Support for planar objects

Abstract

 The invention relates to a support for planar objects having a laminar part (1) made of cardboard or the like, having two perpendicular cutting lines (3, 4), crossing at their central point and having different length, and a transverse fold line (5) coinciding with the shorter cutting line (3) and running between the opposite edges (2) of the laminar part (1). The longer cutting line (4) defines the diagonal of a square formed by peripheral fold lines (6) and inscribed in the laminar part. The shorter cutting line (3) is extended at both ends by means of inner fold lines (7). The cutting lines (3, 4) and peripheral fold line (6) and inner fold lines (7) determine four central portions (8) linked to one another two by two through the inner fold lines (7).

Description

Field of the Invention

[0001] The present invention relates to a support for planar objects, such as compact discs, formed from a laminar template, such as a template made of cardboard or the like, which can adopt a folded position in order to be used as a case containing and protecting the planar object, and an unfolded position in order to be used as a display support for said planar object.

Background of the Invention

[0002] Planar objects, for example compact discs or the like, are displayed by means of supports with a generally rigid constitution, which are large, have a relatively high cost and the sole function of which is that of being used as a display means.

[0003] When planar objects can deteriorate through contact with other objects and even with the hand, as occurs with compact discs, it is necessary to arrange them in protective cases which are not used as display means.

[0004] In other words these types of planar objects are displayed and protected by means of different devices.

Description of the Invention

[0005] The object of the present invention is a support for planar objects formed such that it fulfills a dual function. On one hand it is used as a protective container for the planar object, which is the typical function of any case, and on the other hand it can be used as a display support, a function in which the planar object is in a vertical position, virtually completely exposed, such that it is perfectly visible to possible purchasers or users, further being easily removable from the case in this exposed position without any effort. Another aspect of the invention relates to a case comprising several support-display mechanisms therein.

[0006] According to the invention, the support is formed by a laminar part, made of cardboard or the like, which part has two cutting lines perpendicular to one another, crossing at their central point and having different length. The laminar part further has a transverse fold line coinciding with the shorter cutting line, this fold line running between opposite edges of the laminar part. The longer cutting line defines the diagonal of a square which is formed by means of peripheral fold lines, said square being inscribed in the laminar part. The shorter cutting line is extended at both ends by means of inner fold lines reaching the adjacent vertices of the previously mentioned square. The cutting lines and inner and peripheral fold lines determine four central portions which are linked to one another two by two through the inner fold lines. These portions are progressively folded towards the inside upon folding the laminar part on the fold line coinciding with the longer cutting line.

[0007] The ends of the shorter cutting line and the inner fold lines extending with said cutting lines are separated by an intermediate window.

[0008] There can be a rhomboidal shaped window partially penetrating the square demarcated by the peripheral fold lines between the outer end of the inner fold lines and the adjacent end of the transverse fold line of the laminar part.

[0009] The perpendicular cutting lines can be defined by grooves with increasing width from the outer end towards the cross point of the two grooves.

[0010] The laminar part can take on any configuration, being able to consist of a template with a rectangular contour defining a protective cover upon being folded on the transverse fold line.

[0011] The laminar part can also consist of a template with a square contour, which is folded according to a central line perpendicular to two of its opposite edges in order to determine two rectangular halves placed against one another, an inner half and another outer half, which in turn are folded in the same direction according to the central transverse line of the two halves in order to determine four identical quarters which can be placed against one another, two quarters in the outer half and two quarters in the inner half. The inner half has the previously mentioned cutting lines and fold lines from the central point and in coincidence with its axes, the longer cutting line coinciding with the longitudinal axis of the inner half of the template and having a length equal to or less than the transverse axis of said half, whereas the shorter cutting line runs according to the shorter axis of the inner half of the template.

Brief Description of the Drawings

[0012] The attached drawings show an embodiment with the aid of which the constitution of the case, the features thereof and the way to assemble the planar object will be better understood.
In the drawings:

Figure 1 shows a plan view of a support formed according to the invention from a laminar part.

Figure 2 shows a perspective view of the laminar part of Figure 1, slightly folded according to a mid transverse line.

Figure 3 is a view similar to Figure 2, with a planar part assembled on the support.

Figure 4 shows an execution variant of the support, formed from a template with a square contour.

Figures 5 and 6 show the support of Figure 4, with a disc assembled depending on the display.

Figure 6 shows a perspective view of the support of Figure 4 in an intermediate folded position to form a case containing the planar object.

Detailed Description of an Embodiment

[0013] Figure 1 shows a laminar part, made of cardboard or the like, with reference number 1 and which can have two parallel longitudinal edges 2.

[0014] Two cutting lines 3 and 4 perpendicular to one another, having different length and which are cut at their central point, are made from a central point of this laminar part 1. These cutting lines can be formed by grooves with increasing width towards the central cross point. A fold line 5 coinciding with the shorter cutting line III and running between the longitudinal edges 2 of the laminar part is also made in the laminar part 1.

