RU208364U1 - DISPLAY FOR DISPLAY OF GOODS - Google Patents

Abstract

The claimed utility model relates to furniture and equipment for stores and warehouses, namely to display boxes and display cabinets made of cardboard. A display for displaying goods intended for installation in a shipping box and made in the form of a rack with shelves of boxes stacked on top of each other and two sidewalls, each made in the form of a strip, combined and glued with the sidewall of each box, made with four sides of two parts, each U-shaped, combined and glued with each other by their bent parts forming the sides of the box, while the boxes are stacked on top of each other, aligned and glued to each other by the central parts of the U-shaped parts. 6 w.p. f-ly, 6 ill.

Description

Technology area

The declared utility model relates to furniture and equipment for shops and warehouses, namely, display cases and display cabinets made of cardboard.

Prior art

Known displays for laying out goods, made in the form of a rack with shelves of boxes, disclosed, for example, in the patent of the Russian Federation No. 22684334 from 08/04/2019 and US patent US5632390 from 27/05/1997.

The disadvantage of these displays is that they are not suitable for the transportation and storage of the laid out goods.

The closest analogue of the claimed technical solution is a display for displaying goods, installed in a shipping box and made in the form of a rack with shelves of boxes stacked on top of each other, disclosed in RF patent No. 2711680 dated January 21, 2020. A rack of crates is part of a shipping container with display function.

The rack, in accordance with this known technical solution, consists of separate elements: boxes and "amplifiers", pre-fabricated with predetermined dimensions and assembled into a rack, installing into each other. The need to assemble a rack from ready-made elements leads to the need to assemble boxes and amplifiers at one production site, and to assemble a rack with shelves from boxes at another production site. Therefore, the design drawback with this technical solution is that during the production of the rack space is needed to store the rack elements, as well as transport corridors to move the rack elements from the production area where the boxes and "amplifiers" are made to the rack assembly area.

The declared utility model is aimed at eliminating the indicated drawback.

Disclosure of a utility model

The technical result achieved when using the claimed technical solution consists in increasing the manufacturability of the structure due to the fact that the connected elements of the volumetric structure of the rack, including the boxes, as well as the upper shelf and the base, are folded, forming a flat structure that takes up minimal space during storage and transportation to the production site. final assembly area of the display for displaying goods.

The specified technical result is implemented in a display for displaying goods, intended for installation in a transport box and made in the form of a rack with shelves of boxes stacked on top of each other and two sidewalls, each made in the form of a strip, combined and connected, in particular, glued to the sidewall of each box, made with four sides of two parts, each U-shaped, aligned and connected (glued) to each other with their bent parts forming the sidewalls of the box, while the boxes are stacked on top of each other, aligned and connected (glued) to each other with another central parts of U-shaped parts.

Each box can be made with an additional wall made of a plate with folds on each side, aligned and connected to the walls of the box. This wall can be, for example, an inner partition dividing the drawer or its outer wall - part of the rear wall of the rack. The plate can be with folds on two opposite sides, aligned and connected to two opposite walls of the box.

In each U-shaped part, the longitudinal dimension of the folded parts may be less than the longitudinal dimension of the central part. This allows for a more compact, flat design of the drawers when folded.

In each box, each U-shaped piece can be located with one bent part outside the box, and the other bent part inside the box, and in the rack, boxes with opposite relative positions of the sidewalls can alternate with the possibility of folding each box into a three-layer plate. This alternation will allow the boxes to be folded in opposite directions and to reduce the dimensions of the stack of folded boxes.

The central and one of the bent parts on one side of each U-shaped piece can be made with folds, forming folds along the perimeter of one side of each box, located on the back of the rack, and on the other side, for each U-shaped piece with folds, connected at adjacent boxes, only the central parts can be made.

The display may additionally include an upper shelf made of a sheet of corrugated cardboard in the form of a box with a bottom and four edges around the bottom perimeter, connected to the central part of the U-shaped part of the upper box. In this case, a flat blank of the upper shelf can be connected to the stack of boxes, which is transformed into the actual shelf at the production site for the final assembly of the display for displaying goods.

The display may additionally include a base in the form of a box, reinforced with internal inserts, while the lower box of U-shaped parts is mounted on the base and connected to it. The base box can be connected to the stack of boxes in the folded state and straightened together with other elements in the rack at the production site for the final assembly of the display for displaying goods.

All elements (parts) of the declared display for displaying goods can be made of corrugated cardboard.

Brief Description of Drawings

FIG. 1 and 2 show the stages of manufacturing boxes from sheet blanks of U-shaped parts, folding, respectively, in opposite directions.

FIG. 3 shows the formation of a stack of boxes folded into a three-layer plate.

FIG. 4 shows the stage of unfolding the folded and fastened boxes into a rack.

FIG. 5 shows the insertion of the back wall into each rack box and the fixing of the shape of the boxes and rack.

FIG. 6 shows the formation of the sidewalls and the rack with the sidewalls.

Implementation of the utility model

FIG. 1 shows sheet blanks and subsequent folds and connection of the upper 1 and lower 2 parts of the U-shape, each consisting of central, respectively, 3 and 4 parts and adjacent to them on opposite sides of the peripheral, respectively, 5, 6 and 7, 8 parts , separated by a fold line, shown by a dotted line, from the center. Part 5 of the upper part 1 is connected by its outer (in part 1 of the U-shaped) surface with the inner (in part 2 of the U-shaped) surface of part 7 of the lower part 2, and part 6 of the upper part 1 is connected by its inner (in part 1 P) -shaped) surface with part 8 of the lower part 2. The connected parts 1 and 2 remain in the folded position, forming a three-layer plate 9.

