RU40306U1 - PACKING (OPTIONS) - Google Patents

Abstract

The utility model relates to packages that use several components that are mixed in composition and are mixed before use for storing food, medicine, cosmetics, chemicals, etc. The inventive design allows for the expansion of the range of packaging products, their sterility in use, increased functionality, including by providing a process for mixing the components of the composition in different state of aggregation. The package contains a container 1 with the main component 2; cork closing container 3; a hole is made in the plug and valve 5 is installed; the valve is made with the possibility of displacement along the guide elements 4 made in the plug, while, additionally, a lid with a detachable connection 7 is installed on the container, the lid is made to interact with the valve 7, in addition, the channel 13 is made in the valve, the upper part of the valve is made in the form of a tube 6, additionally, a container for the introduced component 10 is made in the lower part of the plug, at least one hole 12 is made in the container, valve 5 is installed on the opening of container 12.

Description

The utility model relates to devices for storing food, medical products, cosmetics, chemicals, etc.

A device for a drinking bottle is known (Patent DE 19806481; IPC B 65 D 47/06, B 65 D 41/08 1998). It is a container, a cap with a detachable connection, a stopper mounted on the container, and a drinking tube is made on the stopper. A disadvantage of the described device is the limited functionality that allows you to use this device as a bottle in the upper part, represented by a tube for drinking.

The closest in technical essence is the device of the cork for bottles containing carbonated drinks (Patent GB429813; IPC B 67 D 1/04 D; 1935), selected as a prototype, which is a container with the main component; bottle cap; a valve is installed in the plug; the valve is biased relative to the plug; elements for bringing it into action are made in the form of a rod. The specified device is activated by disconnecting the rod, after which the valve is displaced and the opening of the plug opens for the output of the main component.

The disadvantage of the described device is the limited functionality that does not allow for use to ensure sterility when consuming the main component, several operations are required for actuation.

The proposed utility model is based on the task of developing packaging that ensures the expansion of the range of packaging products, their sterility in use, and increased functionality, including by providing a process for mixing the components of the composition in different aggregate states.

The task according to option 1. is solved in that the package contains a container with the main component; cork closing the container; a valve is installed in the plug, which is configured to be displaced relative to the plug, while the valve is provided with a channel for extracting the final product; the upper part of the valve is made in the form of a tube; additionally, a container for the introduced component is made in the lower part of the cork; in the container is executed by

at least one hole; the valve is installed on the opening of the container; additionally, a lid with a detachable connection is installed on the container; the cover is configured to interact with the valve.

The task for option 2. is solved in that the package contains a container with the main component; cork closing the container; a valve is installed in the plug, which is configured to be displaced relative to the plug, while the valve is provided with a channel for extracting the final product; the upper part of the valve is made in the form of a tube; additionally, a lid with a detachable connection is installed on the container; the cover is configured to interact with the valve.

The task of option 3. is solved in that the package contains a container with a main component; cork closing the container; a valve is installed in the plug, which is configured to be displaced relative to the plug, while the valve is provided with a channel for extracting the final product; the upper part of the valve is made in the form of a tube; the top of the valve is mounted above the plug; additionally, a container for the introduced component is made in the lower part of the cork; at least one hole is made in the container;

the valve is installed on the opening of the container; additionally, a cap with a detachable connection is installed on the cork, covering the upper part of the valve.

When bringing the package into action according to option 1. the cover interacts with the valve, displacing it relative to the cork. To displace the valve relative to the plug, the cap and the valve are rigidly connected to each other or provided with clutch elements or a spring is installed in the plug that acts on the valve. When the valve is displaced, the valve and the hole in the container become disconnected with the introduced component, which leads to mixing of the components. The valve is installed in a position when its channel is open.

When bringing the package into action according to option 2. the cover interacts with the valve, displacing it relative to the cork. To displace the valve relative to the plug, the cap and valve are rigidly connected or provided with clutch elements or a spring is installed in the plug that acts on the valve. The valve is installed in a position when its channel is open.

When bringing the package into action according to option 3. the lid is separated from the cork. The user acts on the valve, displacing it relative to the plug. At

the displacement of the valve causes the isolation of the valve and the hole in the container with the introduced component, which leads to mixing of the components.

The above options are united by a single functional goal and are specific forms of packaging with the achievement of a single technical result. Variants of the claimed device are united by a single concept.

