RU178367U1 - CONTAINER STORAGE CONTAINERS - Google Patents

Abstract

The utility model relates to a device for storing liquid-filled canisters used for dispensed filling of liquids. The frame forming the cells for canisters with liquid is made from preforms of plastic material and is formed from the base, end wall and side walls. The device is additionally equipped with spacers mounted on the longitudinal sides of the base inside the cell. Under the base, on the bottom of the side walls, a holder for the measuring tank is fixed. An annotation holder is installed in the pocket on the end wall. The base is made with elements of the locking connection, engaging with the corresponding grooves at the junction of the base with the end and side walls. The side walls are made with elements of the locking connection, engaging with the corresponding grooves at the junction of the side walls with the end. On the side walls, grooves are made for the locking connection with the holder for the measuring tank. 4 s.p. f-ly, 10 ill.

Description

The invention relates to devices for storing liquid-filled canisters used for dispensed filling of liquids, in particular to shelves, the peculiarity of which is that they are structurally connected to the room wall or any other load-bearing wall of the structure.

Liquids can be stored in large containers, and then using a drain pipe, hose, valve, tap or siphon, they can be moved to relatively smaller containers for consumption.

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

Known rack cabinet for bottling liquids, containing shelves on which are sealed containers with liquid, drain holes which are communicated with hoses with taps for bottling, mounted in barrel barrels (RF patent No. 51469, microliter A47F 9/00, publ. . 02.27.2006). The rack cabinet has side walls, a rear wall and at least one front hinged door, under which niches are made to place clean containers, the shelves are tilted down towards the doors and stops are mounted on the front edge of the shelves for hermetic containers, between which cuts for hoses are made . Rack-cabinet is made with the possibility of assembly or disassembly. Shelves are installed with a gap to the doors for free placement of hoses. Barrel slices are mounted on the front surface of the front door. The angle of inclination of the shelves to the horizontal is approximately 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 up a lot of space in the room and is not suitable for storing containers with liquid detergents.

A device for storage is known (RF patent No. 2389424, microliter A47F 1/00, publ. 05/20/2010). The shelf contains a board made of dense material, and means for connecting the board to the wall of the room or to the load-bearing wall. Means for connecting the board to the wall are connected to the board and the wall and are made in the form of pins, each of which is located in the nests of the wall and board. At the end of each nest of the board, a platform is made in which a flat end surface abuts, made at one end of each pin. The second end of each pin is tapered. Opposite parts of the pin are tightened in the nests of the wall and board of the shelf. Board slots are located above the longitudinal axis passing through the thickness of the board. At least one additional socket is made below the longitudinal axis of the board in the end part of the shelf from the side of the wall, and a part of the additional pin is located in it with interference, the other part of which is located with interference 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 great complexity of installing the shelf on the wall of the room. In addition, the shelf is not suitable for storing canisters with liquid, and does not allow to achieve convenience in use.

The problem the utility model aims to solve is to create a simple, convenient to use, inexpensive, reliable design of a device for storing canisters of various volumes, which allows for the dosed dispensing of liquid detergents without loss and formation of foam.

The technical result consists in simplifying 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 the expansion of use cases for various types of canisters.

The claimed technical result is achieved in that in a device for storing canisters filled with liquid and used for dosed filling of liquids, including a frame that forms cells for cans made of plastic blanks having a base in the form of a horizontally oriented rectangle, an end wall and rounded in the front parts of the side walls, while the base is made with elements of the locking connection that engage with the corresponding grooves at the joints with the end and side walls, and the side walls are made with elements of the locking connection, engaging with the corresponding grooves at the junction of the side walls with the end, moreover, on the side walls there are grooves for the locking connection with a holder for a measuring container.

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

The frame can be equipped with spacers made with elements of the locking connection, engaging with the corresponding grooves in the places of fastening on the base and end wall.

Elements of the castle connection can be made in the form of symmetrical reeds with an extension at the end.

A pocket for the annotation holder can be attached to the end wall.

Holes are made on the end wall of the cell to secure the cell.

The inventive design is shown in the figures, where:

in FIG. 1 and 1a show blanks of the left and right sides;

in FIG. 2 - preparation of the base;

in FIG. 3 - blank holder holder measuring capacity (glass);

in FIG. 4 - annotation holder;

in FIG. 5 and 5a - left and right spacers;

in FIG. 6 - billet end wall;

in FIG. 7 - cell in isometry;

in FIG. 8 is a photograph of cell use.

