RU178290U9 - TARE FOR STORAGE CANISTER - Google Patents

Abstract

The invention relates to devices for storing canisters filled with liquid and used for dosed dispensing of liquids. The frame forming the cells for liquid canisters is made from a single sheet material blank and is formed from a base, an end wall and side walls. The device is equipped with a trigger holder, a holder for the measuring container and an annotation holder, formed by cutting out the pre-fabricated cell walls. To the base are attached, through notches for bending, located on the workpiece, giving in to bending up the side walls and the end wall. The use of the claimed storage device allows you to expand the technological, functionality of the device for filling, to carry out bottling and accurate dosing of liquids prone to foaming without the need for foam sludge. 5 hp f-ly, 3 ill.

Description

The utility model relates to devices for storing canisters filled with liquid and used for dosed dispensing of liquids, in particular shelves, a feature of which is that they are structurally associated with the wall of a room or any other load bearing wall structure.

Liquids can be stored in large containers, and then with the help of a drain pipe, hose, valve, tap or siphon, they can be moved for consumption into relatively smaller containers.

When pouring viscous liquids containing surfactants from jerry cans into various containers, cans, bottles, bags, cups, etc., foaming occurs and there is a need for a storage device that allows dispensing repeated doses of fluid without the need to turn the container over. Therefore, there remains a need for a simple, inexpensive, efficient and compact storage device that provides multiple dispensing of controlled doses of liquid, eliminating the loss of leaking liquid droplets after dosing.

Known rack-cabinet for filling liquid, containing shelves, on which sealed containers with liquid are installed, the drain holes of which are communicated by hoses with filling valves mounted in kegs-slices (RF patent №51469, cm. A47F 9/00, publ 27.02.2006). A rack-cabinet has side walls, a back wall and at least one front hinged door, under which niches are made to accommodate clean containers, with the shelves tilted down toward the doors and along the front edge of the shelves stops for airtight containers are mounted, between which hoses cuts are made . Rack cabinet is made with the possibility of assembly or disassembly. The shelves are installed with clearance to the doors for free placement of hoses. Barrels-sections attached to the front surface of the front door. The angle of the shelves to the horizontal is about 10 ÷ 30 °. The cutouts are made in the form of semicircles and are located in the area of the drain holes of the containers with liquid.

The design is bulky, takes a lot of space in the room and is not suitable for storing containers with liquid detergents.

A device for storage (RF patent No. 2389424, pL A47F 1/00, publ. 20.05.2010) is known. The shelf contains a board made of dense material and means of connecting the board with the wall of the room or with the load bearing wall. The means of connecting the board with the wall are connected with the board and the wall and are made in the form of pins, each of which is located in the sockets of the wall and the board. At the end of each nest of the board there is a platform, against which a flat end surface rests, made at one end of each pin. The second end of each pin is made conical. Opposite parts of the pin are located with tension in the slots of the wall and shelf boards. The nests of the board are located above the longitudinal axis passing through the thickness of the board. Below the longitudinal axis of the board in the end part of the shelf on the side of the wall, at least one additional nest is made, and a part of the additional pin is located with the tension in it, the other part of which is located with the tension in the corresponding additional wall socket. The known device is taken as a prototype.

A disadvantage of the known shelf is the complexity of its design and the large labor-intensiveness of installing the shelf on the wall of the room. In addition, the shelf is not suitable for storing liquid canisters and does not allow for ease of use.

The task, which the utility model is aimed at, is to create a simple, easy-to-use, inexpensive, reliable design of a device for storing canisters, allowing metered dispensing of liquid detergents without loss and formation of foam.

The technical result is to simplify the design of the device, which increases its reliability due to the minimum of parts and reduces the complexity of manufacturing and installation while ensuring reliability of use.

The claimed technical result is achieved by the fact that in a device for storing canisters filled with liquid and used for dosed dispensing of liquids, including a framework forming cells for canisters in which the framework is made of a billet of sheet material by bends relative to the marked lines with the formation of a base, end wall and side walls, and with the formation of component elements, made in the form of a trigger holder, a holder for the measuring capacity and an annotation holder, by carving from the workpiece inflection on the outer side of the cell, whereby the side walls are bevelled at the front.

The utility model is complemented by particular features that contribute to the achievement of the claimed technical result.

The trigger holder is formed by cutting from the side wall of the cell.

The holder for the measuring container is formed by cutting from the base of the cell.

The annotation holder is formed by cutting from the end wall of the cell. On the end wall of the cell there are holes for fixing the cell.

On the end wall of the cell and on the valves of the side walls there are holes for fixing the end and side walls to each other.

The inventive design is shown in the figures, where:

in fig. 1 shows a sheet metal blank;

in fig. 2 - isometric cell;

in fig. 3 is a photograph of the use of the cell.

