ES1156358U - Box for bottles (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Box for bottles comprising a rectangular cardboard sheet (1) symmetrical about its transverse axis, comprising a first base (1.1) to whose major sides, first (1.2) and second (1.10), are connected in an adjoining manner respectively a first (1.3) and second outer side wall (1.11), to whose major, third (1.4) and fourth (1.12) sides, a first (1.5) and second upper wall (1.13) are connected in a contiguous manner, respectively whose major sides, fifth (1.6) and sixth (1.14), are connected in a contiguous manner respectively a first (1.7) and second inner side wall (1.15), characterized in that on the long sides, seventh (1.8) and eighth (1.16), of the first (1.7) and second inner side wall (1.15) are connected in a contiguous manner respectively a first (1.9) and second lip (1.17), so that when the sheet (1) is formed by folding the long sides ( 1.2, 1.4, 1.6, 1.8, 1.10, 1.12, 1.14, 1.16) supports and fixes each lip, p first (1.9) and second (1.17), on the first base (1.1) thus forming a first gap (1.18) between the first base (1.1), the first outer side wall (1.3), the first top wall (1.5) and the first inner side wall (1.7) for housing a bottle, a second recess (1.19) between the first base (1.1), the second outer side wall (1.11), the second top wall (1.13) and the second interior side wall ( 1.15) to house a bottle, with a gap (1.20) remaining between the first inner side wall (1.7) and the second inner side wall (1.15), the larger side of the first top wall, fifth major side (1.6), and the the major side of the second upper wall, sixth major side (1.14), each have at least one flange, first (1.61) and second (1.62) respectively, that when the sheet (1) is formed project towards the separation (1.20) ) so that they contact the extremes of said first (1.61) and second (1.62) as to guarantee the dimensional constancy of the separation (1.20). (Machine-translation by Google Translate, not legally binding)

Description

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BOTTLE BOX

DESCRIPTION

OBJECT OF THE INVENTION

The present invention is encompassed in the field of packaging, and more specifically in that of cardboard boxes that house elongated objects such as bottles, specifically for two bottles.

BACKGROUND OF THE INVENTION

The patent with publication number EP2949588 is known in which a box for bottles is shown that is formed from a cardboard sheet to configure two holes for each bottle. Tabs that cover are made in double cardboard, as well as folded portions that hold said lids in position.

The invention of the cited patent, although advantageous in that a carton with a box with two voids for bottles is configured, has the disadvantage that its assembly is not simple due to the folded configurations, tabs and portions. Likewise, once formed the gaps can vary by inclination of the walls that form them, also compromising a stack that can be unstable by the mentioned inclination.

DESCRIPTION OF THE INVENTION

The present invention is established and characterized in the independent claims, while the dependent claims describe other features thereof.

The object of the invention is a box for two bottles, which is more economical, simple and stable in stacking than the boxes for known bottles. The technical problem to solve is to configure the parts of the box so that this object is reached.

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With the term "rectangular" we want to define that the configuration is approximately rectangular, that is, of rectangular contour in most of its perimeter except for small areas.

With the term "wall" of the first sheet, we want to mention the physical parts of it, not spatial positions.

By the term "connected in an adjoining manner" it is meant that the elements referred to are arranged next to each other.

An advantage related to revindication 1 is that the box for two bottles is formed in a simple way and guaranteeing the gaps that house them by keeping the separation between them constant, which consequently causes the projections mentioned in claim 2 to have a position constant in space and, therefore, its introduction in the corresponding slots of an adjacent box is guaranteed, which in turn results in a stable stacking of several boxes.

An advantage related to claims 3 to 6 is that the combination of cut tabs and portions, when these are positioned so that they retain their position down to those, provide a simple and secure closure to the gaps where the bottles are located, by therefore, they prevent them from getting out of the box.

DESCRIPTION OF THE FIGURES

The present specification is complemented with a set of figures, illustrative of the preferred example, and never limiting the invention.

Figure 1 represents a perspective view of the sheet.

Figure 2 represents a perspective view of the sheet in an intermediate forming position in which each upper wall is folded followed by its respective inner side wall on the corresponding outer side walls and the first base; lips are supported on first base.

Figure 3 represents a front perspective view of the shaped sheet.

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Figure 4 represents a rear perspective view of the shaped sheet. DETAILED EXHIBITION OF THE INVENTION

A realization of the invention is shown below with support in the figures.