A comparative analysis of the claimed packaging with the prototype device caps for bottles containing carbonated drinks (Patent GB429813; IPC B 67 D 1 / 04D; 1935) allows us to conclude that the claimed packaging allows to identify the following distinctive features:

- additional installation on the tank lids with detachable connection

- additional implementation of the channel in the valve

- the implementation of the upper part of the valve in the form of a tube

- the implementation of the cover, providing options for connecting with a container or stopper and options for the interaction of the cover and valve

- the implementation of the cork, providing connections to the container and options for performing in the lower part of the cork of the container for the input component.

Analysis of known technical solutions allows us to conclude that the claimed device is not known from the prior art, which indicates compliance with the criterion of "novelty."

Thus, additional installation on the tank lid with detachable connection; additional execution of the channel in the valve; the implementation of the upper part of the valve in the form of a tube; the execution of the cover; providing options for connecting to a container or plug and interaction options for the cap and valve; the implementation of the cork, providing options for connecting to the container and the options for performing at the bottom of the cork of the container for the introduced component, will provide an expansion of the range of packaging products, their sterility in use, and increased functionality, including by ensuring the process of mixing the components of the composition in different aggregate states .

The possibility of using the inventive packaging in domestic industry allows us to conclude that it meets the criterion of "industrial applicability".

The packaging design operates as follows.

The plug and valve installed in the upper part of the tank are biased relative to each other. The plug can be made with a detachable connection or rigidly fixed in the tank. The valve may be in the form of a tube, sleeve, nozzle, etc. The upper part of the valve is made in the form of a tube. The channel in the valve provides the ability to extract the final product. The execution of plugs in some cases with a detachable connection provides the possibility of extracting the final product through the container.

The removable connection of the cover can be made in the form of a threaded connection, a latch, etc.

In a specific embodiment, when the valve and the lid are rigidly connected, the lid through the valve opens the opening of the container.

In a particular embodiment, the clutch element mounted on the inside of the cover can be made in the form of a latch, a gear connection, a detachable connection, a pusher, a cam, an internal surface of the cover, and the like. The clutch element interacts with the valve. On the valve, a clutch element can also be made with which the cover clutch element interacts. When the packaging is brought into action, the lid acts on the valve through the clutch element - it lifts or turns the valve, thereby opening it opens the container opening. In a particular embodiment, when using a spring, the cover acting on the valve in the closed position presses on the valve and compresses the spring accordingly. When the cover is removed, the spring opens and moves the valve along the guide elements. In a specific embodiment, the user independently biases the valve.

The valve is fixed in a position in which its channel is open. The lid is freely removable from the container. In the embodiment of the rigid connection of the cap and valve, the cap remains on the tank.

The packaging is activated when the lid is removed. In a particular embodiment of the package, a container for the introduced component is additionally made in the lower part of the cork, at least one opening is made in the container, the valve is installed on the opening of the container. In a particular embodiment of the package, a valve is installed on the inside of the container. In a particular embodiment of the packaging, the valve is installed with

the outside of the container. In a particular embodiment of the package, the container is installed in the valve.

When the valve is displaced, the valve and the hole in the container become disconnected with the introduced component, which leads to mixing of the components. The container opening may be covered by a membrane, and a spike is installed on the valve or plug to rupture the membrane.

In the case of a valve opening the container opening with the lid removed, unregulated complete mixing of the components occurs.

If the valve closes the opening of the container with the lid removed, metered mixing of the components occurs. By selecting the required amount of input component, you can interrupt further mixing of the components by opening the lid before it is detached. The valve closes the container. Part of the input component remains in the container, realizing a metered mixing of the components. For visual control of the dosing mixing process, the container or its parts can be made of transparent materials.

The introduced component under the influence of its own weight and / or pressure (for example: carbon dioxide; hydraulic pressure arising when the valve and the container are displaced relative to each other) is thrown into the container through an open hole in the container body and mixed with the main component. The holes in the container can be one or more. The input component may be presented in the form of a liquid, powder or granules.

The final product is discharged through the channel in the valve. In a specific embodiment, the final product is removed from the bottom of the tank through a tube connected to the valve. In a specific embodiment, the final product passes through the container first and is then removed through the valve.

When a container is made of several chambers with input components, it is possible to achieve cooking by mixing more complex multicomponent products.

The above options are united by a single functional goal and are specific forms of packaging with the achievement of a single technical result.

