CZ27579U1 - Collapsible multistory package with inserted cells for transportation of goods - Google Patents

Description

Known packaging for the transport of goods with movable insert cells (so-called Sliding Waves) allows access to individual trays without dismantling or removing other storeys placed above / below the floor from which the goods are picked up or picked up. The insert cells are formed of a flexible plastic material or a nonwoven textile material. The insert cells are supported on spaced bars which are displaceably mounted in a horizontal guide on opposite sides of the package. A horizontal guide on opposite sides of the wrapper is supported on fixed vertical elements, the fixed vertical elements being attached or suspended on the inside of the wrapper. In this way, it is possible to create several trays of insert cells one above the other, the trays having regular or irregular fixed spacing between them. A disadvantage of known inserts with insert cells is that these insert cells cannot be stacked and thus save space when transporting unfilled packaging.

The essence of the technical solution

The disadvantages of the known containers for the transport of the insertable cell goods are largely eliminated by the collapsible multi-storey insertable container according to the invention. The collapsible wrapper consists of a collapsible outer wrapper inside which one or more trays of insert cells are stored, the insert cells being mounted on span bars, the span bars being arranged in horizontal guides. The essence of the technical solution consists in that the horizontal guides are formed on the suspension elements, these suspension elements being flexibly and flexibly interconnected with a flexible material. The hinge elements of the upper tray of the insert cells are flexibly attached to the upper edge of the outer shell, i. without fixed installation. For rapid and flexible formation when changing the spacing (spacing) between the individual trays of the insert cells, it is advantageous to hold the flexible material in the cedar profile. For flexibility in folding or unfolding the insert cells, it is advantageous to hook (hook) the hinge elements of the upper tray of the insert cells to the upper edge of the outer shell by means of hooks. In some types of packaging, it is advantageous to suspend the hinge elements of the upper layer of the insert cells on the inner side to the upper edge of the outer packaging, also by means of hooks.

The advantages of the technical solution can be summarized as follows:

the individual trays of the insert cells are flexibly interconnected with a flexible material attached to the hinge elements, which allows the insert cells to be folded to a smaller volume when the empty or partially filled package is transported or stored;

- the insert cells are inserted into the outer packaging without rigid mounting and, for example, hooks are hung on the upper edge of the packaging or, if necessary, on the inside of the outer packaging, allowing them to be easily unhooked and folded, eg onto the pallet bottom;

- distance (spacing) between individual levels of insert cells can be varied according to the type of goods transported;

- for the transport of empty packages, the insert cells from several packages may be placed in one outer package and the remaining empty packages shall be folded separately.

Clarification of drawings

The technical solution is explained in more detail in the attached drawings, which show:

Fig. 1 is a view of a collapsible container at the upper edge of which two trays of insert cells are attached by hooks,

Fig. 2 - shows two trays of insert cells removed from the package - Fig. 1, Fig. 3 - shows the collapsed package of Fig. 1, Fig. 4 - shows the collapsed package of Fig. 1 with a partial cutaway showing the collapsed insert cells inside the package, Fig. 5 - shows the suspension profiles and interconnection of the first and second floors of insert cells with flexible material, Fig. 6 - shows detail "A" of Fig. 6 - attachment of flexible material in the cedar profile, Fig. 7 - shows hanging the insert cells by the hook beyond the edge of the outer packaging, Fig. 8 - shows the insertion cells hanging by the hook on the inner side of the outer packaging.

Examples of implementation

Referring to Figures 1 to 5, the collapsible container 100 is shown in the unfolded state (Figure 1) and in the collapsed state (Figure 3, 4). This collapsible wrapper 100 consists of a collapsible outer wrapper 1 supported on a pallet 2 with raised sidewalls 3. Inside the outer wrapper 1 are two trays 4 of insertion cells 5 for receiving the goods to be transported (Fig. 2). The collapsible container 100 is closed by a lid 13. The insert cells 5 are formed of a flexible plastic material. In each tray 4, the insert cells 5 are mounted on the span bars 6. The insert cells 5 mounted on the span bars 6 are connected to each other, which means that the second and other span bars 6 between the outer span bars carry two insert cells 5, The movement of one insertion cell also causes the movement of the adjacent insertion cell and gradually the movement of the other insertion cells as soon as the neighboring cell is stretched. The span bars 6 are displaceably mounted in horizontal guides 7 which are formed on the suspension elements 8 (FIG. 6). The hinge elements 8 comprise a cedar profile 9 in which a flexible material 10, e.g. a fabric, is attached. By means of the flexible material 10 fixed in the cedar profile 9, two hinged elements 8 are connected to each other and thus two adjacent trays 4 to the insert cells 5 (FIGS. 2, 5, 6). The spacing of the spacing between two superimposed trays 4 is flexibly adjusted by means of the cedar profile 9. The insertion cells 5 are hinged to the upper edge 12 of the outer casing 1 by means of hooks 11. for removing the insert cells from the outer packaging 1 (Fig. 7). According to another exemplary embodiment (Fig. 8), the insert cells 5 are attached by means of a hook 11 to a holder 19 which is fixed to the inner upper side of the outer packaging 1. In this example, the hook 11 is fastened to the cedar profile 9 and an insertion cell holder 18.

Insertion cells 5 of the outer container 1 filled with goods are shown in Fig. 1. When the folding container 100 needs to be transported without goods, the insert cells 5 are unhooked from the outer container 1 and the individual trays 4 of insert cells 5 are folded to the bottom of the pallet the side panels 14 of the outer packaging 1 are folded and the entire packaging is covered with a lid 13 (Figs. 3 and 4). This will reduce the volume for transporting or storing the empty packaging. It is possible to stack several levels of insert cells from other packaging into one outer packaging and reduce transport costs or save storage space.

PROTECTION REQUIREMENTS

Claims (4)

A collapsible multi-storey package with insert cells (5) for transporting goods comprising a collapsible outer package (1) inside which at least two trays (4) of the insert cells (5) mounted on span bars (6) are stored, the span bars (6) are arranged in horizontal guides (7), characterized in that the horizontal guides (7) are formed on the suspension elements (8), these suspension elements (8) being flexibly and flexibly interconnected with a flexible material (10), the suspension elements (8) the upper tray of the insert cells (5) are flexibly attached to the outer shell (1). A collapsible multi-storey package according to claim 1, characterized in that the flexible material (10) is held in the cedar profile (9). -2GB 27579 Ui A collapsible multi-storey packaging system according to claims 1 and 2, characterized in that the hinge elements (8) of the upper deck of the insert cells (5) are hung on the upper edge (12) of the outer package (1) by means of hooks (11). A collapsible multi-storey packaging system according to claim 1, characterized in that the 5 hinge elements (8) of the upper deck of the insert cells (5) are suspended on the inner upper side (15) of the outer package (1) by hooks (11).