ES1075358U - Loading platform no stop (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Loading platform, characterized in that it comprises a support base (1) of one of whose faces emerges a crisscross of perimeter protuberances (2) and other central protuberances (3), all of them regularly distributed in rows and columns as a matrix, defining between said protuberances (2-3) channels in the transverse direction and other channels in the longitudinal direction, all channels that go from one side to another of the support base (1), and where the platform comprises a recyclable material. (Machine-translation by Google Translate, not legally binding)

Description

Non stop loading platform.

Object of the invention

The present invention, as expressed in the statement of this specification refers to a loading platform used as a base for stacking in the graphic industry where the feeding of sheets or similar elements.

The platform of the invention comprises some special constructive characteristics, so that they do it especially suitable for uninterrupted stacking of sheets and Similar.

Therefore, the present invention is circumscribes within the scope of platforms or support bases for stacking laminar or similar objects.

Background of the invention

Currently, platforms for loading with a structure like the loading platform of the invention That concerns us.

So, currently in the industry graphic proceeds to the stacking of the sheets or sheets arranging them on a pallet or some similar support, being it is necessary to withdraw the accumulated specifications, while it is A whole pallet must be moved, and the process must be interrupted.

In the invention that concerns us what is intended is to design an element as a platform that serves to load of sheets or similar elements, so that it is not necessary interrupt the process when the pallet is removed, leaving the platform as a means of support and support. This platform is also easy to transport and hold, being light and low height.

Therefore, in order to achieve the ends wanted a platform like the one below is developed describe.

Description of the invention

The loading platform that constitutes the object of the invention is characterized by comprising a support base, of one of whose faces emerges a crisscrossing of bumps perimeter and other centrals, all of them regularly distributed in rows and columns as a matrix, defining between such protuberances channels in the transverse direction and other channels in the longitudinal direction, all channels that go from one side of the support base to the other, and where the platform is Made with a recyclable material.

Perimeter extrusions and central bulges comprise characteristic bodies with a base pyramid-shaped configuration rectangular.

Another feature of the invention is that perimeter bumps are arranged on the periphery of the support base and comprise a rectangular base, where the dimension less than such a rectangular base is clearly smaller than the other larger dimension while the central bumps comprise an almost quadrangular base in which the difference between its two dimensions is less than the difference between the dimensions of the base of the perimeter protrusions, being arranged such central protuberances in the interior space delimited by the perimeter protrusions.

In turn, the perimeter bumps and the central bulges are aligned in rows and columns with a matrix arrangement, defining between such bumps some major and minor transverse channels, as well as other channels longitudinal major and minor, all of them going from one side to another of the support base, so that the transverse channels larger have a wider width than the transverse channels minors, these having a smaller section of passage, while the major longitudinal channels have a width of step greater than the minor longitudinal channels that are of a smaller width

Another feature of the invention is that major transverse channels are arranged alternately with respect to the minor transverse channels, while the major longitudinal channels are arranged alternately with respect to the minor longitudinal channels.

The loading platform is also characterized because the major transverse channels, transverse channels minor, major longitudinal channels and longitudinal channels minors, they all present a section of passage that narrows towards the support base, from which they start.

Another feature of the invention is that the loading platform comprises a material recyclable material plastic, such as expanded high density polystyrene.

Next, in order to facilitate a better understanding of this descriptive report and as an integral part of it, some figures are included in which the object of the invention has been illustrated and not limited to
tion.

Brief description of the drawings

Figure 1.- Shows a perspective view of The loading platform, object of the invention, comprises basically a support base, one of whose faces starts a crisscrossing of transverse and longitudinal protrusions, between those that define some passage channels.

Figure 2.- Shows a plan view of the loading platform.

Figure 3.- Shows an elevation view of the platform that highlights a detail where you can see a passage section of a larger cross channel defined between two consecutive alignments of bumps.

Figure 4.- Shows another elevation view of the loading platform that highlights a detail where it is shown the passage section of a minor cross channel defined between the protrusions that start from one of the faces of the base support.

Description of an embodiment of the invention

Considering the numbering adopted in the figures, the loading platform contemplates the following nomenclature used in the description:

one

-  Support base.

2

-  Perimeter extrusions.

3

-  Central bumps.

4

-  Major cross channels.

5

-  Minor transverse channels.

6

-  Longitudinal canals

7

-  Longitudinal minor channels.

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Attending in principle to what is shown in the Figure 1, we can observe that the loading platform object of the invention has an essentially rectangular shape, although this feature does not have to be limiting. Such platform it comprises a support base 1, from one of whose faces a series emerges of perimeter protrusions 2 and other central protuberances 3 regularly distributed in rows and columns, as a matrix.

