RU97348U1 - MULTI CAPACITY TARE - Google Patents

Abstract

 1. A multi-capacity container, consisting of an external and an internal container located coaxially to each other, the external container of which has the shape of a body of revolution, characterized in that the internal container is partially conjugated with the external container, and the surface area of the upper surface of the internal container is not more than 3/4 of the area of the upper surface of the inner container; the inner container in its upper part at the interface with the external container repeats the shape of the thickening of the upper part of the external container. ! 2. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a semicircle. ! 3. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of 1/3 of a circle. ! 4. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of 2/3 of the circle. ! 5. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a 1/4 circle. ! 6. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a segment. ! 7. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a sector with a non-linear radial part. ! 8. Multi-capacity containers according to claim 1, characterized in that the inner container is divided by partitions. ! 9. The multi-capacity container according to claim 1, characterized in that the inner container has a recess in its lower, non-conjugated with the outer container. ! 10. Multi-capacity containers according to claim 1, characterized in that the inner container has a ledge in its lower, non-conjugated with the outer container. ! 11. Multi-capacity containers according to claim 1, characterized in that the total height of the internal container is less than the total height of the external container. ! 12. Multi-capacity t

Description

The utility model relates to a multi-capacity container for placement of heterogeneous objects or products, mainly food products: cookies and chocolate paste, cookies and fruit masses (jams, jams), cheese sticks and sauce, potato chips and sauce and the like. Also, the utility model can be used as a container for storing household trifles, for example, small building products used together (for example, nuts and washers) and other items.

A fairly large number of technical solutions related to multi-capacity containers are known.

The well-known "PACKAGING FOR RESERVES FROM FISH FILLET WITH SAUCES AND THE METHOD OF PACKING THEM", Russian patent No. 2141919, (published on 11.27.1999) (1). The package contains a container of polymeric material, the inner space of which, made in the form of a bag, is divided into isolated compartments to accommodate fish fillet and sauces. Each compartment has its own vacuum level, the value of which ensures the exclusion of moisture in the product located in this compartment.

The famous "CONTAINER FOR FOOD PRODUCTS", Russian patent No. 2196630, (published on January 20, 2003) (2). The container includes a bottom, walls and a side for sealing the container, is formed by at least two containers made in the form of hollow inverted truncated conical and / or pyramidal bodies. The containers are interconnected and form a two-level bottom of the container. The upper level is located at the depth of the pool of containers. The tanks are combined by means of a hollow bridge, the bottom of which is located at the upper level.

The well-known "FOOD AND CONDIMENT CONTAINER" (Container for food and dressing), WO / 2007/137385, published 06.12.2007 (3). The container consists of a larger container for the main product, made in the form of a hard bag and attached to it a small container for sauce.

These solutions have a number of disadvantages - for example, (1) and (2) cannot be used when walking or standing, the larger container in (3) is open and is not intended for long-term storage.

The solution “PORTABLE, STACKED CONTAINER AND METHOD FOR SEPARATELY STORING AND DISPENSING TWO CONSUMABLE PRODUCTS, ESPECIALLY CEREAL AND MILK”, WO / 2002/064494, published on 22.08.2002 (Portable folding container and method milk), shown in Fig.5. The device is a disposable container consisting of an external container for storing a liquid product and an internal container for storing a dry product, the internal container is completely placed in the external one and is located aligned with it. The containers have one common lid, after removal of which the liquid and the dry product can be used together.

The disadvantage of this solution is the narrow area of destination and the impossibility of separate and / or sequential use of products; In addition, this container is disposable.

The proposed technical solution is aimed at eliminating the above disadvantages and solving the technical problem of simplifying the design of multi-capacity containers while ensuring the possibility of hermetic storage, ease of transportation of multi-capacity containers, as well as ensuring convenience in its use.

This problem is solved as follows.

