RU177375U1 - Multifunctional beverage container - Google Patents

Abstract

The claimed solution relates to containers for liquids, in particular to multifunctional containers for drinks, mainly milk drinks, and can be used to store the drink and its convenient dosed extraction from the container in various ways, including the extraction of the drink with a fine jet under pressure. A multifunctional beverage container includes a housing with an opening, a lid corresponding to an opening in the housing, an additional outlet in the housing, which is provided with a correspondingly hollow tube, one end of which is located inside the housing, and the other is located outside and has at least one opening. The hollow tube is equipped with a locking mechanism. The container further comprises an air supply unit to the container fixed in the housing, and an air supply channel, one end of which is located inside the container body in the area of the air supply unit, and the second end is connected to the hollow tube. The air supply unit consists of a hollow tube, one end of which is located outside the container and is equipped with a hollow cylinder with a piston rod and a valve located inside it, and the second end of the tube is located inside the container and equipped with a valve. The technical result of the proposed solution is to expand the functionality of the beverage containers. The proposed tank design has advanced functionality, is easy to assemble and reliable in operation.

Description

The claimed solution relates to containers for liquids, in particular to multifunctional containers for drinks, mainly dairy drinks, and can be used to store the drink and its convenient dosed extraction from the container in various ways, including for removing the beverage in foamed condition.

Multifunctional containers and beverage containers are well known. There are many bottles with dispensers that allow you to remove the liquid product from the container in batches. There are bottles with lights, double walls, fasteners, which along with the storage function expand the functionality of the containers. Complex containers equipped with electric motors and whisks for agitating the product, multifunctional bottles with spraying function are also known. But we do not know a simple and reliable solution in the field of multifunctional containers for storing drinks (including milk, which are viscous), which allow storing and removing drinks from it in two ways: by ordinary pouring through an opening and receiving a thin stream of the drink in a foamed state.

The prior art is known connectable containers for carbonated drinks according to the patent of the Russian Federation No. 164 953, priority 02.16.2016. The connectable container for carbonated drinks contains a body, on the upper end of which there is a neck with an external thread with a screw cap on it with an internal thread, according to the technical solution, the body is made of alternating support and mounting sections, the last of which contain fastening elements that are on the left and front sides of the sections are made in the form of spikes, and on the right and rear sides - in the form of grooves; the spikes and grooves are arranged in rows, with a distance between said fastening elements in the same row equal to the distance between the rows; the distance between the fastening elements, which are the first and last in a row, to the overall surfaces of the container body is two times less than the distance between the rows, while the end face of the lid acts as the upper overall surface of the container body.

The prior art multifunctional spray bottle for mineral water with a cap according to the patent of the Russian Federation for invention No. 136027, filing date January 10, 2011, which is taken as the closest analogue, prototype.

According to a known solution, a multifunctional spray bottle for mineral water includes an elastic bottle body and a spray bottle cap for mineral water, the spray cap including:

a lid, between the lid and the neck of the bottle for mineral water a fluid tight connection is made with interference, an outlet is made on the end surface of the lid;

a spraying device including a spray valve core and a spray head, at least two inlet grooves are made on the outer wall of the spray valve core, spray nozzles are made on the end surface of the spray valve core connected to respective inlet grooves; a cavity is made in the spray head, in which the core of the valve for spraying is located; a spray hole is made on the end surface of the spray head; the core of the valve for spraying is located in the cavity of the spray head with an interference fit, the spray hole and the spray head are together supply;

a device for locking water, including a fixed block and a movable block rotating relative to a fixed block, in a fixed block fixedly connected to the cover, an outlet is made; in the movable block, an inlet is made corresponding to an outlet made in a fixed block; moreover, by turning the movable block relative to the fixed block back and forth, a butt joint or disconnection of the outlet made in the fixed block and the inlet made in the movable block is performed, thus opening or closing the spraying device; there is a cavity in the movable block, the spraying device being located in this cavity with an interference fit.

The specified locking unit of the device for blocking water is a tubular element located on the Central axis of the cover, the lower extremity of this tubular element is closed, the outlet is located on the side wall of the tubular element, adjacent closed end; the lower end of the movable block of the device for blocking water is connected to the tubular element by means of a liquid tight sleeve connection, and rotates relative to the tubular element, an inlet is located at the place of the lower end of the movable block corresponding to the outlet made in the fixed block by rotation of the movable block with respect to the fixed block, butt-jointing or separation of the outlet and the inlet are carried out, thereby Opening or closing the spray device.