[0015] The longer cutting line 4 defines the diagonal of a square which is formed by peripheral fold lines 6 and which is inscribed in the laminar part.

[0016] The shorter cutting line 3 is extended at both ends by means of inner fold lines 7 coinciding with the transverse fold line 5 of the laminar part.

[0017] The peripheral fold lines 6, the inner fold lines 7 and the cutting lines 3 and 4 determine four central portions 8 linked to one another two by two through the inner fold lines 7. These portions 8 are progressively folded towards the inside upon folding the laminar part 1 on the transverse fold line 5, as can be seen in Figure 2.

[0018] The ends of the shorter cutting line 3 are separated from the inner fold lines 7 by intermediate windows 9.

[0019] The inner vertex of the central portions 8 is finished by means of a bevel edge 10.

[0020] Rhomboidal windows 11 can be made in coincidence with the inner fold lines 7, between the latter and the edge of the laminar part 2, in coincidence with the ends of the transverse fold line 5.

[0021] With the described constitution, the central portions 8 can be partially raised, as a result of the peripheral fold lines 6 and inner fold lines 7, the cutting lines or grooves 3 and 4 being slightly opened in order to receive between the shorter cutting lines 3 a laminar part 12, such as a compact disc for example, which will be supported at its edge on the outer edge of the windows 9. The rhomboidal windows 11 will facilitate, together with the fold and cutting lines, the partial raising of the central portions 8 to receive and hold the disc 12.

[0022] The rhomboidal windows 11 can be retracted with respect to the longitudinal edges 2 of the laminar part.

[0023] The laminar part 1 can take on any configuration, for example a square contour configuration, as shown in Figure 4, with a central fold line 13 which is perpendicular to two of the opposite edges and determining, upon folding the template on said line, two superimposed halves, an inner half 14 and another outer half 15 which, once placed against one another, are folded on the mid transverse line corresponding to the transverse fold line 5 of the laminar part of Figures 1 and 2. On the inner half 14, the cutting lines 3 and 4 of Figure 1, as well as the peripheral fold lines 6 and inner fold lines 7 and the windows 9 and 11, are made such that a structure identical to that described with reference to Figures 1 and 2 is configured which allows assembling a discoid part 12 on the shorter cutting lines 3, until being supported against the outer edge of the windows 9, the template being used in this position as a display support.

[0024] A case is obtained by folding the template from the position of Figure 5 on the fold line 5, which case is partially closed in Figure 6, the covers 16 and 17 of which will be used as protective means for the disc 12.

[0025] Otherwise, in Figure 4, the same cutting lines, fold lines, etc. are indicated with the same reference numbers as in Figure 1.

[0026] Although in the described example the planar object has been depicted as a compact disc, it could be another article, also having a planar structure, even though it has a different contour.

[0027] The support of the invention can likewise include a single set of cutting lines and fold lines, as has been depicted, or two or more in order to contain an identical number of planar articles.

Claims

1. A support for planar objects, especially rigid planar objects or the like, characterized in that it is formed by a laminar part (1) made of cardboard or the like, which part has two perpendicular cutting lines (3, 4), crossing at their central point and having different length, and a transverse fold line (5) coinciding with the shorter cutting line (3) and running between the opposite edges (2) of the laminar part (1); the longer cutting line (4) of which defines the diagonal of a square formed by peripheral fold lines (6) and inscribed in the laminar part; and the shorter cutting line (3) of which is extended at both ends by means of inner fold lines (7); the cutting lines (3, 4) and peripheral fold lines (6) and inner fold lines (7) determining four central portions (8) linked to one another two by two through the inner fold lines (7), the portions of which are progressively folded towards the inside upon folding the laminar part (1) on the fold line (5) coinciding with the shorter cutting lines (3).

2. A support according to claim 1, characterized in that the ends of the shorter cutting line (3) and the inner fold lines (7), extending said cutting line, are separated by an intermediate window (9).

3. A support according to claim 1, characterized in that it has a window (11) with a rhomboidal contour between the outer end of the inner fold lines (7) and the adjacent end of the transverse fold line (5) of the laminar part.

4. A support according to claim 1, characterized in that the free vertex of the four central portions (8) is finished in a bevel edge (10).

5. A support according to claim 1, characterized in that the laminar part consists of a template (1') with a square contour which is folded according to a central line (13) perpendicular to two of its opposite edges, determining two rectangular halves placed against one another, an inner half (14) and another outer half (15), which in turn are folded in the same direction according to a central transverse line (5), in order to determine four identical portions which can be placed against one another, two portions in the outer half (15) and two portions in the inner half (14), in order to determine lids (16 and 17) of a case; the inner half (14) of which has the mentioned fold and cutting lines from the central point and in coincidence with its axes, the longer cutting line (4) coinciding with the longitudinal axis of the inner half of the template and having a length equal to or less than the transverse axis (5) of said half, whereas the shorter cutting line (3) runs according to the shorter axis (5) of the inner half of the template.

Drawing