RU42811U1 - PRODUCT PACKAGING - Google Patents

Abstract

A container for transporting the product, consisting of a cardboard box with a lid, cardboard gaskets placed in it and a multi-faceted insert, characterized in that the insert is made supporting and with faces, one adjacent in height to the side and end walls of the box, and the other corner with an emphasis in adjacent walls of the box, the gasket is installed on the faces of the liner with an emphasis on the walls of the box and without a gap with the lid.

Description

The utility model relates to the transportation of piece goods, and can be used, in particular, when packing small agricultural machinery, for example, a cultivator when transporting them by various vehicles

Known containers for packaging such products in the form of wooden boxes containing a pallet, attached walls and a lid (Patent RU 2059553, B 65 D 85/68, 1996). A disadvantage of the known design is the high complexity of the packaging process, in addition, wood is used, which entails high transportation costs.

Ways to reduce transportation costs during transportation of small-sized machinery have led to the use of corrugated cardboard containers according to GOST 9142-90 "Corrugated cardboard boxes", general specifications, and GOST 22637-77 "Corrugated cardboard boxes for electronic equipment", technical conditions.

Known containers of corrugated cardboard for transporting products, consisting of a cardboard box, placed in it auxiliary packaging in the form of gaskets, inserts (Patent RU 2063914 B 65 D 5/50 07.20.96.).

This technical solution is taken as a prototype.

These designs are highly labor intensive due to the presence of a large number of auxiliary packaging means, as well as insufficient rigidity in the vertical plane, which does not allow the use of multi-tier loading during transportation of products.

The objective of the proposed technical solution is to ensure sufficient rigidity of the containers in the vertical plane while reducing the complexity of the packaging by reducing auxiliary packaging means.

The task of the technical solution is achieved by the fact that in the container for transporting the product, consisting of a cardboard box with a lid, cardboard gaskets and a multifaceted insert placed in it, the insert is made supporting and with faces one, adjacent in height to the side and end walls of the box, and others angled with an emphasis on adjacent walls of the box, the gasket is installed on the faces of the liner with emphasis on the walls of the box and without a gap with the lid.

Figure 1 shows a diagram of a General view of the container with a complete assembly kit of the product, front view; figure 2 is the same, a top view; figure 3 is the same side view; figure 4 is a view a of figure 3; figure 5 - shows a diagram of a General view of the container, in isometry; figure 6 - shows the gasket, in isometric; Fig.7 is a multifaceted liner, in isometry.

The transportation container contains a box 1 with side walls 2, 3 and end walls 4, 5 (Fig. 2), having flaps 6, 7 on top (Fig. 5), forming a double lid 8 and similar flaps below (not shown), forming a double pallet 9. The auxiliary components of the container include a vertical multifaceted insert (Fig. 7), located on the pallet along the inner perimeter of the box with its faces 10, 11 adjacent to the walls of the box, forming double side and end walls for the box, which increases their strength. At the same time, the liner has angular faces 12 with emphasis on adjacent walls of the box, which forms a triangular power profile of the chamber 13 with them, the internal volume of which is used for components 14 of the assembly kit 15 of the product. The triangular force profile of the chambers limits the adjacent box walls from collapse in relation to the pallet, thereby increasing the stiffness of the container in the vertical plane. The gasket 16 (Fig.6) is made along the profile of the box and placed on the faces of the liner without a gap with a lid with an emphasis on the walls of the box, which additionally increases the rigidity of the vertical walls of the box from camber and lid, making it triple. The gasket has two side walls 17 for its fixed position on the liner.

To facilitate the assembly of containers, the multifaceted insert is made up of two identical halves. On the end walls of the container, cutouts 18 (Fig. 5) are provided for transferring the box during transportation.

A five-layer corrugated cardboard is used as the container material.

The containers are made by repeatedly bending the packaging material and forming walls 2, 3, 4, 5

the box together with the pallet 9 and the lid 8. The dimensions of the box are made according to the external overall dimensions of the assembly kit 15. In the box with installation on the pallet 9, an inner liner is formed using halves and the assembly kit of the transported product is immediately installed. Accessories 14 are placed in the chambers 14. A gasket 16 is placed on top of the liner, laying its side walls 17 between adjacent walls 2, 3 of the box and the liner 11, 12. The container is closed with leaves 6, forming a lid, and the box is tied with two metal bands 19 outside ( 5), the ends of which are held together.

This technical solution allowed to reduce the complexity of the packaging process by reducing auxiliary packaging means, allowed the use of two-tiered packaging of the product during transportation by increasing the rigidity of the container in a vertical plane, which reduced transport costs.

Claims (1)

A container for transporting the product, consisting of a cardboard box with a lid, cardboard gaskets placed in it and a multi-faceted insert, characterized in that the insert is made supporting and with faces, one adjacent in height to the side and end walls of the box, and the other corner with an emphasis in adjacent walls of the box, the gasket is installed on the faces of the liner with an emphasis on the walls of the box and without a gap with the lid.