Figure 1 shows that the bumps perimeter 2 and the central protuberances 3 have a configuration in the form of a pyramid trunk with a rectangular base. The perimeter protrusions 2 arranged on the periphery of the support base 1, have a rectangular base, where one of the dimensions (smaller sides) is clearly smaller than the other even dimension (major sides).

Instead, the central protuberances 3 have an almost quadrangular base and are arranged in the interior space bounded by perimeter protrusions 2.

The perimeter protrusions 2 and the central bulges 3 are aligned in rows and columns, with a matrix arrangement, defining between such bumps 2-3 major transverse channels 4 and channels 5 minor cross-sections corresponding to each other with the sides under base support 1, with other channels longitudinal channels 6 and minor longitudinal channels 7, corresponding these with the major sides of said support base one.

The grouping of the bumps 2-3 is such that both the transverse channels greater 4 and later 5, as the longitudinal channels greater 6 and children 7, have two different widths, with alternately both transverse and longitudinally a type of channel and other, that is, both in the transverse direction and in longitudinal direction, the major and minor channels of major and smaller width, respectively, are arranged alternately.

Thus, in figure 2 it can be seen that in a cross direction we find two types of channels: the channels major transverse 4 having a greater width of passage and the 5 minor transverse channels with a smaller passage width, being arranged each other alternately.

On the other hand, also in the longitudinal direction There are two types of channels: on the one hand the longitudinal channels larger 6 that have a wider width and on the other hand the channels minor longitudinals with a smaller passage width, being arranged each other alternately.

Thus, in figure 3, we can observe the section of passage of a larger transverse channel 4 of greater width than it has a section that narrows towards the support base 1 being said channel 4 converging towards such base support 1 of the platform of the invention, as a consequence of the geometry in the form of Pyramid trunk presenting the bumps.

Figure 4 shows a detail of the passage section of a minor cross channel 5 of smaller width than it has a section that narrows towards the support base 1 being said channel also convergent towards such support base 1, being a turn the passage of the minor transverse channel 5 of dimensions smaller than the section of the major transverse channels 4, and as in the previous case, the passage section of the channel narrows towards the support base as a result of the geometry in the form of pyramid trunk that have bumps corresponding.

The same considerations can be made regarding to the longitudinal channels major 6 and minor 7, where 6 major longitudinal channels have a larger passage section that minor longitudinal channels 7, both being arranged alternately and with a section that narrows towards the base support 1 as a result of the trunk-shaped geometry of pyramid presented by the different bumps 2-3.

It does not alter the essentiality of this invention variations of materials, shape, size and arrangement of component elements, described in a non-limiting manner, sufficient It is for reproduction by an expert.

Claims (8)

1. Loading platform, characterized in that it comprises a support base (1) of one of whose faces emerges a crisscrossing of perimetral protrusions (2) and other central protuberances (3), all of them regularly distributed in rows and columns as a matrix , between such protuberances (2-3) being defined channels in the transverse direction and other channels in the longitudinal direction, all channels that go from one side to the other of the support base (1), and where the platform comprises a recyclable material. 2. Loading platform according to claim 1, characterized in that the perimeter protrusions (2) and central protuberances (3) comprise bodies with a pyramid-shaped configuration of a rectangular base. 3. Loading platform, according to claim 2, characterized in that the perimeter protrusions (2) are arranged on the periphery of the support base (1) and comprise a rectangular base, where the smaller dimension of such base is clearly smaller than the another larger dimension, while the central protuberances (3) comprise a rectangular base in which the difference between its two dimensions is smaller than in the perimeter protrusions (2), such central protuberances (3) being arranged in the interior space delimited by the perimeter protuberances (2). 4. Loading platform, according to claim 3, characterized in that the perimetral protrusions (2) and central protuberances (3) are all aligned in rows and columns with a matrix arrangement, with channels (2-3) being defined between said protuberances (2-3) transverse major (4) and minor (5), as well as other major longitudinal channels (6) and minor (7), all of them going from side to side of the support base (1), so that the major transverse channels (4 ) have a width greater than the smaller transverse channels (5), these having a smaller cross-section, while the larger longitudinal channels (6) have a greater passage width than the smaller longitudinal channels (7) which are of a smaller width 5. Loading platform according to claim 4, characterized in that the major transverse channels (4) are arranged alternately with respect to the minor transverse channels (5), while the major longitudinal channels (6) are arranged so alternated with respect to the minor longitudinal channels (7). 6. Loading platform, according to any one of claims 4 or 5, characterized in that the major transverse channels (4), minor transverse channels (5), major longitudinal channels (6) and minor longitudinal channels (7), all have they a section of passage that narrows towards the support base (1). 7. Loading platform, according to any one of the preceding claims, characterized in that the recyclable material of the loading platform comprises a plastic material. 8. Loading platform according to claim 7, characterized in that it comprises a high density expanded polystyrene plastic material.