ES1068439U - Separators in box (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Separators in a box characterized in that each element forming the structure is constituted by a sheet (1) of cardboard or similar material of rectangular shape, with a series of transverse grooves (2) punched out on one of its sides and reaching the central part or longitudinal central line, said grooves (2) forming on the outside a kind of vee or trapezium (3) with the edges slightly curved inwards and with the apex of the vee forming a semicircle, then a cut (4) ) and finally a small empty surface (5) whose side opposite the cut forms a semicircle. (Machine-translation by Google Translate, not legally binding)

Description

Separators in box.

Object of the invention

Box dividers that optimize assembly and storage.

Background of the invention

Separating devices are known for box interiors, which serve to isolate different products stored in a box. These separators form cells independent which allows inside the box the products do not mix, mess or hit each other. They form fitting several sheets of a given material, usually cardboard, with each other in order to form a structure of walls and gaps Embedding is possible by performing a series of grooves on one side of the sheets, and the union of said sheets inserting some into the slots of the other.

So far, the type of straight slot known and that allowed the fit, it was not a perfect solution, because if the slot was simple type the lace was not stable, making the sheets were released from each other, and if the slot allowed a good fit so they don't let go of each other, the shape of the groove it was too complex, making it difficult to assemble or insert the sheets together and thereby increasing the cost of production and mounting.

Description of the invention

The proposed invention simplifies the set of integral parts in this type of protection so that assembly assembly is much simpler and faster in your execution, reducing costs and therefore lowering the price of final product, also giving a strong and stable structure.

It consists of at least two coupled sheets each other crosswise, forming an open structure in its upper and lower part. When this structure is introduced in the box, form compartments isolated from each other with the object of using each compartment to deposit the product inside.

Each element that forms the structure is constituted by a sheet of cardboard or similar material of form rectangular, with a series of transverse grooves in one of its sides that reach the central part or center line longitudinal, which will be made by die.

The assembly is done facing two sheets on the sides where the grooves have been made, and of such so that both sheets form planes perpendicular to each other. TO then both sheets are inserted through their grooves remaining perfectly fitted. Said slots are arranged in such a way. so that they first form a kind of uve or trapeze with the sloping sides, or edges, slightly curved inward and whose  minor side or vertex of the uve forms a semicircle, then it takes a cut and finally a small empty surface in rectangular shape, whose side opposite the cut forms a semicircumference. The uve area facilitates the fitting of a sheet with another, the empty surface allows the accommodation of the piece to fit, and the cut between the two prevents the embedded sheets can be released The sheets form the separating elements, and the gaps between sheets are the areas used to deposit the product. The separator assembly is coupled inside the storage box

As many slots will be made on each sheet as are necessary to make structures that may contain the number of products needed, depending on product size and of the boxes to use.

The assembled assembly can present a position folded for storage and an unfolded position to mount on the inside a box.

The system presented here provides great advantages in terms of ease of assembly and consistency. He insertion process between sheets is quick and easy, and once coupled the sheets together, the fact that they do not disassemble with ease favors the manipulation of the whole by the Username.

Brief description of the drawings

The characteristics and advantages of the invention can be seen more clearly from the detailed description which follows in a preferred embodiment, given only to illustrative and non-limiting example title, with reference to Accompanying figures.

Figure 1 shows both the conformation of one of the elements as well as their assembly.

Description of a preferred embodiment

As indicated above, the detailed description of the invention will be carried out as far as which continues with the help of the attached drawings, through the which the same numerical references are used to designate the same or similar parts.

Figure 1A shows what a sheet (1) with their respective slots (2). As can be seen, the sheet (1) is a rectangle that can be made of cardboard or similar material, in the which are made a series of slots (2) for later mounting. These grooves form a kind of uve or trapezoid (3) with slightly curved edges toward inside and with the apex of the uve forming a semicircle, then it forms a cut (4) and finally a small surface empty (5), whose side opposite the cut forms a semicircumference.

Figure 1B shows how two sheets are mounted (one). The assembly is done facing two sheets (1) by the sides on which the grooves (2) have been made, and in such a way that both sheets form planes perpendicular to each other. TO then both sheets (1) are inserted through their slots (2) being perfectly fitted. The area in uve or trapeze (3) facilitates the fitting of one sheet (1) with another, the empty surface (5) allows the accommodation of the sheets (1), and the cut between both (4) acts as a closing latch and prevents the sheets (1) embedded can be released.

Figure 1C shows a complete structure assembled and ready to fit inside a box.

It should be understood that the invention has been described according to a preferred embodiment thereof, whereby may be subject to change without implying any alteration of the basis of said invention, and may affect such modifications to the shape, size or materials of manufacturing.

Claims (1)

1. Box dividers characterized in that each element that forms the structure is constituted by a sheet (1) of cardboard or similar material of rectangular shape, with a series of transverse grooves (2) punched on one of its sides and that reach the central part or longitudinal central line, said grooves (2) forming in its outer part a kind of grape or trapezoid (3) with the edges slightly curved inward and with the vertex of the grape forming a semicircle, then a cut (4 ) and finally a small empty surface (5) whose side opposite the cut forms a semicircle.