Variants of a bottle in accordance with the invention are described below with reference to the accompanying drawings.

Figure 1 is a cross-sectional view of the packaging design in a particular embodiment of the cap and valve with clutch elements, and made in the lower part of the cork of the container for the input component.

Figure 2 is a cross-sectional view of the packaging structure in an embodiment of a particular embodiment of the valve and spring, and the container component for the component to be introduced at the bottom of the tube.

Figure 3 is a cross-sectional view of the package design in a particular embodiment of the cap and valve with clutch elements. In the lower part of the valve, a tube is made for the intake of the main component.

Figure 4 is a cross-sectional view of the packaging structure in a particular embodiment of the container installed in the valve, the opening of the container is closed by a membrane, a spike is installed on the valve to rupture the membrane.

Figure 5 is a cross-sectional view of the packaging structure in a particular embodiment of the lid and valve with clutch elements, the plug is made in the form of the upper part of the container, a container for the introduced component is made in the lower part of the plug, the valve is installed on the inside of the container.

FIG. 6 is a cross-sectional view of a package structure in an embodiment of a particular embodiment of a valve for actuating by a user in the bottom of a container plug for an input component.

Figure 7 is a cross-sectional view of the packaging structure in a particular embodiment of the cap and valve with clutch elements, a container for the injected component under pressure is made in the lower part of the plug, the channel passes through the container and valve.

Fig. 8 is a cross-sectional view of the packaging structure in an embodiment of a particular embodiment of the cap and valve with clutch elements, and made in the lower part of the container plug in the form of a cylinder and the lower part of the valve in the form of a piston. When the valve moves, the hydraulic pressure of the injected component is created.

Figure 9 is a cross-sectional view of the packaging structure in a particular embodiment of the rigid connection of the lid and valve, and made in the lower part of the container plug. When the cover and valve are displaced, the container is depressurized; the final product can be removed without removing the cover.

Information confirming the possibility of implementing the claimed design.

Presented in figure 1, the packaging design consists of the following elements:

1 - capacity (top)

2 - the main component

3 - cork

4 - guiding elements

5 - valve

6 - upper part of the valve

7 - cover with detachable connection

8 - element clutch cover

9 - valve clutch element

10 - container

11 - input component

12 - hole in the container

13 - channel for the release of the final product

The device operates as follows. To actuate the inventive device, the lid with a detachable connection 7 is removed, the clutch element of the lid 8 transmits movement to the valve 5 through the clutch element of the valve 9, the valve 5 begins to move along the guide elements 4 and moves relative to the plug 3, the hole in the container 12 is disconnected from the valve 5. Component 11 is discharged into the container 1 and mixed with the main component 2.

When the valve 5 is opened, opening the opening of the container 12 with the cover removed with a detachable connection 7, unregulated complete mixing of components 2 and 11 according to the manufacturer’s recipe takes place.

When the valve 5 closes the opening of the container 12 with the cover removed, the connector 7 is dosed to mix the components. Having chosen the required amount of the introduced component 11, it is possible to interrupt further mixing of the components by unscrewing the cover with detachable connection 7 before disconnecting it. The valve 5 block the opening of the container 12, while in the container 10 may remain part of the input

component 11. In this way, the consumer models the parameters of the final product immediately before its use.

When the cover 7 leaves the detachable connection with the capacity 1, it rises relative to the capacity and the clutch element 8 is disconnected from the valve 5. The cover 7 is freely removed from the package. Guide elements 4 hold valve 5 in plug 3.

The prepared final product by mixing the introduced component 11 and the main component 2 is extracted through the channel for the release of the final product 13 and passes through the upper part of the valve 6.

Figure 2 presents the packaging option. In contrast to the embodiment of FIG. 1, the presented embodiment of the package design further comprises a spring 21, there are no clutch elements for the valve and the cover. The main difference in the design is that when the cover 22 is removed, the spring 21 biases the valve 23 relative to the plug 24. The plug is connected to the container through a detachable connection.

Figure 3 presents the packaging option. In contrast to the embodiment of FIG. 1, the presented embodiment of a package design not containing a container with an input component, the valve is connected to the tube 31

Figure 4 presents the packaging option. In contrast to the variant of FIG. 1, the presented embodiment of a particular embodiment of the container 41 installed in the valve 43 is the opening of the container closed by the membrane 42, a spike 44 is installed on the valve to rupture the membrane. Clutch members 45 are mounted on the outside of the valve.

