FR2939624A1 - Mono display case manufacturing method for storing bulk products, involves assembling crosspieces to make block for supporting large load by shapes and materials, inserting crosspieces in box, and adjusting crosspieces by sliding lower part - Google Patents

Abstract

The method involves assembling crosspieces (1-3) to make a block for supporting a large load by shapes and materials. The crosspieces are inserted in a box and adjusted by sliding a lower part, where the display case is transported by an exterior mechanical unit such as pallet truck.

Description

Principle and device for manufacturing a mono material display and transportable by an external mechanical wheel system. The invention relates to the production of a single-component display that can receive any type of bulk or tidy product for sale in all commercial places.

Classically existing displays are composed of several different materials, the most traditional in the field of large distribution is the wooden pallet on which rests a surrounding cardboard or other party receiving the products to present, the sets are secured by stapling or other conventional fastening system (screws, nails, etc.) Usually the display stands provide the user with the self-service take of the products and this so as to leave the possibility of taking or returning the products without disturbing the storage initial product organization fits for all cases depending on the type of products and marketing choice.

Conventionally the displays are manufactured to be moved by means of a mechanical conveyor wheel commonly called pallet truck, to do this the displays have in their base a clearance to slide the pallet under the display and so after lifting can move all.

Conventionally the lower part of the display is wood, metal or plastic to maintain and support the load. The existing displays because of their rigidity are cumbersome and requires a lot of intervention for assembly and recycling, which requires a lot of logistics on all places of storage and use indeed before each loading and unloading the displays must be disassembled to separate the various components and recover the functional part, which is mostly the lower part called pallet the rest being destroyed.

There are also displays that do not use a pallet at the bottom and are made in single product, the cardboard is the most used component in this case. And in order to achieve the passage of the pallet truck feet are glued under the display This compensates for the lack of pallet wood, metal or plastic. This principle requires in many cases the obligation to strengthen the feet, either by foam or a wood or metal reinforcement to prevent crushing under the load, which limit the capacity of use. The object of the invention is to propose the production of a display in mono component (cardboard) or any other material such as for example plastic. The invention consists of pieces cut and assembled by subassemblies which are made separately and joined at the time of end use without gluing or other type of attachment ex: (screws etc.) For this purpose the invention is composed of several subassemblies. The number of subassemblies is adapted to the end use and corresponds to the needs of each user.

FIG. 2 schematically represents the first subassembly of the braces 1,2,3. The exploded view (FIG. 1) shows the braces in the separated position, the brace 1 showing two passages in rectangular section corresponding to the passage of the pallet truck, the braces 2 slide vertically in the slots of the cross 1 on either side of the rectangular passages in order to maintain a regular spacing and to make static let 2 mark relative to each other. The braces 3 are then slid vertically into the remaining slots of the spider 1. The assembly thus obtained is shown (FIG. 2) and represents the assembly of the three braces into a compact block capable of vertically receiving a heavy load, the latter being adapted to each case presented, this assembly is a typical representation and the invention allows different shapes to each cross and also a number of braces different according to the embodiment. 3 schematically represents the second subset called box, this representation shows flat cut form of the display stand, this set is intended to be folded to form the outer portion of the display by folding and gluing the different parts.

The faces F1, F2, F3, F4 are then closed by gluing or any other fixing means (eg staple) the parts R1, R2, R3, R4, R5, R6, R7, R8, R8, R10 will be used for final assembly. Figure 4 is a schematic representation of the assembly of the set of braces 1,2,3 in the set called BOX. This is closed by the connection of the faces 3 and 4. The set of braces is slid into the box closed to the lower part Ni, the assembly thus produced geometrically blocks the box following the section of the braces. , 6, and 8 represents the folding of the returns R1 and R2. The figures show the kinematics of folding. R2 which is folded in a first movement perpendicular to R1, then R1 is also folded towards the inside of the box so that R2 slips partially through the slots in R2 on the braces 2. R1 and R2 thus folded marry the shape of the braces to form the outer foot of the display unit and make the box and the braces 1, 2, 3 integral. This assembly allows as soon as the loading of the products in the box to block R1 on the ground in a definitive and hyperstatic way. Figures 9,10 and 11 show the folding returns R3, R4, R5, R6. The returns R3 and R5 are folded perpendicular to R4 and R6 R4 then R6 are folded towards the inside of the box so as to block the returns on the braces. R3 and R5 returns are assembled in the same cell located in the cross 3. The assembly thus made is the connection of the feet executed by Figures 5, 6, 7 and 8 and the passage of the pallet of the spider 1.

Figures 12, 13, 14 show the folding returns R7, R8, R9, R10. Returns R7 and R9 are bent perpendicular to R8 and R10. FIG. 13 shows the folding of R8 and R10 towards the inside of the box by blocking the returns R9 and R7 by sliding in the slot located in the crosspiece 1. FIG. 14 represents the set of returns in locked position while leaving the passage visible. of the pallet truck. FIG. 15 represents the 3-dimensional assembly of the display unit with the sub-braces 1,2,3 and the box

Claims (4)

REVENDICATIONS1. A method of manufacturing a single-component display (cardboard or other material) according to which is cut parts 1,2,3 figure let assembled according to Figure 2, characterized in that said parts are assembled in ways to make a block shown in Figure 2 and allowing the cutouts a passage which is used for transport, this assembly is self blocked and can support a large load and adaptable by the choice of shapes and materials, this assembly thus made is inserted into a box shown figure 4 2. Method according to claim 1, characterized in that said assembly figure 4 represents the sliding adjustment of the assembly of parts 1,2,3 in the BOX to the lower part N1. 3. Method according to claim 1 or 2 characterized by the folding returns Rlà R10 figures 5,6,7,8,9,10,11,12,13,14 which by fitting and nesting matches the shape of the parts 1,2 3. 4. Method according to claims 3 there, characterized by the passages for transport by a mechanical external means of the pallet truck type.