The list of structural elements:

Frame 1; base 2; end wall 3; side wall 4; spacers 5; holder for measuring capacity 6; annotation holder 7; pocket 8; symmetrical tongues 9 for engagement with the grooves 10; symmetrical tongues 11 for engagement with the grooves 12; symmetrical tongues 13 for engagement with the grooves 14; symmetrical tongues 15 for engagement with the grooves 16; symmetrical tongues 17 for engagement with the grooves 18; symmetrical tongues 19 for engagement with the grooves 20; recesses 21 for fixing the spout of the measured capacity; recesses 22 for fixing the measured capacity; recesses 23 for fixing the cap of the measured capacity; holes 24.

The frame 1, forming a cell for canisters with liquid is made of blanks of plastic material. The frame 1 is formed of a base 2, an end wall 3, and side walls 4. The device is further provided with spacers 5 mounted on the longitudinal sides of the base 2 inside the cell. Under the base 2, on the lower part of the side walls 4, a holder for a measuring container is fixed 6. On the end wall 3 there is an annotation holder 7 in pocket 8.

Elements of the castle connection are made in the form of symmetrical reeds with an extension at the end. Symmetrical tabs 9, made on the longitudinal sides of the base 2 are designed to engage with grooves 10 made in the lower part of the side walls 4 and provide connection of the base with the side walls. Symmetrical tabs 11, made on the smaller sides of the base 2 are designed to engage with the grooves 12 made in the lower part of the end wall 3 and provide connection of the base with the end wall. Symmetrical tabs 13, made on the smaller sides of the side walls 4 are designed to mesh with the grooves 14 made on the end wall 3 and provide a connection between the side walls and the end. Symmetrical tabs 15, made on the holder for the measuring tank 6 are designed to engage with the grooves 16, made on the side walls 4 and provide fastening of the holder. Symmetrical tabs 17 made on spacers 5 are designed to engage with grooves 18 made on the end wall 3, and tabs 19 - with grooves 20 on the base 2 and provide fixing spacers. On the holder of the measuring tank 6, recesses 21 are made for fixing the nose of the measuring tank, recesses 22 are for fixing the measuring tank, recesses 23 are for fixing the cap of the measuring tank. On the end wall 3 of the cell, holes 24 are made with a diameter of 6 mm to fix the cell on the wall of the room or any other stable vertical surface.

The assembly and fixing of the device is as follows:

Frame parts 1 base 2, end wall 3 and side walls 4 are cut from granular plastic by injection molding machine. The end wall 3 and the spacers 5 are made of plastic with a thickness of 8 mm. The base 2, the side walls 4 and the holder of the measuring cup 6 are made of plastic with a thickness of 3 mm. To save material, the annotation holder 7 is cut from the side walls 4.

The end wall 3 is attached with dowel nails to any vertical surface. The base 2 with the help of symmetrical tabs 9 is connected to the side walls 4. Fix the holder of the measuring container 6 with the tabs 15 into the grooves 16, for a classic canister - in the first and second grooves, for a pallet canister - in the second and third grooves. To store the canister 132 mm wide, spacers 5 are fixed on both sides of the base 2. To store the 140 mm wide canister, spacers 5 are fixed on one side of the base 2. Do not install spacers 5 for storing the 148 mm canister.

In the utility room of any organization, several cells can be placed on a vertical wall and canisters can be placed in them with a variety of detergents at a convenient height for use, which greatly facilitates the work of maintenance staff.

For convenience and safe use, the side walls of the cell are rounded in front. The implementation of individual components will simplify the transportation of the product and the complexity of its manufacture.

The use of the claimed storage device allows you to expand the technological, functional capabilities of the device for bottling, to carry out bottling and precise dosing of prone to foaming liquids without the need for sediment foam.

Claims (5)

1. A container for storing cans filled with liquid and used for dosed filling of liquids, including a skeleton forming canister cells made of blanks of plastic material having a base in the form of a horizontally oriented rectangle, an end wall and side walls rounded in front of it, while the base is made with elements of the locking connection, engaging with the corresponding grooves at the junction of the base with the end and side walls, and the side walls are made with locking elements that engage with the corresponding grooves at the junction of the side walls with the end, moreover, on the side walls there are grooves for the locking connection with the holder for the measured capacity. 2. A container for storing cans according to claim 1, characterized in that the frame is equipped with spacers made with elements of the locking connection that engage with the corresponding grooves in the fixing points on the base and end wall. 3. A container for storing cans according to claim 1, characterized in that the elements of the lock connection are made in the form of symmetrical tongues with an extension at the end. 4. A container for storing cans according to claim 1, characterized in that a pocket for the annotation holder is fixed on the end wall. 5. A container for storing cans according to claim 1, characterized in that openings are made on the end wall of the cell for securing the cell.

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