Figure 5 presents the packaging option. In contrast to the variant of FIG. 1, the presented embodiment of the design of the cover and valve with clutch elements, and made in the lower part of the container plug for the input component, the valve is installed on the inside of the container 51.

Figure 6 presents the packaging option. In contrast to the embodiment of FIG. 1, the presented embodiment of the valve 61 and the cover 62 mounted on the plug 63 for self-actuating by the user, made in the lower part of the plug of the container 10 for the input component.

7 shows a packaging option. In contrast to the variant of figure 1, the presented embodiment of the design of the cover and valve with elements

clutch, the channel of the valve 71 passes through a container 72 located at the bottom of the valve.

On Fig presents a packaging option. In contrast to the embodiment of FIG. 1, the presented embodiment of the design of the cover and valve with clutch elements, and made in the lower part of the container plug in the form of a cylinder 82 and the lower part of the valve in the form of a piston 81.

Figure 9 presents the packaging option. In contrast to the variant of FIG. 1, the presented embodiment of the rigid connection of the cover 91 and the valve 94 made in the lower part of the plug 92 of the container 95, the upper part of the valve 93 is made in the form of a tube and closed by a disposable tip 96, the guiding elements are represented by a threaded connection 97. When the displacement of the cover 91 and the valve 94 results in depressurization of the container 95, after separation of the disposable tip 96 from the top of the valve 93, the final product can be removed without removing the cover 91.

These packaging options are similar to the embodiment of figure 1. Other possible designs of the proposed utility model are reduced to combinations of embodiments of packaging elements.

The use of packaging will improve the quality of the latter due to the emergence of new operational capabilities: expanding the range of packaging products, their sterility in use, increasing functionality, including by ensuring the process of mixing the components of the composition in different aggregate states.

Claims (14)

1. A package containing a container with a main component, a plug that closes the container, a valve is installed in the plug that is movable relative to the plug, characterized in that the valve is provided with a channel for extracting the final product, the upper part of the valve is made in the form of a tube, additionally in the lower part of the cork a container is made for the component to be introduced, at least one hole is made in the container, the valve is installed on the container opening, and a lid with a detachable connection is installed on the container iem, and the cover is configured to cooperate with the valve. 2. The packaging according to claim 1, characterized in that the valve is displaced by the spring. 3. The packaging according to claim 1, characterized in that the opening of the container is closed by a membrane, a spike is installed on the valve or plug to rupture the membrane. 4. Packaging according to claim 1, characterized in that the valve is connected to a tube for collecting the main component. 5. The packaging according to claim 1, characterized in that the final product passes through the container first, and then is removed through the valve. 6. Packaging according to claim 1, characterized in that the valve in the lower part is made in the form of a piston, the container is made in the form of a cylinder, when the valve is displaced relative to the plug, the hydraulic pressure of the introduced component is created. 7. A package containing a container with the main component, a stopper that closes the container, a valve is installed in the tube that can be displaced relative to the tube, characterized in that the valve is provided with a channel for extracting the final product, the upper part of the valve is made in the form of a tube, additionally on the container a cover with a detachable connection is installed, the cover is configured to interact with the valve. 8. The packaging according to claim 7, characterized in that the valve moves under the influence of a spring. 9. Packaging according to claim 8, characterized in that the valve is connected to a tube for collecting the main component. 10. A package containing a container with a main component, a stopper that closes the container, a valve is installed in the tube that can be displaced relative to the tube, characterized in that the valve is provided with a channel for extracting the final product, the upper part of the valve is made in the form of a tube and is mounted above the tube , additionally, a container for the introduced component is made in the lower part of the plug, at least one hole is made in the container, the valve is installed on the container opening, additionally on the plug or A cover with a detachable connection is closed to cover the upper part of the valve. 11. The package of claim 10, characterized in that the opening of the container is closed by a membrane, a spike is installed on the valve or plug to rupture the membrane. 12. The packaging according to claim 10, characterized in that the valve is connected to a tube for sampling the main component. 13. The packaging according to claim 10, characterized in that the final product passes through the container first and then is removed through the valve. 14. The package of claim 10, characterized in that the valve in the lower part is made in the form of a piston, the container is made in the form of a cylinder, when the valve is displaced relative to the plug, the hydraulic pressure of the introduced component is created.