ES2204238B1 - VERSATILE SYSTEM OF COMPARTIMENTATION OF RECEPTACLES. - Google Patents

Abstract

The object of this patent of invention is a versatile system of compartmentalisation of receptacles that allows classifying and sorting the contents of a drawer or the like. It is made up of laminar structures (1) and of different dimensions that can be embedded or assembled together, which can be flat (1) or in a dihedral angle (4) and present on its surface and distributed on a regular basis, a series of breakwaters (2) and holes (3), so that when pressure pins (2) of one piece fit with holes (3) of another piece, both pieces are assembled. The breakers (2) of the laminar pieces (1) or (4) can be easily removed by means of a thread system or any other, leaving a hole (3) capable of receiving breakwaters (2) from another piece being left in place It allows the coincidence of more than two pieces occupying the same area.

Description

Versatile partitioning system of receptacles

The object of this invention patent is a versatile system of compartmentalisation of receptacles that, from of laminar pieces that are assembled together, allows to divide into compartments the space of a drawer or any receptacle, adapting it to the different objects to be stored, presenting this system some technical and configuration features that significantly improve what exists in the market in this sector.

State of the art

In a conventional drawer, usually objects can be mixed creating a disorder that makes it difficult to location of a particular element with the consequent loss of time and the possibility of loss.

Most of the drawers, shelves and places of similar use that are part, for example, of cupboards or cabinets, do not incorporate any element whose function is that of divide or compartmentalize the internal space of each drawer. The solution is usually left to the user himself, who resorts to boxes and the like that allow collecting in the same container a series of items, so that these boxes are integrated into the inside the drawer and perform the function of classifying your content. But the truth is that these boxes fulfill a function secondary and present as main drawback that its volume it occupies a considerable space inside the drawer, so that it reduces the useful space of the aforementioned drawer.

This same compartmentalization problem of interior space of a drawer is repeated in boxes and containers of larger size, in which the distribution of its content is usually be anachronistic and messy in proportion to your capacity.

The scarce compartmentalization systems Existing suffer from a major drawback that lies in that do not conform to the measurements of the compartments created according to the needs.

The system presented tries to obviate these problems allowing the formation of walls that organize Will the space of the drawer or receptacle.

Explanation of the invention.

The drawer partitioning system or Receptacles claimed are made up of pieces laminar and rigid, flat structure, whose surface is occupied by breakwaters and holes distributed so squared and alternated, so that two of these pieces can join in various ways by pressing breakwaters of a in holes of the other and vice versa. The result is a body modular that adapts to the needs of the interior space of the drawer.

The system will allow you to use the parts interchangeably on the front and back, so that if face both sides of breakwaters in the same direction, only one of them will receive breakwaters; this way they can match partially in the same space more than two pieces to be empty holes between both pieces. The dimensions, shape and way of distribution of the breakwaters and holes can be very diverse as long as the ability to assemble described persists; by For example, a system could consist of two types of parts, one type of pieces would only have breakwaters and the other only holes

The claimed system incorporates a second element that is configured as a piece equally flat and equipped with its surface of breakwaters and holes but forming an angle dihedral with another surface, integral to the first, which presents a line of holes and breakwaters with the same arrangement. If the system stability requires it, this second surface can have a bigger dimension

Assembling and combining the pieces can be form partitions that compartmentalize the drawer or receptacle and with the second mode of pieces can be created dihedral angles of 90 degrees. The more different sizes of pieces are available, the easier the formation of the junction will be.

When creating a partition, the breakwater coincidence could force to leave free spaces that would not imply a detriment of the containment function if the objects to be stored are larger than uncovered spaces. However for avoid this inconvenience, the breakwaters of the laminar pieces can be easily removed by thread system or any other.

Since the receptacle distances do not can be covered with total accuracy, the distance will be, in all case and if the pieces are properly combined, less than the distance between a breakwater and the adjacent hole. This little lack of adjustment causes minimal mobility that does not affect the stability of the created composition.

Obviously, depending on the type of receptacle, the laminar parts that make up this system they may have a larger or smaller size and be of a more or more material less resistant, but the compartmentalization system will keep.

In order to facilitate the understanding of the innovation that is claimed here, a sheet with some drawings, which should be analyzed and considered only by way of example and without any limitation or restrictive.

Description of the drawings

Figure 1- View of two basic laminar pieces assembled together

Figure 2- View of the angled sheet dihedral

Figure 3- View of dihedral angle pieces Assembled

According to the drawings, in Figures 1, 2 and 3 describes the configuration of the laminar pieces, one of the which (1) is flat and incorporates a number on its surface indeterminate of breakwaters (2) and holes (3) while the second piece (4), also flat and laminated, extends to form a dihedral angle, incorporating this second piece (4) a indeterminate number of breakwaters (2) and holes (3) distributed graphically and alternately as in the other piece (1) basic.

The receptacle compartmentalization system which is claimed is of very simple use and is based on assembly of the parts described (1) and (4) above. Two pieces can be embedded in various positions by doing matching breakwaters (2) of one with holes (3) of the other and exerting pressure The combination of the basic piece (1) with the pieces (4) that form a dihedral angle can form partitions perpendicular to each other. In other words, adding successively laminar pieces you can complete the partition and subsequently another septum perpendicular to the created, using the dihedral angle pieces.

The shape and dimensions of the pieces and the breakwaters, as well as the system of encastrarlas can be modified according to the dimensions of the receptacle to be compartmentalized or the strength with which it is desired to endow the partition walls without detriment of the versatility of the system or the rights of the patent.

It is not considered necessary to extend this description so that any subject matter expert understands the scope of the invention and the advantages derived therefrom. The materials, shape, size and arrangement of the elements will be susceptible of variation as long as this does not imply alteration in the essentiality of the invention. The terms in which it has been written this report should always be taken in the sense Broad and not limiting.

Claims (4)

1. Versatile receptacle compartmentalisation system, essentially characterized by being configured by laminar structures (1) and (4) of different dimensions that can be embedded or assembled together by means of a tongue and groove system formed by breakwaters or protuberances (2) and holes (3) located on the surface of the aforementioned laminar structures (1) and (4). 2. Versatile receptacle compartmentalisation system, according to the 1st claim, characterized essentially in that the laminar structures can be flat (1) or in the shape of a dihedral angle (4) and have a series of breakwaters on their surface and distributed on a regular basis. (2) and holes (3), so that when the pins (2) of one piece are pressed into the holes (3) of another piece, both pieces are assembled and joined together. 3. Versatile receptacle compartmentalisation system, according to the 1st and 2nd claims, essentially characterized in that the pieces (1) and (4) are assembled facing each other the face that has breakwaters (2) of a piece with the flat face and without protuberances or without breakwaters of the other piece or facing both sides with breakwaters (2). 4. Versatile receptacle compartmentalisation system, according to the 1st, 2nd and 3rd claims, essentially characterized in that the pins (2) or protrusions of the laminar pieces (1) and (4) can be easily removed by thread system or the like, in such a way that a hole (3) capable of receiving breakwaters (2) of another piece remains in place, which allows the coincidence of more than two pieces occupying the same area.