List of structural elements:

Frame 1 forming the cells for liquid canisters;

solid sheet blank 2;

base 3 cells 1;

end wall 4 cells 1;

side wall 5 of cell 1;

trigger holder 6;

holder for measuring container 7;

annotation holder 8;

notches for bending 9 side walls 5;

notches for bending 10 end wall 4;

notches for bending 11 valves of the side walls 5;

holes 12;

holes 13.

The frame 1 forming the cells for liquid canisters is made of a solid blank 2 of sheet material. The frame 1 is formed from the base 3, the end wall 4 and the side walls 5. Component elements are made in the form of the trigger holder 6, the holder for the measuring container 7 and the annotation holder 8. To the base 3 are attached, through notches for bending 9 and 10, located on the workpiece 2 bendable upward side walls 5 and end wall 4.

Trigger holders 6 are partially carved from the side walls 5 of the cell and are designed to bend to the outside of cell 1. The holder for measuring container 7 is partially cut from the base of 3 cells and is intended to bend to the outer side of cell 1. Annotation holder 8 is partially carved from the end wall 4 and the base 3 of the cell and is designed to bend onto the outer side of the cell 1. To the outer side of the end wall 4 are attached through notches for bending 11, located on the workpiece 2, upward side flaps with Yenok 5. In the upper part of the end wall of the cell 6 is provided with two holes 12 with a diameter of 6 mm to secure the cells in the wall of a room or any other stable vertical surface. In the lower part of the end wall of the cell 6 and on the valves of the side walls, two openings 13 are made with a diameter of 6 mm to secure the end and side walls to each other.

The Assembly and fixing of the device is as follows:

The frame 1 in the particular case is made of solid billet 2 steel sheet material with a thickness of up to 1 mm. On the workpiece 2 put down the required dimensions for the formation of the cell and die-cutting components. Marked lines for bending and cutting are scored using laser. The holder of the trigger 6 is made in the form of a plate rounded off on one side with a length of 70 mm and a width of 10 mm. Plate holder trigger 6 is partially cut from the side walls 5 of the cell and bend to the outside of the cell 1 along the width of the plate. The holder for measuring container 7 is made in the form of a plate 145 mm long and 80 mm wide. The holder plate for the measuring container 7 is partially cut out from the base of the 3 cells and is bent to the outside of the cell along the width of the plate at a distance of 20 mm from the edge of the base. Inside and at the end of the plate with the help of a figured template, cuts are made for fastening various types of measuring capacity. The annotation holder 8 is made in the form of a plate 170 mm long and 40 mm wide. The plate of the annotation holder 8 is partially cut out from the end wall 4 and the base 3 of cell 1 and is bent to the outside of the cell along the width of the plate at a distance of 10 mm from the edge of the end wall.

For the formation of bent side walls 5 from the base 3 put notches 9. For the formation of the bent end wall 4 from the base 3 put notches 10. Make a laser cut between the side 5 and end wall 8 to the notches 10. Bend the valves from the side walls 5 on the end 4 notches 11. On the end wall 4 of the cell 1 there are four holes 12, 6 mm each, for fixing the cell on the surface. On the end wall of the 4 cells and on the valves of the side walls 5 are made two holes 13 with a diameter of 6 mm to secure the end and side walls to each other. The assembled cell 1 is fixed on a vertical wall with four dowel-nails. Storage container is a cell with dimensions: 200 mm long, 130 mm wide and 140 mm high. In the utility room of any organization, you can place several cells on a vertical wall and place canisters in them with various detergents at a height convenient for use, which greatly facilitates the work of the staff.

For convenience and safe use, the side walls of the cell are made beveled at the front. The implementation of the components of the whole piece will reduce the consumption of materials and the complexity of its manufacture.

The use of the claimed storage device allows you to expand the technological, functionality of the device for filling, to carry out bottling and accurate dosing of liquids prone to foaming without the need for foam sludge.

Claims (6)

1. Containers for storage of canisters filled with liquid and used for metered bottling of liquids, including a skeleton forming cells for canisters, made of sheet material blank by folding to the marked lines to form the base, the end wall and side walls, and to form component parts, made in the form of a trigger holder, a holder for the measuring container and an annotation holder, by carving out the blank and bending to the outside of the cell, while the side walls are made of shennymi in the front. 2. A container according to claim 1, characterized in that the trigger holder is formed by cutting from the side wall of the cell. 3. A container according to claim 1, characterized in that the holder for the measuring container is formed by cutting from the base of the cell. 4. The container according to claim. 1, characterized in that the annotation holder is formed by cutting from the end wall of the cell. 5. Container according to claim. 1, characterized in that openings for fixing the cell are made on the end wall of the cell. 6. Container according to claim. 1, characterized in that holes are made on the end wall of the cell and on the valves of the side walls to secure the end and side walls to each other.

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