RU103097U1 - STORAGE TANK OF TWO COMPONENTS - Google Patents

Abstract

 1. A container for packaging and storage of two components, containing a body with a neck, moreover, an annular constriction is made on the body, which divides the container into lower and upper cavities, and the diameter of the annular constriction is less than the diameter of the neck, characterized in that a ring is additionally installed in the annular constriction, on which a membrane is installed that separates the components located in the upper and lower cavities, and a plugging element is installed on the neck. ! 2. A storage container for two components according to claim 1, characterized in that the upper part of the ring has a rim. ! 3. A storage container for two components according to claim 1, characterized in that the lower part of the ring is lowered into the lower cavity of the container. ! 4. A storage container for two components according to claim 3, characterized in that the lower part of the ring has cuts that form the petals. ! 5. A storage container for two components according to claim 4, characterized in that the cuts on the bottom of the ring are made at an angle. ! 6. A storage container for two components according to claim 4, characterized in that the petals of the lower part of the ring have latches. ! 7. A storage container for two components according to claim 1, characterized in that the sealing element is made in the form of a membrane and / or cover.

Description

The utility model relates to the field of developing containers for bottling drinks, also to the field of food, cosmetic, chemical, pharmacological, medical industry and veterinary medicine and can be used as a container for storing and packaging two components of different composition, for example, liquid and / or solid substance in as a free-flowing substance or mixture, mixed before use.

The well-known "Plastic Bottle", (see RU 33935, IPC ⁷ B65D 1/06 publ. 11/20/2003), containing a neck with a final threaded element for mounting the lid, a side wall and a bottom, in which a connecting threaded sleeve is made coaxially with the side wall provided by a hermetic membrane. A container for two components is formed by the mechanical connection of two containers.

The disadvantages of these bottles is the complexity of their design, which increases the difficulty in manufacturing both the bottles themselves from the preforms and the manufacture of the preforms themselves, which have mouths on both sides. In addition, the rupture of the hermetic membrane is carried out in several operations and requires significant mechanical effort. In addition, people with special needs cannot hold such containers between the index and middle fingers.

The well-known "Container for storing and mixing two components", (see RU 30727, IPC ⁷ B65D 81/32, B65D 25/08, publ. 07/10/2003) containing a base container with a neck and an additional container in the form of a container placed in base capacity, and the additional container is made in the form of a glass with an external flange, a membrane in the upper part, an additional membrane at the bottom. This additional container is then inserted through the neck, which tightly covers it in the container, and is attached to the neck.

The components in such packaging are separated by an additional membrane at the bottom of the container and its side wall. The integrity of the membrane is destroyed by mixing the components before use due to the use of an additional external element - the scapula.

However, separate sealing of the components in the container and the method of their placement in the container through the neck of the container requires the use of two separate containers and additional elements that ensure the connection of their internal cavities. When the container passes quickly through the neck of the container due to air shock, it is possible to rupture the membrane at the bottom of the container with the second component or eject the first component from the container due to excessive air pressure. The production of such packaging requires a lot of time due to the many separate operations and the need to compensate for the pneumatic shock, and therefore cannot be used to produce products in large batches per unit time.

Closest to the claimed utility model is a plastic container with a dispenser for storing and using a car glass care product for the Mannol Scheiben-reiniger concentrate, which is a container with a neck and with an annular waist, the diameter of which is smaller than the diameter of the neck, and in which the plug-nipple is installed with a suction tube manufactured by SCT-Vertirebs GmbH, DE, (see website:,). An annular constriction provides the installation of a plug-nipple for dispensing fluid by supplying fluid to the upper cavity of the tank by compressing the lower cavity. A tube with an upper cut is installed on the nipple plug in its upper part, into which a tube is inserted from the bottom, which is lowered to the bottom of the lower cavity.

However, in this tank there is no possibility of filling and separate sealing of two components.

Another problem associated with the use of a known container as a container for storing two components is the complexity of the process of installing a separate element. This complexity is associated with the need to mount a separate element by known methods of welding, gluing or mechanical crimping / pinching on the thin side walls of the tank, which have an insufficient end (perpendicular) rigid surface.

In addition, there is a difficulty associated with the need to install (mount) a separate element on a wet inner surface due to bursts of the liquid first component that occur when filling and moving the workpiece from one processing position to another and dropping the first component into the cavity for the second component.

The objective of the utility model is to develop a container for storing two components, which would provide lateral stability and compressive strength of plastic containers formed by blowing from a preform, as well as installing a separation element inside the container without using a composite container and an additional container, as well as breaking this separation element before consuming the contents of the container.