Multi-capacity containers consist of at least two containers - external and internal, closed during transportation and storage with a single lid; in case of domestic use of the container, the lid is not an obligatory element of the technical solution. The external container has the general shape of a body of revolution, for example, a cylinder or a truncated cone with a base above the top and a landing thickening in its upper part. The internal capacity at the interface with the external capacity repeats in its upper part the shape of the thickening of the upper part of the external capacity, while the total height of the internal capacity is less than the total height of the external capacity. The shape (top view) of the upper part of the inner container varies and, in the general case, is a sector: a semicircle, one third of a circle, two-thirds of a circle, one fourth of a circle, a segment; it is also possible to perform in the form of a segment or sector with a non-linear part instead of the radial (or chord part). In any case, the area of the upper surface of the inner container is less than the area of the upper surface of the inner container.

Capacities are placed coaxially.

Due to this embodiment of the internal container, the space in the external container, firstly, accommodates a sufficient amount of dry product or parts. Also, such mutual execution and placement of containers provides the consumer with free access to the contents of the external container without having to remove the internal container.

The outer radius of the upper part of the inner container is less than the outer radius of the upper part of the outer container and is equal to the radius of the upper landing recess of the upper part of the outer container. The inner container can be positioned freely; the option is its destructible fastening to the outer container, adhesive or thermal. After removing the lid, the consumer can destroy such a fastening by applying a small force, and freely move the inner container around the axis common to the containers, while the presence of a landing thickening prevents the inner container from falling down the outer container.

The internal container is hollow or, in a number of options, with the separation of one or two jumpers into two or three sectors, designed for various fillers, sauces or, for household use, parts.

It is also possible to place two or more internal containers in the external container. These types of execution increase the functionality of the utility model, allowing you to fill the internal capacity with more than one filler.

The inner container can be made with a recess formed at the interface between the bottom and one of the walls, which makes it possible, if necessary, to easily disconnect the containers from each other.

The inner container can be made with a ledge formed in the place of mating of the walls, which makes it easier to move the inner containers.

Both containers, after placing the internal container in the external container, are closed by gluing (or thermally) to the upper parts of both containers of the lid. Since the lid additionally fixes the containers relative to each other, this results in the absence of mixing of the contents of the containers and an accidental downward movement of the inner container into the outer container.

The lid can be made of various materials: plastic, metallized plastic, foil, and is attached to the container by gluing. The lid is provided with a tongue to facilitate opening.

The inner container and the outer container are made by known and universally used methods: casting, stamping, drawing, blowing preforms.

The container material, in the case of containers in the food industry, is food grade plastic, for example polyethylene, polyvinyl chloride, polystyrene, polyethylene terephthalate or polypropylene. When using containers for storage of household items can be used, along with plastic, tin, foil, glass, wood.

The utility model is illustrated by the following drawings:

Figure 1. Container in closed condition, partial section; side view.

Figure 2. Separate types of internal and external containers, lids; axonometry.

Figure 3.1.1. Inner container with the upper part in the form of a semicircle; view from above.

Figure 3.1.2. Inner container with the upper part in the form of a semicircle, execution without a recess and with a recess; axonometry.

Figure 3.2.1. Internal capacity with the upper part in the form of one sixth circle, execution without a ledge and with a ledge; view from above.

Figure 3.2.2. Internal capacity with the upper part in the form of one sixth circle, execution without a ledge and with a ledge; axonometry.

Figure 3.3.1. Internal capacity with the upper part in the form of one third of a circle, execution without a ledge and with a ledge; view from above.

Figure 3.3.2. Internal capacity with the upper part in the form of one third of a circle, execution without a ledge and with a ledge; axonometry.

Figure 3.4.1. Internal container with the upper part in the form of one fourth circle, execution without a ledge and with a ledge, top view.

Figure 3.4.2. Internal capacity with the upper part in the form of one fourth circle, execution without a ledge and with a ledge; axonometry.

Figure 3.5.1. Internal container with the upper part in the form of a segment, execution without a ledge and with a ledge, top view.

Fig.3.5.2. Internal capacity with the upper part in the form of a segment, execution without a ledge and with a ledge; axonometry.

Figure 3.6.1. Internal capacity with the upper part in the form of a semicircle and a nonlinear part; view from above.

Figure 3.6.2. Internal capacity with the upper part in the form of a semicircle and a nonlinear part; axonometry.