An annular concave groove is made on the inner wall of the tubular element of the fixed block of the water blocking device; an annular convexity is made on the movable block of the water blocking device, which responds to the concave groove made on the inner wall of the tubular element of the fixed block.

A cylindrical protrusion is made on the inner side of the lower end surface of the fixed block of the water blocking device, this cylindrical protrusion corresponds to the inner diameter of the lower end of the movable block of the water blocking device.

The specified movable block of the device for blocking water has a rectilinear shape, made in accordance with the tubular element and installed in the tubular element of the fixed block and rotates relative to the tubular element; the device for spraying is installed motionless with interference in the cavity of the upper end of the movable block.

The specified movable block of the device for blocking water is made at right angles, including a vertical pipe element and a horizontal pipe element, a vertical connecting pipe element and a horizontal pipe element are molded as one unit; moreover, the vertical pipe element is connected to the fixed block of the device for blocking water by means of a liquid tight connection, the movable block, the axis of which is the vertical element of the connecting pipe, rotates relative to the fixed block, a cavity is made in the horizontal pipe element, a spray device is installed in the cavity with tight fit, tight for liquid.

A turning handle is made on the outer side of the upper end of the movable block of the water blocking device, open / closed positioning means are located between the middle part of the water blocking device and the end surface of the lid, these positioning means include locking bosses, respectively fixed in positions on the end surface of the lid , and a motion limiter located at an appropriate location in the movable unit.

On the end surface of the lid there are open / closed positioning means for locking the water; these positioning means include locking bosses, respectively, located in positions on the end surface of the cover, respectively, determining the opening and closing points of the water blocking device, vertical arc made on the fixing bosses surfaces corresponding to the pipe element in the direction of rotation of the pipe element.

To prevent automatic opening of the pipe in the horizontal direction in the absence of external influences, a limiting protrusion is made at the lower end of the arc surface of the fixing boss, which determines the closed state of the water blocking device, corresponding to the other side of the horizontal pipe element.

The specified fixed block of the device for locking water is fixed on the end surface of the lid, on a fixed block a spherical working surface is made in which the outlet is made; the movable block of the water blocking device includes a spherical element that is connected in a liquid-tight manner to the spherical working surface of the fixed block, the spherical element is movably connected to the fixed block on the axis of rotation; on the spherical element along the rotation path of the outlet, a slit inlet is made in such a way that after the spherical element leaves the closed state of the device for blocking water, the outlet opens to the inlet and opens; the pipe element is fixed on a spherical element, the cavity inside the pipe element is connected to the slotted inlet, the open end of the pipe element is connected to the spray device with an interference fit in a liquid-tight manner.

The specified spray cap in a known solution is used with an elastic mineral water bottle body, forming a multifunctional mineral water spray bottle, which not only provides the normal use of mineral water, but also provides the ability to manually distort the bottle body by compressing the bottle body, increasing the pressure in the bottle body as a result of which, through the outlet of the water blocking device mounted on the bottle cap, water enters the inlet through odyaschie chute enters the trough for spraying and then sprayed out from the spray orifice. Also in the open air or in a dusty and hot environment, the mineral water bottle can be tilted so that the spray head is located opposite the human body and, using strong compression of the bottle body, spray, thereby lowering the temperature in the area of the human body, while nailing dust after combining it with water fog, and it brings people coolness, freshness and comfort.

Thus, the multifunctional bottle selected as the closest analogue allows you to extract the drink in two versions, in finely divided form (by spraying the drink) and in the usual consistency (pouring the drink through the hole).

The claimed solution also allows you to extract the drink in two versions: in the normal state and in the foamed state with a thin stream under pressure, which, hitting the walls of the dishes or the liquid itself, gives an even greater foam.

The disadvantage of the solution described in the prototype is the complexity of its execution and low reliability, which is manifested due to the large number of parts. The solution of the prototype is completely unsuitable for drinks having a high viscosity, such as fat milk. The prototype explicitly indicates that it is intended for mineral water. And also the solution does not provide the function of obtaining a beverage in a foamed state.

Common features of the proposed solution and the closest analogue are:

- housing

- cover

- a sprayer including an outlet.

The objective of the proposed technical solution is to create a multifunctional container for drinks (mainly milk) with advanced functionality that allows you to extract the drink in a foamed state, which would have high reliability and ease of use.

The technical result of the proposed solution is to expand the functionality of the beverage containers.

The proposed tank design has advanced functionality, is easy to assemble and reliable in operation.

