UA141906U - INNER PROTECTIVE COVER OF THE CONTAINER - Google Patents

Abstract

The inner protective shell of the container is made in the form of a three-dimensional body - a rectangular parallelepiped made of polymer film, and contains loading and unloading holes and fixing elements to the inner surface of the container. The loading and unloading openings are connected and placed on the loading and unloading opening of the container. The fixing elements are located on the vertical faces of the three-dimensional body.

Description

The utility model belongs to the field of means of storage and transportation of packages with goods in containers, for example, YuOgu Map, Nidn Sire, or similar types of containers used for storage and transportation of packaged goods.

From the existing level of technology, the closest analogue to the proposed useful model is the inner protective shell of the container, which is freely located in the inner volume of the container, which has the form of a three-dimensional body - a rectangular parallelepiped, and which is made of polymer film, and the protective shell in in working condition (when it is filled with a liquid or bulk product) takes the form of a container, and their horizontal faces contain inlet and outlet openings through which the product is loaded/unloaded from the inner protective shell using nozzles made of sleeve material and fixed on the corresponding surfaces along their perimeter, and at the place of connection of the sleeves, the inner protective shell and the container are fixed to each other (patent of Ukraine for a utility model Mo 82426, IPC: B650 30/00, publ. 20131.

The proposed useful model and the closest analogue have common essential features: it is made in the form of a three-dimensional body in the form of a rectangular parallelepiped made of polymer film, and contains loading and unloading holes and fixing elements to the external container.

However, the known design has certain shortcomings and does not provide the technical result of the proposed useful model, this is due to its design: the loading and unloading openings are made in the form of sleeves, which ensures the possibility of placing only loose and liquid products inside the inner protective shell of the container, and makes it impossible to use it for packaging with the product, which, as a rule, have the shape of a rectangular parallelepiped (packages) or close to it (bags).

The task of the proposed useful model is to improve the well-known inner protective shell of the container by changing its design, which will ensure the placement of packages with the packaged product in the package, the shape of which corresponds to or is close to the shape of a rectangular parallelepiped and other packaged products in terms of external shape, to ensure protection from dust, which can be formed as a result of damage from packages with the product in the internal volume of the container while simultaneously protecting the packages from entering

From moisture from the external environment.

The task is solved by the fact that the inner protective shell of the container, which is made in the form of a three-dimensional body in the form of a rectangular parallelepiped made of polymer film, and contains loading and unloading holes and fixing elements to the inner container, according to a useful model, the loading and unloading holes are combined and placed on the side of the loading and unloading opening of the container, and the fixing elements are located on the vertical faces of the bulk body.

The useful model in the scope of the specified set of essential features provides a technical result, which consists in ensuring the placement of packages with prepackaged goods that have a shape close to a rectangular parallelepiped and other packaged goods in external shape to provide protection from dust that may be formed due to damage from packages with the goods of the internal volume of the container and protection of packages from the ingress of moisture from the external environment.

A useful model is explained by the drawings, which show:

Fig. 1 - general view of the inner protective shell of the container;

Fig. 2 - a view of the container with the inner protective film from the side of the door of the outer container.

The inner protective shell of the container is made in the form of a three-dimensional body 1, the shape of which corresponds to the inner shape of the container for which it is intended, for example, containers of the Ogu Map, Nidn Sibe type, or similar types of containers used for storage and transportation of packaged goods, and has the shape of a rectangular parallelepiped. Faces 2 of the volumetric body 1 are made of a polymer film and are connected to each other along the edges by means of a weld or in another way, which is usually used for the specified purposes.

The vertical faces 2 of the volumetric body 1 contain, uniformly located along its perimeter, fixing elements C to the inner surface of the container 4 for which it is intended, and can be made in the form of any means that are usually used for such purposes, for example, with ribbons, which are tied to the loops on the inner surface of the container, hooks, eyelets or other similar connecting elements. The only exception is face 2, which is located opposite the door 5 of the outer container 4, so since face 2 is absent in the volumetric body 1, access to its internal volume is provided for carrying out 60 loading and unloading operations.

The proposed inner protective shell for the container is used in the following way.

In the inner volume of the outer container, the three-dimensional body 1 is placed along its length, and its faces 2 are sequentially attached to the vertical walls of the container 4 using fastening elements C, for example eyelets. At the end of this operation, the volumetric body 1 covers the entire internal volume of the container 4, after which the packaged products are loaded. When loading/unloading and transporting packaged products, in the event of a violation of their shells, the products are poured into the volumetric body 1, and not on the surface of the container 4, where they remain. After unloading work, the inner cavity of the volumetric body 1 is cleaned or, if it is not contaminated, it continues to be used.

Claims (1)

USEFUL MODEL FORMULA The inner protective shell of the container, which is made in the form of a three-dimensional body - a rectangular parallelepiped made of polymer film, and contains loading and unloading holes and elements of fixation to the inner surface of the container, which is characterized by the fact that the loading and unloading holes are connected and placed with side of the loading and unloading opening of the container, and the fixing elements are located on the vertical faces of the volumetric body. ; o Von Z a we ma Z Z E K pe a K : ; I sho Shchi Her ko " Ko yah zh yi penya dun 4 sodayu KK eat Me E doho zhe m ke Ouse se ne Z, y ШЯ ak g U zha ki My i i Y h ka vek J. von Z A z svi ja zi i Y zh nni oh acne x ME nation NK vy Fig. 1 x 4! non now g pre, E I" kuchne | | zhi y Fig. 2