Figure 3.7.1. An internal container with a semicircle-shaped upper part divided into sectors; performance without a ledge and with a ledge; view from above.

Figure 3.7.2. Internal container with a semicircle-shaped upper part divided into sectors, option with a recess; performance without a ledge and with a ledge; axonometry.

Figure 3.8.1. Internal container with the upper part in the form of two-thirds of a circle, divided into sectors; execution without a ledge / deepening, execution with a deepening and execution with a ledge; view from above.

Figure 3.8.2. Internal container with the upper part in the form of two-thirds of a circle, divided into sectors, execution without a ledge / deepening, execution with a deepening and execution with a ledge; axonometry.

Figure 4. Placement of the internal container in the external.

Figure 5. The closest analogue.

Figure 1 shows a General view of the containers [1] with a partial section in the area of the landing thickening [11]. A container [1] consists of an external container [2], an internal container [3] common to the containers of the lid [10]. The external container [2] in its upper part has a landing thickening [11], formed by a smooth bend of the wall profile, paired with a Z-shaped profile of the upper part of the external container [2]. The Z-shaped profile of the upper part of the external container is formed by the landing recess [21] and the platform for fastening [22] of the cover [10].

The upper part of the inner container [3] repeats the profile of the landing thickening [11] and is formed by a smooth bend of the wall profile, conjugated with the landing edge [31]. The outer radius of the landing edge [31] is from 90 to 99 percent of the outer radius of the landing recess [21], which allows the inner tank to freely enter the outer tank. The wall thickness of the inner container is such that when the inner container is placed in the outer upper planes of the landing edge [31] and the mounting pads [22] they form a flat surface, providing a uniform and strong bonding of the lid to them [10].

Figure 2 shows the semicircular inner container [3] and the outer container [2], as well as the lid [10] until they are connected together.

Figure 3.1.1-3.6.2 shows views of various forms of internal containers having one common volume, not divided into parts; a number of forms of internal containers have recesses [32] in the bottom, a number of ledges [33]; the part has no ledges and / or recesses.

Fig. 3.7.1 shows the internal capacity in the form of a semicircle, divided into sectors by the walls [34], (top view); Figure 3.7.2 is a perspective view of such a container, without a recess and with a recess [32] in the bottom.

3.8.1 shows the internal capacity in the form of one third of a circle, divided into sectors by walls [34], (plan view); 3.8.2 is a perspective view of such a container, without a recess, with a recess [32] in the bottom region and with a ledge [33].

Figure 4 shows the placement of the inner tank in the outer tank.

When using any form of internal capacity, the consumer has the ability to freely move it without removing it from the external capacity, gaining access to the contents of both containers at the same time; however, the design does not allow the internal capacity to fall inside the external capacity. On the other hand, if necessary, the consumer can freely take out the container and also freely return it to its place without touching the contents.

Claims (12)

1. A multi-capacity container, consisting of an external and an internal container located coaxially to each other, the external container of which has the shape of a body of revolution, characterized in that the internal container is partially conjugated with the external container, and the surface area of the upper surface of the internal container is not more than 3/4 of the area of the upper surface of the inner container; the inner container in its upper part at the interface with the external container repeats the shape of the thickening of the upper part of the external container. 2. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a semicircle. 3. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of 1/3 of a circle. 4. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of 2/3 of the circle. 5. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a 1/4 circle. 6. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a segment. 7. Multi-capacity containers according to claim 1, characterized in that the inner container is made in the form of a sector with a non-linear radial part. 8. Multi-capacity containers according to claim 1, characterized in that the inner container is divided by partitions. 9. The multi-capacity container according to claim 1, characterized in that the inner container has a recess in its lower, non-conjugated with the outer container. 10. Multi-capacity containers according to claim 1, characterized in that the inner container has a ledge in its lower, non-conjugated with the outer container. 11. Multi-capacity containers according to claim 1, characterized in that the total height of the internal container is less than the total height of the external container. 12. Multi-capacity containers according to claim 1, characterized in that the containers are equipped with a lid that is the same for both containers.