Figure 1 shows a bottle box comprising a symmetrical rectangular cardboard sheet (1) with respect to its transverse axis, which comprises a first base (1.1) at whose major sides, first (1.2) and second (1.10), respectively a first (1.3) and second outer side wall (1.11) are connected contiguously respectively, at whose major sides, third (1.4) and fourth (1.12), a first (1.5) and second upper wall are connected contiguously respectively (1.13), whose major sides, fifth (1.6) and sixth

(1.14), a first (1.7) and second inner side wall (1.15) are connected contiguously respectively, to whose major, seventh (1.8) and eighth (1.16) sides a first (1.9) and respectively respectively are connected contiguously second lip (1.17), so that when forming the sheet (1), figures 3 and 4, by bending the major sides (1.2,1.4,1.6,1.8,1.10,1.12,1.14,1.16) supports and fixes each lip, normally and advantageously said fixation is by adhesive with the known adhesives, first (1.9) and second (1.17), on the first base (1.1) thus forming a first gap (1.18), figures 3 and 4, between the first base (1.1), the first outer side wall (1.3), the first upper wall (1.5) and the first inner side wall (1.7) to house a bottle, not shown, a second hollow (1.19), figures 3 and 4 , between the first base (1.1), the second outer side wall (1.11), the second upper wall (1.13) and the second inner side wall (1.15) for alb Place a bottle, not shown, leaving a separation (1.20) between the first inner side wall (1.7) and the second inner side wall (1.15).

Figure 2 shows an intermediate position of forming the sheet (1) in which in a first stage of forming each upper wall, first (1.5) and second (1.13), followed by its respective inner side wall, first (1.7) and second

(1.15), on the corresponding outer side walls, first (1.3) and second (1.11), and the first base (1.1); the lips, first (1.9) and second (1.17) are supported and fixed, for example by adhesive, to the first base (1.1). In this way a flat configuration of preassembly of the sheet (1) as shown is achieved. In order to definitively shape said sheet (1), the upper, first (1.5) and second (1.13) walls must only be raised, and thus configure the holes for the bottles, first (1.18) and second (1.19), figures 3 and 4 .

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As shown in Figures 1, 2 and 3, one option is that the major side of the first upper wall, fifth major side (1.6), and the major side of the second upper wall, sixth major side (1.14), have each at least one flange, first (1.61) and second (1.62) respectively, that project towards separation (1.20) so that they contact facing the ends of said first (1.61) and second (1.62) tabs to ensure consistency Dimensional separation (1.20).

Another option is that the major side of the first upper wall, fifth major side (1.6), and the major side of the second upper wall, sixth major side (1.14), each have at least one projection, figures 1 to 3, first (1.63) and second (1.64) respectively, that when the sheet (1) is shaped, they project outwards from it, the base (1.1) has at least one slot, figures 1 and 4, first (1.27) and second (1.28), so that when two boxes are stacked the first (1.63) and second (1.64) projections of a box are introduced respectively into the first (1.27) and second (1.28) slots of the stacked adjacent box.

Another option, shown in Figures 1 and 2, is that on each minor side, first (1.21) and second (1.22), of the first base (1.1) two tongues are projected, respectively first (1.23), second (1.24) , and third (1.25), fourth (1.26), so that when forming the sheet (1) said tabs (1.23,1.24,1.25,1.26) are folded by their connection to the first base (1.1) into the interior of the same, figures 3 and 4, this is how some caps of the holes are configured, first (1.18) and second (1.19), to prevent the bottles from coming out.

Another option, shown in Figures 1 and 2, is that the first upper wall (1.5) has cuts, first (1.51) and second (1.52), each of them parallel to the smaller side of it to configure a first (1.53) and second portion cut (1.54), each cut (1.51,1.52) is continued with cut in the first inner side wall (1.7), third (1.71) and fourth (1.72) respectively, each parallel to each side less than said first inner side wall (1.7) to configure a third (1.54) and fourth cut portion (1.74), so that when the sheet (1) is formed the first cut portion (1.53) that continues with the third cut portion (1.73) ), and the second cut portion (1.54) that continues with the fourth cut portion (1.74), are projected by bending into the first hole (1.18), that is, they form angles or L-shaped configurations, figure 3.

Similarly, this option can be implemented on the other side of the sheet (1), shown in Figures 1 and 2, in which the second upper wall (1,13) has cuts, fifth (1,131) and sixth (1,132), each one of them parallel to the lower side of it to configure a fifth (1,133) and sixth cut portion (1,134), each cut (1,131,1,132) is continued with cut in the second inner side wall (1,15), seventh (1,151) ) and eighth (1,152) respectively, each parallel to each minor side of said first inner side wall (1,115), to configure a seventh (1,153) and eighth cut portion (1,154), so that when forming the sheet ( 1) the fifth cut portion (1,133) that continues with the seventh cut portion (1,153), and the sixth cut portion (1,134) that continues with the eighth cut portion (1,154), are projected by bending into the interior of the second hole (1.19), that is, they make up angles or configurations in L, figure 3.

