ES1066721U - Lower container-stacking container refined light. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Stackable container of those obtained from a die-cut sheet, preferably cardboard, essentially characterized by having recesses in the form of triangles (13) and die-cut (12) and (15), which strategically distributed both by the gualderas (4) ), by the end walls (5) and the lugs of the front part (6), favors homogeneous ventilation of the product contained in the container. Compared with those that are usually used in the market (rectangular, trapezoidal, circular) do not negatively influence the transmission of vertical loads, but on the contrary, favor the distribution of these loads to be distributed in the contour of the container. (Machine-translation by Google Translate, not legally binding)

Description

Bottom stacking container - container light perfected.

Object of the model

This invention is intended through an iron preferably corrugated cardboard, provide a container for horticultural and other products, able to withstand perfectly the maturation, conservation, storage and transportation of the product, using the minimum possible amount of raw material for realization.

Background of the invention

It is perfectly known in the state of the technique, different containers called trays, plates, etc., which They are widely used today in different companies and shops for their advantages, since they have a combination correct and proportionate for handling and stacking with similar or similar packaging, all with an industrial process at a low manufacturing cost due to the characteristic of the material employee, as well as simplicity in assembly. At the same time they have the advantages of their reduced weight and that of being one hundred percent recyclable.

These packages have been subject to continuous improvements, which provide differentiation from others that were already being manufactured, but these improvements that we propose provide a breakthrough in the improvement of Advantages of the previous packages.

In most of these packages, stacking or anchoring one over the other, it is usual to be through of eyelashes or upper ridges that emerge from the heads or from the gates, which fit into the base of the willing superiorly.

Among the known packages and as an example of any of them serve as reference of the mentioned previously, the different utility models that indicate continued: U-9700064 of Iberoamericana del Embalaje, SA., U-2002428 by Rafael Hinojosa SA., U-2000971 de Cartonajes Internacional SA., U-8900440, U-8900990, U-900441 by Daniel Aguilo Panisello SA.

This invention is characterized in that the anchor is lower , as we will explain in more detail.

Description of the invention

Increasingly, in most products, fundamentally in fruit and vegetables, it is considered very important that the entire upper surface of the container is totally free, without roofs that reduce the measure of it on the top, without double wall that limits the measurement inside and without irregularities protruding from the outside of the package as tabs, tabs, ridges, projections, etc. that limit both the action of filling the product with machines automatic, such as palletizing on automatic palletizers, since both the one hinder the automatic process of packaging and palletizing.

In some fruit and vegetable products that are very sensitive, such as cherries, plums and the like, are produced certain tear in your skin when packaged in some containers existing, since the edges that exist in them can damage the fruit when packed in bulk. In transport you are edges and irregularities that invade the internal dimension of the box, act as shears, causing cuts on the outside of these products. In other cases this cut occurs in the Product extraction from the container.

One of the characteristics of the proposed package is that it provides both manual and automatic filling without difficulty, improving existing ones. Reducing and improving tolerances of automatic packers.

More and more the use of containers and packaging decreeing laws that stipulate the reduction of use of raw materials as well as recycling once used, well, this invention optimizes the amount to the maximum of raw material to be used reducing considerably the total development with respect to packaging usually used since it does not have upper roofs, double walls in the heads, etc.

Another important problem for companies is the storage and transport of their products. This invention achieves a better stabilization of the container in its stacking, achieving absolute immobilization to lateral displacements, due to its lower anchor , allowing the upper part to be completely open and diaphanous, facilitating both ventilation and the introduction and extraction of products manually or automatically. On the other hand, when the container has a pyramidal trunk shape, when stacked, they are inclined inwards, both by the front and by the gates, creating gaps between the container and the container that produce free spaces where cold air penetrates of the cooling chambers as well as of the refrigerated trucks, allowing to keep the product in perfect conditions until the points of
sales

The objects of this invention have been designed to meet the expectations set forth above and effectively improve existing systems at this time in the known containers

Description of the drawings

The container for the transport of products that the proposed invention is composed of a basic rectangular body whose minor sides extend in flaps or heads, while that its major sides extend to define its walls lateral or gualderas, having its entire upper face open, without tab, tongue, protrusion or upper ridges that do not protrude of the gualdera, of the testero and the upper corners of the container. In this invention the formation of the anchor on the Bottom of the container.

A more complete idea of the object that constitutes the model is provided by the following description, when commenting simultaneously the sheets of illustrative drawings that accompany, in which, somewhat schematically and exclusively as an unrestricted example, they are represented the sets and details preferred by the idea of the model, referred to a possible case study.