The technical result is achieved in that the multifunctional beverage container, including a housing with an opening, a lid corresponding to an opening in the housing, an additional outlet in the housing, according to the technical solution, further comprises an air supply unit to the container fixed in the housing, and an additional outlet is provided diameter hollow tube, one end of which is located inside the housing, and the second is located outside and has at least one hole equipped with a locking fur low, an air supply channel, one end of which is located inside the container body in the area of the air supply unit, and the second end is articulated with a tube.

The tube may further comprise a spiral insert, which further facilitates the mixing of air with the liquid, forming a foam.

The air supply unit can be made in the form of a hollow tube, one end of which is located outside the tank and is equipped with a hollow cylinder with a valve and a piston rod located inside the cylinder, and the second end of the tube is located inside the tank and equipped with a valve.

The locking mechanism can be made in the form of a cone-shaped body fixed to the tube with a groove along the entire length of the body from a larger base to a smaller one, and an element is movably fixed in this groove, which compresses the tube when moving to a smaller base of the body, and when moving to a larger base of the body doesn't pinch.

This design of a multifunctional beverage container is reliable and convenient to use, it easily allows you to get a thin stream under pressure, which striking the walls of the dishes or the liquid itself, allows you to get foam.

Further, for a more complete and clear understanding of the essence of the claimed technical solution, it will be disclosed in detail using the drawing and description of the structure.

Figure 1 schematically shows a multifunctional container for drinks.

In FIG. 1 shows: the housing - 1, the cover - 2, the air supply unit - 3 into the housing 1, including a tube - 4, equipped at one end located inside the housing 1, a valve - 5, and at its other end located outside the housing 1 , with a hollow cylinder - 6, with a rod located in it - 7 with a piston - 8, and also equipped with a valve - 9, case 1 is equipped with a tube - 10, one end of which is located inside the case -1, and the second end of which is located outside the case - 1 and equipped with at least one hole - 11, as well as a locking mechanism - 12, located on t cabin 10, additionally there is a channel - 13 for air supply, one end of which is located inside the housing - 1 in the area of the air supply unit - 3, and the second end is connected to the tube - 10. Tube - 10 may contain a spiral insert (not shown in the drawing) .

Next, with reference to the drawings, the construction work of the multifunctional beverage container is described, and the most preferred embodiment of the technical solution is presented.

A multifunctional beverage container is filled with a beverage, such as milk. The presence of the lid - 2, covering the hole in the housing - 1 allows you to simply open the lid - 2 and pour milk, for example, into a glass. But also a multifunctional container for a drink allows you to remove the drink in foamed form. To do this, it is necessary to put the locking mechanism 12 in the closed position, actuate the air supply unit - 3, exerting influence on the rod - 7. At the end of the rod - 7, a piston - 8 is installed, which, lowering in the corresponding hollow cylinder - 6, pumps the air entering the cylinder - 6 through the valve - 9, into the tube - 4, connected to the air supply unit - 3, and then, through the end of the tube - 4, located inside the housing - 1 and equipped with a valve - 5, delivers air into the housing - 1. The incoming air creates pressure inside the corpus mustache - 1, the locking mechanism 12 is moved to the open position and the liquid (milk) under pressure tends to the outlet of the hollow tube - 10, in which the milk is mixed with air coming from the channel - 13 and then moves to the hole - 11, which preferably has a predetermined diameter of 0.5 mm to 3 mm, which further increases the pressure at the exit of the hole - 11 and allows you to get a thin foamed jet under high pressure, which striking the walls of the dishes or the liquid itself forms even more foam.

The presented figure and the description of the multifunctional container for drinks do not exhaust the possible options for implementation and do not in any way limit the scope of the claimed technical solution. Other options are possible in the scope of the claimed formula.

The developed multifunctional beverage container has high reliability, and at the same time it is a sealed container for the beverage, simple and convenient to use, allowing not only to pour the drink in the usual way, but to receive the drink in foamed condition.

Claims (3)

1. A multifunctional beverage container, comprising a housing with an opening, a lid corresponding to an opening in the housing, an additional outlet in the housing, characterized in that it further comprises an air supply unit in the container fixed in the housing, the additional outlet is provided with a hollow tube of corresponding diameter , one end of which is located inside the housing, and the second is located outside and has at least one hole equipped with a locking mechanism, and an air supply channel, one end of which o is located inside the container body in the area of the air supply unit, and the second end is articulated with a hollow tube. 2. The multifunctional beverage container according to claim 1, characterized in that the tube further comprises a spiral insert. 3. The multifunctional beverage container according to claim 1, characterized in that the air supply unit consists of a hollow tube, one end of which is located outside the container and is equipped with a hollow cylinder with a piston rod located inside it and equipped with a valve, and the second end of the tube is located inside the container and equipped with a valve.

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