An additional task is to provide a sufficient rigid and dry surface for installing a separate element, its additional reliable fixation in the tank, as well as the complete draining of rinsing fluid. The problem is solved in that the container for storing two components containing a body with a neck, and on the body there is an annular waist that divides the tank into lower and upper cavities, and the diameter of the annular waist is less than the diameter of the neck, in accordance with the utility model, in the annular waist additionally, a ring is installed on which a membrane is installed that separates the components located in the upper and lower cavities, and a plugging element is installed on the neck. In addition, the upper part of the ring has a rim.

Also, the lower part of the ring is lowered into the lower cavity of the tank, and also, the lower part of the ring has cuts that form the petals, the cuts on the lower part of the ring are made at an angle, and the petals of the lower part of the ring have clamps. In addition, the clogging element is made in the form of a membrane or cover.

Using the inventive container for storing two components allows you to reduce the number of complex parts, use traditional methods of manufacturing plastic containers by blowing from preforms and simplify the manufacturing operations in the manufacture of such containers for storing two components, simplify the filling of each component in such containers and reduce the time between operations, which significantly increases the productivity of machines that implement a method of processing such containers.

The appearance of the inventive capacity for storing two components will allow more accurate and simple to manufacture and use dosed mixtures of two components, does not resort to their separate storage, and will allow you to adhere to the proportions when mixing the components before use. In addition, it will ensure dry surfaces of the upper part of the ring and the upper cavity during operations of filling the lower cavity before the operation of installing the membrane on the ring and eliminate local contact of the components with each other during the manufacture and filling of such a container, storage of two components before use, which leads to a reduction in the finished product products.

Using the proposed container for storing two components will compensate for the pressure of the hand while holding the side surface of the container in the middle part, and also, by fixing the container in the region of the ring waist with closed thumb and forefinger, reduce and even eliminate the pressure of the hand on the side surface of the container in the middle parts. Capacities of this design can be successfully used even by small children, and people with special needs can fix the capacitance behind the ring tugs between the index and middle fingers.

The appearance of containers for storing two components of such an unconventional design will significantly expand their range.

The utility model is explained in the drawings.

Figure 1 presents a General view of the container for storing two components in section with a clogging element.

Figure 2 is a ring, a vertical section.

Figure 3 is a ring, section aa.

Figure 4 - membrane on the neck.

Figure 5 - cap on the neck.

Figure 6 - membrane with a lid on the neck.

The number 1 indicates the capacity;

Pos. 2 - neck;

Pos. 3 - body;

Pos. 4 and 5 - upper and lower cavities, respectively;

pos.6 - ring constrictions;

pos.7 - ring;

pos.8 - the rim;

Pos. 9 - petals;

pos.10 - clamps;

Pos. 11 - sections;

pos.12 - membrane on the ring;

pos.13 - clogging element;

Pos.14 - the upper membrane on the neck;

Pos.15 - cover.

The inventive container for storing two components, shown in figure 1, has a neck 2, a body 3, which is made in the form of an upper 4 and lower 5 cavities, divided by an ultra-deep ring constriction 6. Moreover, the diameter of the annular constriction 6 is less than the diameter of the neck 2. This the ratio of diameters allows you to freely pass through the neck 2 of the tank 1 to the working body of the machine, which implements a method for processing such containers, and perform the operation of installing the ring 7 in the ring constriction 6, thereby forming an "inner" neck in the tank tee. After that, the first cavity, for example, is filled with the first component, for example, with the liquid in the lower cavity 5, and the working element also freely passes through the neck 2, ring 7 and enters the lower cavity 5.

Further, another working body also freely passes through the neck 2 and clogs the "inner" neck, that is, installs the membrane 12 on the ring 7. The rim 8 on the upper part of the ring 7 forms an additional seating surface for installing the membrane 12 on the ring 7. This element gives an additional rigidity of the whole structure.

For tightness of the structure under the rim 8, you can install an annular gasket, conditionally not shown. Also, for this purpose, on the ring constriction 6 and ring 7, it is possible to make corresponding protrusions and recesses in the form of shaped roughnesses or a fine-grained textured surface, or to perform a thread, not conventionally shown. And for twisting the ring 6, it is advisable to provide for internal faces or protrusions on it, conditionally not shown.

Also, for tightness, it is possible to perform an annular constriction 6 and a ring 7 in the form of a truncated cone, narrowed downwards, not conventionally shown.

When filling the lower cavity 5 with a liquid component, splashes are formed from impact on the bottom of the tank. Also, when moving the container 1 to the installation position of the membrane 12, a wave is generated that can splash out into the upper cavity 4 and soak the upper part of the ring 1 or the rim 8, on which the membrane 12 is installed. Wet surfaces of the upper part of the ring 7, the rim 8 and the upper cavity 4 may lead to defective products due to poor sealing and premature mixing of components.

