RU67550U1 - COOKING DEVICE - Google Patents

Abstract

The closure device is designed to prevent the liquid from re-pouring into the vessel. The device comprises external and landing housings fixed to each other, a one-way valve with a locking ball and obturation rings to ensure a tight fit on the neck of the vessel, a figured sliding dispenser with a lid and a pouring element made integrally with its supporting body in the lower part, which has an external cylindrical surface emphasis. In this case, the outer casing has vertical ribs and protrusions made in its upper and lower parts of its inner cylindrical surface, respectively, and on its upper end surface a point-connected round inspection hatch is made. The landing housing has a drain tube with an annular shelf and protrusions made on its inner surface, while the outer and landing housings are fixed to each other by the protrusions of the outer housing and the lower end of the landing housing. The annular shelf of the drain tube is mounted on the upper end surface of the one-way valve, and on the annular a shelf and a dispenser cover are mounted with their lower ends, having a locking element with an annular supporting shoulder under the upper end surface Connected to the flexible arm and the point webs with the upper end surface of the cover, wherein on the inner cylindrical surface of the screw thread is formed to provide a vertical movement of the dispenser by means of said abutments. Ribs are made on the outer cylindrical surface of the lid for interaction with mating vertical ribs of the outer case. The dispensing element is introduced into the drain pipe of the landing housing, and the drain pipe is partially inserted into the one-way valve. At the same time, longitudinal ribs are installed along the inner surface of the pouring element, the lower parts of which protrude from the lower end surface of the dispenser and serve as stops for the ball of a one-way valve, and the upper parts of the ribs are combined by a circle-shaped element, the inner surface of the dispenser pouring element is cylindrical, and its outer surface is shaped, for example, in the form of a polyhedron surface for interaction with the inner surface of the drain tube coaxial to it, which Prevents axial rotation of the dispenser, but does not prevent its longitudinal movement. The longitudinal ribs of the pouring element can be hollow to ensure access through them of air into the vessel when it is empty. The design of the device eliminates the possibility of re-filling the vessel with any liquid, and also provides reliable tightness and ease of use. 1 s.p. f-ly, 19 ill.

Description

The utility model relates to closures used in the wine industry of the vodka industry, and is a cork that prevents re-filling the vessel.

A closure device is known (RF Certificate for Utility Model No. 25495 U1, IPC 7 B65D 41/38, 10/10/2002), comprising a body with a tubular pouring element capable of being fixed on the neck of a bottle, said body containing at least one fixing means for fixing inside the body of a separately manufactured one-way valve, the outer surface of which is complementary to at least a portion of the inner surface of the pouring element, while the valve can be installed in the body during assembly or thereafter.

Said valve on its outer surface comprises fixing means capable of interacting with said fixing means of the housing.

The locking means of the housing is a groove, and the locking element of the one-way valve is a protrusion.

The device prevents re-filling of the vessel with any contents. However, this device does not provide reliable tightness and ease of use.

The task of creating a utility model is to protect the consumer from changing the liquid contained in the vessel by preventing the liquid from re-pouring into the vessel while increasing the degree of tightness of the closure of the vessel and increasing its ease of use.

The specified technical result is achieved due to the fact that the closure device contains fixed outer and landing bodies, a one-way valve with a locking ball and obturation rings to ensure a tight fit on the neck of the vessel, a figured sliding dispenser with a lid and a pouring element made integrally with its support the case in the lower part, having stops on the outer cylindrical surface, while the outer case has vertical ribs and protrusions made in its upper and lower hours the flank of its inner cylindrical surface, respectively, and on its upper end surface a point-connected round inspection hatch is made, the landing case has a drain tube with an annular shelf and protrusions made on its inner surface, while the outer and landing cases are fixed to each other by protrusions the outer housing and the lower end of the landing housing, the annular shelf of the drain pipe is installed on the upper end surface of the one-way