In the drawings:

In Figure 1: plan view of the development of the package object of this invention and with a possible case study of realization.

In Figure 2: shows a perspective view of the container once assembled.

In Figure 3: corresponds to a view of several containers mounted and stacked on top of each other, seen from the outer part of the gualdera.

In Figure 4: corresponds to a view of several containers mounted and stacked on top of each other as seen from the outer part of the heads.

In Figure 5: corresponds to a corner of the container seen from the bottom, where you can see the anchor lower.

Commenting on these drawings now, the clarification that by means of the number (1) is designated in general, the die-cut plate, advantageously corrugated cardboard, with which form the container, whose plate is defined, by cutting and creasing lines for folding, which delimit the bottom (3), the flaps that form the greater or equal sides (4) and the lower side or front (5).

The testeros (5) have lapels or extensions (6) which are turned by joining or joining Adhesively on the outer plane of the rack corresponding, closing the corners of the tray. These extensions are delimited from the front, with a slit (7) something inclined, which may be greater or lesser than the normal (A-A), depending on the product to package.

The upper cut lines (10) are defined from the crease (7) to the plate limit die cut (1) being parallel to the cutting line (16). One time assembled the container that line (10) is flush with the part upper of the tester (5).

In the four corners of the base (3) of the die-cut plate (1) there are cut lines that delimit the lugs of the slats and the gualdera forming a sharp angle punch (9), these are delimited by the outside of the gualdera (4) and the vertex of the trapezoidal cutting line (11) located in the convergence between: the lower part of the tester (5), the lugs of the same (6), the gualdera (4) and the vertex of the base (3). From this, once the container is assembled, lower tabs arise, which serve as a stop or hold when the containers are stacked.

Distributed through the testero there are recesses triangular (13) and triangular die cut (12) and (15) that give place to air inlets in the container once it is found mounted and stacked. Comparatively with those that have been used  usually on the market (rectangular, trapezoidal, circular) do not negatively influence the transmission of vertical loads, but on the contrary, they favor the distribution of these loads to be distributed in the contour of the container.

In the gates there are also these triangular die cuts (15), which give more ventilation for both sides of the container

Claims (8)

1. Stackable container of those obtained from a die-cut sheet, preferably of cardboard, essentially characterized by having recesses in the form of triangles (13) and die-cut (12) and (15), which are strategically distributed both by the gates (4 ), by the testeros (5) and the lugs of the testero (6), it favors the homogeneous ventilation of the product that contains the container. Comparatively with those that are commonly used in the market (rectangular, trapezoidal, circular) they do not negatively influence the transmission of vertical loads, but instead, favor the distribution of these loads by being distributed in the contour of the container. 2. Stackable container, according to the preceding claim, essentially characterized in that the cleft (7) that delimits the tester of its lugs is slightly inclined and delimited by the trapezoidal cut line (11) and the upper part of the tester (5) . 3. Stackable container, according to the preceding claims, essentially characterized in that the cutting lines that delimit the lugs of the heads (16) and the gualdera (9), form a sharp angle punch, which is delimited by the outside of the gualdera (4) and the vertex of the trapezoidal cutting line located at the convergence between the lower part of the tester (5), the lugs of the same (6), the gualdera (4) and the vertex of the base (3) . 4. Stackable container according to the preceding claims, essentially characterized in that in the lower vertices of the container formed by the testers (5), their lugs (6) and the gualderas (4), there are lower vertical extensions that form an anchor (8) which serve to achieve immobilization to the lateral displacements (longitudinal and transverse) of the containers that once mounted favors stacking and palletizing. 5. Stackable container, according to the preceding claims, essentially characterized by constructing, after assembling, a pyramid trunk of rectangular base, formed by the inclination of the cleft (7) that forms a dihedral angle between the tester (5), its lugs (6) and the inclined cutting line (9), which delimits, once assembled the container, the inclination of the head (5). 6. Stackable container, according to the preceding claims, essentially characterized in that once assembled, stacked and palletized, the assembly generates gaps (E) between container and container, due to its pyramidal trunk shape, which favors the ventilation of the package as a whole and its content. 7. Stackable container, according to the preceding claims, essentially characterized in that in the central area of the rack (4) it has a trapezoidal recess (14) that combined with the triangular punches (15) favor the ventilation of the product contained in the container . 8. Stackable container, according to the preceding claims, essentially characterized in that the upper cutting line (10) of the extensions of the heads (6), are defined from the cleft (7) to the limit of the die-cut plate (1), being parallel to the line of cut (16). Once the container is assembled, that line (10) is flush with the top of the tester (5).