In order to dampen the wave bursts and the resulting splashes that fall on the rim 8 of the ring 7 and in the upper cavity 4, the lower part of the ring 7 is lowered into the lower cavity 5, Fig. 1.

However, to completely drain the rinse liquid during rinsing and drying the container 1, the lower part of the ring 6 has cuts 11, Fig. 2, through which the rinse liquid is completely drained when the container 1 is turned over. But, to prevent the ingress of spray through the cuts 11, they are made at an angle, Fig.3. And on the petals 9 for additional fastening of the ring 7 in the annular constriction 6, you can use the clips 10, Fig.2. Such additional elements of the ring make it possible to ensure dry surfaces of the upper part of the ring and the upper cavity during operations of filling the lower cavity before the operation of installing the membrane 12 on the ring, to increase the reliability of fixation of the ring 7 in the ring constriction 6 and to exclude local contact of the components in the manufacture of a container for storing two components to their mixing before use, which will reduce the rejection of products.

The installation of a metallized membrane 12 on the ring 7 can be carried out, for example, by welding (thermal pressing), gluing, mechanical crimping / pinching.

Filling the upper cavity 4 with a second component and closing the closure element 13 of the neck 2, Fig.1. carried out in the traditional way. At the same time, the clogging element 13 is made in the form of an upper membrane 14, Fig. 4 or a cover 15, Fig. 5. And to protect the upper membrane 14, they also use the cover 15, Fig.6.

Use a container to store two components in this way.

After opening the sealing element 13, the integrity of the membrane 12 on the ring 7 can be destroyed by external devices, such as a blade. After that, the components in the cavities can be mixed. It is also possible to alternately extract the components into the outer packaging for subsequent mixing.

When using a container for storing two components, the consumer covers with his hand its middle part in the place of the annular waist. The rigidity of the container in the annular constriction 6 allows you to prevent lateral crushing by hand of the container after it is opened and, as a result, the loss of the contents of the container.

Due to the small dimensions of the ring hauling, the storage capacity for two components can also be fixed with two fingers, for example, index and middle.

The deep ring waist 6, turned inside the case, does not cause any unpleasant sensations for the consumer, and the width of the ring waist 6 is sufficient to prevent the container from slipping out even from the child’s hand.

The inventive container for storing two components will allow us to fulfill the main purpose - long-term and reliable isolation of the contents of the cavity of the container from interaction between themselves and from environmental influences and will make it possible to dosed mix two components: two liquids or liquids and a solid substance in the form of a granular substance or mixture, which located in the upper and lower cavities, immediately before use, including before the final opening of the container, thereby allowing you to prepare drinks, mix urs and different solutions immediately before use without the use of preservatives. This will make it possible to obtain accurately metered product mixtures from the widest range of raw materials, from simple low-viscosity liquids (milk, water, solvents), viscous (synthetic resins, polymer liquids) and ground dry substances (tea, coffee, extracts, fruits, vitamins, noodles , fillers, dyes, flavors, etc.) to complex ecologically, chemically, and explosive products. The technology for preparing the mixture does not require highly qualified users and therefore is available to a wide range of consumers, including children and people with special needs.

The inventive container for storing two components has a simple design, which makes it easy to manufacture containers from preforms, their subsequent processing (installation of additional elements, filling, sealing) and their use (mixing components that are in the container for storing two components) and without using additional containers, and without violating the integrity of the container.

The utility model expands the range of containers, which will expand the scope of containers of this shape.

The cost of such containers for storing two components is almost the same as that of traditional PET bottles, which allows for a wide range of applications of the utility model in the production of beverages, medical, pharmaceutical and chemical preparations, in the cosmetics industry and veterinary medicine.

Claims (7)

1. A container for packaging and storage of two components, containing a body with a neck, moreover, an annular constriction is made on the body, which divides the container into lower and upper cavities, and the diameter of the annular constriction is less than the diameter of the neck, characterized in that a ring is additionally installed in the annular constriction, on which a membrane is installed that separates the components located in the upper and lower cavities, and a plugging element is installed on the neck. 2. A storage container for two components according to claim 1, characterized in that the upper part of the ring has a rim. 3. A storage container for two components according to claim 1, characterized in that the lower part of the ring is lowered into the lower cavity of the container. 4. A storage container for two components according to claim 3, characterized in that the lower part of the ring has cuts that form the petals. 5. A storage container for two components according to claim 4, characterized in that the cuts on the bottom of the ring are made at an angle. 6. A storage container for two components according to claim 4, characterized in that the petals of the lower part of the ring have latches. 7. A storage container for two components according to claim 1, characterized in that the plugging element is made in the form of a membrane and / or cover.