It is advantageous to combine some configurations with others, that is, as shown in Figures 3 and 4, the portions (1.53,1.54,1.73,1.74,1,133,1,134,1,153,

1,154) are arranged with respect to their corresponding tongues (1,123,1.24,1.25,1.26) such that when said portions (1,153,1.54,1.73,1.74,1,133,1,134,1,153,1,154) are projected by bending inwards their corresponding hole (1.18,1.19) prevents the tongues (1.23,1.24,1.25,1.26) from unfolding due to their connection to their corresponding base 20 (1.1), that is, they make retentions and prevent them from opening and leaving the bottles

Claims (6)

5 10 fifteen twenty 25 30 35 1.-Box for bottles comprising a symmetrical rectangular cardboard sheet (1) with respect to its transverse axis, which comprises a first base (1.1) whose major sides, first (1.2) and second (1.10), are connected in a manner respectively a first (1.3) and second outer side wall (1.11), respectively, to whose major, third (1.4) and fourth (1.12) sides, a first (1.5) and second upper wall (1.13) are connected contiguously respectively. to whose major sides, fifth (1.6) and sixth (1.14), a first (1.7) and second inner side wall (1.15) are connected contiguously respectively, characterized in that on the major, seventh (1.8) and eighth ( 1.16), of the first (1.7) and second inner side wall (1.15), a first (1.9) and second lip (1.17) are connected contiguously respectively, so that when the sheet (1) is formed by bending the sides older (1.2,1.4,1.6,1.8,1.10,1.12,1.14,1.16) each lip is supported and fixed, first (1.9) and second (1.17), at the first base (1.1) thus forming a first gap (1.18) between the first base (1.1), the first outer side wall (1.3), the first upper wall (1.5) and the first side wall inside (1.7) to house a bottle, a second hole (1.19) between the first base (1.1), the second outer side wall (1.11), the second upper wall (1.13) and the second inner side wall (1.15) to house a bottle, leaving a gap (1.20) between the first inner side wall (1.7) and the second inner side wall (1.15), the major side of the first upper wall, fifth major side (1.6), and the major side of the second upper wall, sixth major side (1.14), each one has at least one flange, first (1.61) and second (1.62) respectively, that when the sheet (1) is formed, they project towards the separation (1.20) so that they contact facing the ends of said first (1.61) and second (1.62) tabs to ensure the dimensional constancy of the separation (1.20). 2. - Box according to claim 1 wherein the major side of the first upper wall, fifth major side (1.6), and the major side of the second upper wall, sixth major side (1.14), each one has at least one projection, first (1.63) and second (1.64) respectively, that when the laminate (1) is formed they project outwards of it, the base (1.1) presents at least one slot, first (1.27) and second (1.28), so that when two boxes are stacked the first (1.63) and second (1.64) projections of a box are introduced respectively in the first (1.27) and second (1.28) slots of the adjacent box stacked. 5 10 fifteen twenty 25 30 3. - Box according to any of claims 1 or 2 in which on each minor side, first (1.21) and second (1.22), of the first base (1.1) two tongues are projected, respectively first (1.23), second ( 1.24) and third (1.25), fourth (1.26), so that when the sheet (1) is formed, said tongues (1.23,1.24,1.25,1.26) are folded by their connection to the first base (1.1) towards the inside of the same. 4.-Box according to claim 3 in which the first upper wall (1.5) has cuts, first (1.51) and second (1.52), each of them parallel to the smaller side thereof to configure a first (1.53) and second portion cut (1.54), each cut (1.51,1.52) is continued with cut in the first inner side wall (1.7), third (1.71) and fourth (1.72) respectively, each parallel to each minor side of said first inner side wall (1.7) to configure a third (1.73) and fourth cut portion (1.74), so that when the sheet (1) is formed the first cut portion (1.53) that continues with the third cut portion (1.73), and the second cut portion (1.54) that continues with the fourth cut portion (1.74), is projected by bending into the first hole (1.18). 5. - Box according to any of claims 3 or 4 wherein the second upper wall (1,13) has cuts, fifth (1,131) and sixth (1,132), each parallel to the smaller side thereof to configure a fifth (1,133) and sixth portion cut (1,134), each cut (1,131,1,132) is continued with cut in the second inner side wall (1,115), seventh (1,151) and eighth (1,152) respectively, each parallel to each minor side of said first inner side wall (1,15), to configure a seventh (1,153) and eighth cut portion (1,154), so that when the sheet (1) is formed the fifth cut portion (1,133) that continues with the seventh cut portion (1,153), and the sixth cut portion (1,134) that continues with the eighth cut portion (1,154), are projected by bending into the second hole (1,19). 6. - Box according to any of claims 4 or 5 in which the portions (1.53,1.54,1.73,1.74,1,133,1,134,1,153,1,154) are arranged with respect to their corresponding tabs (1.23,1.24,1.25,1.26, 2.10.2.11) in such a way that when said portions (1.53,1.54,1.73,1.74,1,133,1,134,1,153,1,154) are projected by bending towards the inside of their corresponding hole (1.18,1.19) they prevent the tongues (1.23 , 1.24,1.25,1.26,2.10) unfold by their connection to their corresponding base (1.1).