the end 13 of the lever 8 is fixed on the outer surface of the rim 7 of the capsule 2 by snapping said through hole 18 onto said protrusion 17 in its lower part. The possibility of weak play of the end part 13 on the protrusion 17 facilitates a change in the position of the middle part 12 of the lever 10 even with its small length in small mini-containers.

For larger mini-containers, when the lever 10 is placed on the outer surface of the rim 7, additional fixation of the end portion 14 of the lever 10 is possible, for example, as shown in FIG. 4, 5 by placing a pre-formed on the inner surface of the part 14 of the latch lever 10 in the form of a ball 19 in a recess 20 preformed in the rim 7.

Moreover, according to the technical solution of the utility model, it is possible that the mini-container 1 contained in the capsule 2 a liquid or semi-liquid medium selected from the group including: hygiene product, cosmetic product, antiseptic agent, detergent, aromatic agent, adhesive, lubricant, household chemical product, liquid soap, shampoo, gel, cream, toothpaste, shaving cream, after shave cream, sunblock, sunblock, shoe cream, hair balm, skin balm, hair styling , lotion, alcohol solution, medical glue, oil solution.

Due to the small area of the outer surfaces of the mini-container for placing information for the user about the medium packed in it, information can be provided by making the capsule body 2 different in shape, for example, in the form of a prism (triangular, hexagonal), cylinder, parallelepiped; different in visual perception, for example, in accordance with the scope of the environment: in a children's series - in the form of three-dimensional figures of animals, insects, fairy-tale characters, etc .; in the automotive series - in the form of three-dimensional figures of cars, wheels, with the image of foam, oil drops, etc. Moreover, the size of the capsule can be different, the outer surfaces of the walls 5, 6 of the capsule 2 can be made flat for the design solution of the mini-container 1 in the form of, for example, a tablet (Fig. 1-8), or profiled for the design of the mini-container 1 in the form three-dimensional figures (not shown in the drawings), and the rim 7 is made flat in the area of placement of the lever 10 (Fig. 1-5, 7). However, the other surface of the rim 7 may be curly, for example, for use as a design element of a mini-container.

Moreover, according to the technical solution of the utility model, it is possible that at least one wall of the capsule was made of optically transparent material, which increases the information content of the packaging medium.

For transportation and storage (Fig. 8), the mini-container 1 can be adapted to be placed in the inner cavity of the blister pack 21, which has two walls 22 and 23, hermetically connected to each other around the periphery of the inner cavity 24.

At the same time, packaging in a blister solves the problem of ensuring the integrity of the mini-container during storage and transportation, protecting the mini-container from accidental opening, sealing the mini-container against unauthorized opening, provides the ability to place information on the product for the user on the blister and can be performed as a single blister in the form of a package, or in the form of a tape set of blisters from various acceptable materials, for example, paper, foil, film.

Moreover, according to the technical solution of the utility model, it is possible that at least one wall of the blister pack was made of optically transparent material, which increases the information content of the mini-container.

To use the finished mini-container, the blister pack 21 is opened, the mini-container 1 is removed from the blister, the fingers of one hand are placed on the outer surfaces of the walls 5 and 6 of the capsule 2 and the walls 5 and 6 are pressed together, the tip 15 of the lever 10 pressed to the rim 7, divert from the rim 7 to a distance sufficient to bring the plug 9 out of the hole 8. In this case, the end part 14 and the middle part 12 of the lever 10 are bent to open the notches 16 along their entire width, maintaining their deflection and giving access to the hole 8 , and save such n Proposition for the selection of media. After selecting the medium, the lever 10 is returned to its original position by pressure on the tip 15, the plug 9 enters the hole 8, the lever 10 is adjacent to the rim 7.

The mini-container according to the technical solution of the utility model can be manufactured using well-known technological methods from known materials, is compact during transportation and storage and is convenient to use.

Claims (7)

1. A mini-container for liquid and semi-liquid medium containing a container and a means of plugging, characterized in that: - the capacity is made in the form of a capsule having an internal cavity formed between two elastic walls of the capsule body, interconnected at their periphery by a hard rim with a through outlet in it; - the corking device is made in the form of a cork placed on the inner side of the middle part of the elastic arm containing the middle and two end parts, which, when the cork is placed in the outlet of the capsule, has a bend corresponding to the profile of the surface of the capsule rim adjacent to the arm, and partially separated from one another V-shaped notches made on the inner side of the lever facing the rim of the capsule, along its width, with a depth of notches less than the thickness of the lever and with the width of the notches providing e walls of the notch when placing parts of the lever on the surface of the rim and plugs in the outlet of the capsule, while: - one end part of the lever is fixed on the outer surface of the rim of the capsule; - the other free end portion has a tip for engaging the lever with a user's finger; - the lever is made with the possibility of elastic changes in the spatial position of the free end and middle parts of the lever when the tip is diverted from the surface of the rim of the capsule to a distance sufficient to remove the plug from the outlet of the capsule and open the notches. 2. The mini-container according to claim 1, characterized in that the rim is provided with a protrusion having a thickened upper part, the specified end part of the lever for securing it is provided with a through hole, and the lever is fixed on the rim by snapping a through hole on the specified protrusion in its lower part . 3. The mini-container according to claim 1, characterized in that when the lever encompasses the outer surface of the capsule rim, it additionally fixes the free part of the lever by placing a latch in the form of a ball previously made on the inner surface of the free part of the lever in a recess previously formed in the rim . 4. The mini-container according to claim 1, characterized in that at least one wall of the capsule is made of optically transparent material. 5. The mini-container according to claim 1, characterized in that it contains a liquid medium in the capsule selected from the group comprising: hygiene product, cosmetic product, antiseptic agent, detergent, aromatic agent, adhesive, lubricant, household chemical , liquid soap, shampoo, gel, cream, toothpaste, shaving cream, aftershave, sunblock, sunblock, shoe cream, hair balm, skin balm, hair styling, lotion, alcohol solution , medical glue, oil rast thief. 6. The mini-container according to claim 1, characterized in that it is adapted to be placed in the inner cavity of a blister pack having two walls hermetically connected to each other around the periphery of the inner cavity. 7. The mini-container according to claim 6, characterized in that at least one wall of the blister pack is made of optically transparent material.

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