The central 3 and peripheral 6 parts of part 1 are made with bendable strips 10 and 11, and the central 4 and peripheral 7 parts of part 2 are made with bendable strips 12 and 13, which, when forming the box, form folds along the perimeter of one side of each box, located on the back side of the rack ...

On the opposite side from the strips 10 and 12, the central parts 3 and 4, respectively, of parts 1 and 2, are made with strips, respectively, 14 and 15, used to connect the boxes.

FIG. 2 shows sheet blanks and subsequent folds and connection of the upper 16 and lower 17 U-shaped parts, each consisting of central, 18 and 19 parts, respectively, and peripheral parts adjacent to them from opposite sides, 20, 21 and 22, 23 parts, respectively. , separated by a fold line, shown by a dotted line, from the center. In contrast to the formation of the box shown in FIG. 1, part 20 of the upper part 16 is connected by its inner (in the U-shaped part 16) surface with the external (in the U-shaped part 2) surface of the part 22 of the lower part 17, and the part 21 of the upper part 16 is connected by its external (in the U-shaped part 16 U-shaped) surface with the inner (in the U-shaped part 17) surface of the part 23 of the lower part 17. The connected parts 1 and 2 also form a three-layer plate 24, but are folded in the opposite direction compared to the three-layer plate 9 in FIG. one.

The arrangement of the bendable strips in parts 16 and 17 is mirror-symmetrical in comparison with parts 1 and 2, the bendable strips of the central parts are the same.

FIG. 3 shows the connection in a stack of 4 three-layer plates, two of which are similar to a three-layer plate 9, two other similar three-layer plates 24. Three-layer plates are connected by gluing the aligned outer surfaces of the central parts of the U-shaped parts.

FIG. 4 shows the transformation of the stacked 4 three-layer plates into a rack 25, and each of their three-layer plates into a box. Previously, a sheet blank of the upper shelf 26 is glued to the central part of the upper U-shaped part of the upper box, and the base box 27, which was also previously folded, is glued to the central part of the lower U-shaped part of the lower box.

FIG. 5 shows further steps for forming the rack, namely, inserting into each drawer and gluing the rear walls 28 to the inner surfaces of the drawers. Inserts 29 are installed in the base box 27, fixing the shape of the box and making it resistant to loads. The bendable strips of all U-shaped parts of each box took the appropriate positions, fixing the shape of the boxes and connecting the rack elements with each other. The folds along the perimeter of the side of each box located on the rear side of the rack are connected to the outer surface of the rear walls 28.

FIG. 6 shows the side frames 30 and 31 of the uprights and their connection to the sides of the boxes. Each of the sidewalls is made in the form of a strip and consists of two strips that are connected to each other: an inner 32 and an outer 33. The inner strip 32 is made with a fold 34, which is connected to all elements of the rack from its rear side. The outer strip 33 is made with folds 35 and 36. The fold 35 is connected in the upper flange 26, and the fold 36 is connected to all elements of the rack from its front side.

It should be noted that the above example of the implementation of the utility model is not the only one. First, the top shelf and base (podium) are optional. Secondly, the folds of the U-shaped parts may be different or completely absent. Thirdly, a different design of the sidewalls of the racks is possible, from one, two or three sheets (strips) of corrugated cardboard.

An important circumstance is the ability to install the declared display for displaying goods, thanks to its shape, in a shipping box, and moreover, to use it for displaying goods without taking it out of the shipping box, but only by opening it.

Claims (7)

1. A display for displaying goods, intended for installation in a shipping box and made in the form of a rack with shelves of boxes stacked on top of each other, characterized in that it includes two sides of the rack, each made in the form of a strip and glued to the sides of each box, and each box is made with four sides of two parts, each U-shaped, glued to each other with their bent parts, forming the sidewalls of the box, while the boxes installed on top of each other are glued to each other by the central parts of the U-shaped parts. 2. Display according to claim 1, characterized in that each drawer is made with an additional wall made of a plate with folds on each side, aligned and connected to the walls of the drawer. 3. Display according to claim 1, characterized in that in each box, each U-shaped part is located with one sidewall from the outside of the box, and the other sidewall inside the box, while in the rack, boxes with opposite relative positions of the sidewalls alternate with the possibility of folding into a three-layer plate in opposite directions. 4. The display according to claim 1, characterized in that the central and one of the bent parts on one side of each U-shaped part are made with folds forming folds along the perimeter of the rear side of each box, and on the other side of each U-shaped part only the central parts are made with the folds connected at the adjacent boxes. 5. The display according to claim 4, characterized in that each side of the rack consists of two strips glued to each other, the strip facing the sides of the boxes is made with a bendable longitudinal strip connected to the back side of the boxes, and the other strip is made with folds, connected to the front of the drawers. 6. Display according to claim 1, characterized in that it additionally includes an upper shelf made of a sheet of corrugated cardboard in the form of a box with a bottom and four sides along the perimeter of the bottom, connected by its bottom with the upper box of U-shaped parts, while the sidewalls the posts are connected to two opposite sides. 7. Display according to claim 1, characterized in that it additionally includes a base in the form of a box, and the lower box of U-shaped parts is mounted on the base and connected to it, while the sidewalls of the rack are connected to two opposite sides of the box.

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