the valve, and on the annular shelf with its lower ends there is a supporting body and a dispenser lid having a locking element under the upper end surface with an annular supporting arm connected to the flexible arm and point jumpers with the upper end surface of the lid, and screw cutting is made on its inner cylindrical surface , to ensure vertical movement of the dispenser by means of the said stops, and on the outer cylindrical surface of the lid there are ribs for interacting with the counter With the vertical ribs of the outer casing, the dispenser pouring element is inserted into the drain pipe of the landing casing, and the drain pipe is partially inserted into the one-way valve; longitudinal ribs are installed along the inner surface of the pouring element, the lower parts of which protrude beyond the lower end surface of the dispenser and serve as stops for ball of a one-way valve, and the upper parts of the ribs are combined by an element made in the form of a circle, the inner surface of the dispensing element of the dispenser is cylindrical and its external surface is shaped, for example, in the form of a polyhedron surface for interaction with the inner surface of the drain tube coaxial to it, which prevents the axial rotation of the dispenser but does not impede its longitudinal movement. The longitudinal ribs of the pouring element can be hollow to ensure access through them of air into the vessel when it is empty.

The utility model is illustrated by graphic material, where:

- figure 1 presents a General view of the device in the closed state;

- figure 2 is a General view of the device in the open state;

- figure 3 is a General view of the landing building 2;

- figure 4 is a view A (top) of the landing housing 2 in figure 3;

- figure 5 is a section bB in figure 3;

- figure 6 is a section bb in figure 3;

- Fig.7 is a General view of the cover 8;

- Fig.8 is a view G (top) of the cover 8 in Fig.7;

- figure 9 is a General view of the outer casing 1;

- figure 10 is a view D of the outer casing 1 in figure 9;

- figure 11 - node E in figure 9;

- in Fig.12 - section FJ in Fig.9;

- in Fig.13 - And node in Fig.9;

- Fig.14 is a section 3-3 in Fig.9;

- Fig.15 is a General view of the figured sliding dispenser 6;

- in Fig.16 is a view K (top) of the figured retractable dispenser 6 in Fig.15;

- in Fig.17 - section LL in Fig.15;

- Fig. 18 is a perspective view of a one-way valve 5;

- in Fig.19 is a view of M (top) in Fig.18.

The proposed closure device comprises a cylindrical outer housing 1, a landing housing 2, having

a drain pipe 3 equipped with an annular shelf 4, a one-way valve 5, a shaped retractable dispenser 6, having a pouring element 7 and a cover 8 of the closure device (see figures 1, 2).

The landing housing 2 has the ability to fix on the neck of the vessel 9 using the protrusions 10 and 11, made on the inner surface of the landing housing 2 (1, 2 and 3).

A one-way valve 5 with a ball 12 is inserted into the neck of the vessel 9, which prevents re-filling of the vessel 9. The obturation rings 13 of the one-way valve 5 (FIGS. 1, 18) ensure a tight fit of the one-way valve 5 into the neck of the vessel 9.

The annular shelf 4 of the drain tube 3 of the landing housing 2 is mounted on the upper end surface of the one-way valve 5, and the drain tube 3 is partially inserted into the inside of the one-way valve 5.

A cover 8 is mounted on the annular shelf 4 of the drain tube 3 with its lower end (see FIGS. 1 and 2).

Under the upper end surface 14 of the lid 8 (Figs. 7 and 8), a locking element 15 is made having an annular supporting arm 16 connected by a flexible arm 17 and point jumpers 18 to the upper end surface 14 of the lid 8.

A screw thread 19 is made on the inner cylindrical surface of the lid 8, and vertical ribs 20 (see Figs. 7 and 8) are made on the outer cylindrical surface of the lid 8 for interaction with vertical mating ribs 21 made on the inner

the cylindrical surface of the outer housing 1 in its upper part (see Fig.9).

The outer casing 1 is fixed on the landing casing 2 through the interaction of the protrusions 22 and the lower end 23 of the landing casing 2 made on the lower part of the inner cylindrical surface of the outer casing 1 (see Figs. 1, 3, 4, 9). This makes it possible to rotate the outer casing 1 relative to the landing casing 2 and prevents the possibility of removing the outer casing 1 from the neck of the vessel 9.

The upper end surface of the outer casing 1 has a round control hatch 24 (FIGS. 1 and 9), pointwise bonded around the perimeter with the upper end surface of the outer casing 1.

Figured sliding dispenser 6 has a supporting body 25, made integral with the pouring element 7.

Figured sliding dispenser 6 is installed with the possibility of vertical movement on the stops 26 (see Fig. 15) along a screw thread 19 made on the inner cylindrical surface of the lid 8 (see Figs. 1 and 7).

The stops 26 are made in the lower part of the sliding dispenser 6 on the outer cylindrical part of its supporting body 25, which is mounted on the annular shelf 4, and the pouring element 7 is inserted into the drain pipe 3.

Along the inner surface of the pouring element 7, longitudinal ribs 27 are installed, which can be hollow to provide access through them to the air vessel 9, which facilitates the flow of liquid from the vessel 9.

The lower parts of the ribs 27 extend beyond the lower end surface of the figured retractable dispenser 6. The protruding parts of the ribs 27 serve as stops (see FIGS. 1 and 15), restricting the stroke of the ball 12 of the one-way valve 5.

The upper parts of the ribs 27 are combined by a decorative element 29, made, for example, in the form of a circle.

The inner surface of the pouring element 7 of the sliding dispenser 6 is made cylindrical, while its outer surface is shaped, and is, for example, the surface of a polyhedron, for example, an octahedron (Fig.16-17). The curved surface of the pouring element 7 interacts with the inner surface of the drain tube 3 coaxial to it (FIGS. 1 and 3), which is also curly and is, for example, the surface of a polyhedron, namely an octahedron (FIGS. 16-17). This prevents the axial rotation of the sliding dispenser 6, but does not prevent its longitudinal sliding.

In the closed state of the capping device, the pouring element 7 of the sliding dispenser 6 is closed by means of the locking element 15 of the cover 8.

The closure device operates as follows.

Before filling liquid from the vessel 9, the outer casing 1 is turned, introducing into interaction the vertical ribs 20 of the lid 8 and the response ribs 21 of the outer casing 1.

There is a turn on the screw thread 19 of the sliding dispenser 6 on the stops 26 and its rise.

As a result of lifting, the sliding dispenser 6 extrudes the locking element 15 of the cover 8 and the control hatch 24 of the outer cylindrical body 1, destroying the point connections 18 of the locking element 15 and the control hatch 24, respectively, with the cover 8 and the outer case 1. At the same time, the ball 12 of the one-way valve 5 freed up.

Then tilt the vessel 9, the movable ball 12 under the action of gravity releases a hole in the one-way valve 5 and is kept from protruding ribs 27 from falling out of the valve 5.

Fluid flows freely from vessel 9.

After filling the liquid vessel 9 is returned to a vertical position.

The ball 12 returns to its original position and closes the hole in the valve 5, excluding the repeated pouring of liquid into the vessel 9.

Claims (2)

1. A capping device containing an outer and landing body fixed to each other, a one-way valve with a locking ball and obturation rings to ensure a tight fit on the neck of the vessel, a figured sliding dispenser with a lid and a spout made integrally with its supporting body in the lower part, having there are stops on the outer cylindrical surface, while the outer casing has vertical ribs and protrusions made in its upper and lower parts of its inner cylindrical surface, respectively On the upper end surface, a point-connected round inspection hatch is made, the landing case has a drain tube with an annular shelf and protrusions made on its inner surface, while the outer and landing cases are fixed between themselves by the protrusions of the outer case and the lower end of the landing the housing, the annular shelf of the drain tube is installed on the upper end surface of the one-way valve, and the supporting housing and the cover are installed on the annular shelf with their lower ends a dispenser having, under the upper end surface, a locking element with an annular support arm connected to a flexible arm and point jumpers with an upper end surface of the lid, and a screw thread is made on its inner cylindrical surface to ensure vertical movement of the dispenser by means of the said stops, and on the outer cylindrical surface lids are made ribs for interaction with mating vertical ribs of the outer casing, the dispenser pouring element is introduced into the drain pipe ku of the landing housing, and the drain tube is partially inserted into the inside of the one-way valve, while along the inner surface of the pouring element longitudinal ribs are installed, the lower parts of which protrude beyond the lower end surface of the dispenser and serve as stops for the ball of the one-way valve, and the upper parts of the ribs are combined by an element, made in the form of a circle, the inner surface of the pouring element of the dispenser is cylindrical, and its outer surface is shaped, for example, in the form of a surface CENI for interaction with him coaxial inner surface of the drain tube that prevents the axial rotation of the dispenser, but prevent it from longitudinal displacement. 2. The capping device according to claim 1, characterized in that the longitudinal ribs of the pouring element are hollow to ensure access through them of air into the vessel when it is empty.