Trapezoidal display box with cutting and creasing design and mounting system for formation of communication arch with automatic adjustment and structuring

Abstract

Formation of a communication arch (A) over a consumer corridor, such as in large sales points, displaying at a height, a media (M) related to a certain product. For such, after mounting a display box (35) using the cutting and creasing design, its units are mounted to one another by coupling through the coupling flaps (29) of one unit to the cutouts (4) corresponding to the subsequent unit. After mounting the assembly, when it is raised and has its peripheral units settled over two opposite shelves, such as in a supermarket corridor, through the trapezoidal geometry of the display boxes (35) combined to slide coupling flaps (29) and cutouts ( ) between the units (35), there is a radial movement and positioning for its tops (16) while its bottoms (6) meet, providing the structuring of the assembly, in an arch shape, supporting the resulting stresses imposed vertically from top to bottom of the arch formed. Therefore, the communication arch (A) formed can receive a large media at its highest point.

Claims

1. A cardboard trapezoidal display box with cutting and creasing design, comprising a base (1) delimited by side creases (2) and (3) and that, on the creases (2) is characterized for receiving cutouts (4) with arrow end (5), extended to a bottom (6) from one of the creases (3), delimited by side creases (7) hollowed by male coupling (8) comprising a cutout (9) of angled extremities (10) and inclusion of a flap (11) with male locking tab (8a), and from crease (12) of the bottom (6) extends the side face (13) delimited by side creases (14), equally equipped with male coupling (8), as well as an opposite crease (15), receiver of a pair of male couplings (8), but in a cross-sectional position, while, from crease (3) opposite the base (1) extends a top (16), delimited by side creases (17) also equipped with their respective male couplings (8), said top (16) hollowed by a center cutout (18) delimiting semi-circle flap (19) and receiving, a free edge (20), a folding crease (21) of a female coupling (22) with its reentrant flap (23) by cutouts (24) and including a locking tab (25) with crease (26) interrupted by a rectangular center cutout opposite a semi-circular cutout, forming a female coupling (22a), also extending, from the creases (2) of the base (1), front faces (27) free edges equipped with crease (21) for its female couplings (22), being that, from its peripheral edge (28), the front faces (27) extend an angled coupling flap (29) defined by a coupling end (30) with supporting part (31), of smaller height and, on an opposite side, a stop (32) with displacement part (33), also receiving reinforcement in the inner face (34), thus forming the cardboard trapezoidal display box (35), with wider top (16) suffering gradual reduction in the perimeter to the bottom (6), in trapezoidal geometry.

2. The display box according to claim 1, characterized by a verticalization, from the creases (3), of the bottom (6) and top (16), folding, through the crease, (12), the side wall (13), and then folding its crease (15) to align the cutouts (10) of the male couplings (8) to the flaps (23) of the female couplings (22), whose locking tab (25) ends are folded for insertion in the angled extremities (10), then folding the locking tab (l0a) and inserting it in the cutout (22a) to lock the walls (6), (13) and (16), and then folding creases (7), (14) and (17), aligning their cutouts (9) to the flaps (23) of the front faces (27) after their verticalization through the creases (2), folding the locking tabs (25) for insertion in the angled extremities (10) while the locking tab (l0a) is also folded and inserted in the cutout (22a) to lock the front faces (27), thus mounting the display box (35).

3. A mounting system for the display box (35) of claim 1, characterized by the coupling flaps (29) of one unit (35) having the extremities of its coupling ends (30) folded for insertion in the arrows (5) of the cutouts (4) of the subsequent unit (35), said ends (30) opened manually by the insertion of the assembler's hand through the cutout (18) locking one unit to another and so on successively.

4. A formation of communication arch with automatic adjustment and structured system for the mounting system of claim 3, after raising a set from its central part and support of the display box (35) units between two points, such as between shelves for example, above a corridor, characterized by the displacement parts (33) of the coupling flaps (29) of a display box (35) slide through the cutouts (4) of the display box (35), from their tops (16), in a course delimited by the open coupling ends (30) for radial movement and positioning of the assembly, and so on successively, simultaneously forcing the bottoms (6) of these display boxes (35) to meet, in the shape of a communication arch (A) that receives a fixation of large media (M) displayed at great height.

5. A formation of communication arch with automatic adjustment and structured system for the display box claim 1, after raising a set from its central part and support of the peripheral display box (35) units between two points, such as between shelves for example, above a corridor, characterized by the displacement parts (33) of the coupling flaps (29) of a display box (35) slide through the cutouts (4) of the subsequent display box (35), from their tops (16), in a course delimited by the open coupling ends (30) for radial movement and positioning of the assembly, and so on successively, simultaneously forcing the bottoms (6) of these display boxes (35) to meet, in the shape of a communication arch (A) that receives a fixation of large media (M) displayed at great height.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 shows a box of the Prior Art

(2) FIG. 2 is a plan view of the unassembled display box.

(3) FIG. 3 shows, from the base of the assembly, the bottom connected to one of the side faces and the top, joined and positioned in parallel.

(4) FIG. 4 shows the side face folded towards the top. Detail A shows the male coupling of the side face mounted, aligned to the female coupling of the top, for locking.

(5) FIG. 5 shows, according to the previous figure, the female coupling mounted to receive the male coupling. This alignment is shown in detail B.

(6) FIG. 6 shows the side face already locked at the top. Detail D shows the external lock.

(7) FIG. 7 is a lower perspective view of FIG. 6. Detail E shows the internal lock.

(8) FIG. 8 shows the male couplings of the side face and the top, mounted, aligned to the female couplings of the front faces.

(9) FIG. 9 shows the female couplings of the front faces aligned to the male couplings of the side face and top.

(10) FIG. 10 shows the front faces being brought up against the side face and the top, to interlock the male and female couplings.

(11) FIG. 11 shows the front faces already locked to the side face, to the top and to the bottom, with the display box mounted.

(12) FIG. 12 shows the end of the external lock.

(13) FIG. 13 shows already mounted display box.

(14) FIG. 14 shows the display box turned to the position of use.

(15) FIG. 15 shows, in sequence, a display box with its coupling flaps aligned to the corresponding cutouts of a subsequent box. With slight tilting of the box, the coupling flap is aligned to surpass the cutouts of the subsequent box.

(16) FIG. 16 shows, in sequence, after the slight tilting, the coupling of the initial box to the subsequent box.

(17) FIG. 17 shows two display boxes coupled to one another. This view indicates the A-A section.

(18) FIG. 18 shows views according to the A-A section, showing the internal lock of the locking flaps of the display box to the cutouts of the subsequent display box.

(19) FIG. 19 shows a part of the arch of the assembly of coupled display boxes.

(20) FIG. 20 shows, in sequence, the course of the locking flaps through the cutouts at the top of the display boxes, whose distance enables a radial pattern of the assembly. Simultaneously, the bottoms of these display boxes are forced against one another, structuring the assembly. This is how the communication arch is formed.

(21) FIG. 21 is perspective views, with lines and rendered.

(22) FIG. 22 is an illustrative view of the installed communication arch between two supermarket shelves for example. A large media was attached to the upper part of the communication arch, causing, together with the arch, a huge visual impact.

DETAILED DESCRIPTION OF THE INVENTION

(23) As shown in FIG. 1, the trapezoidal display box is based on a cutting and creasing design for cardboard, comprising a mounting base (1) delimited by side creases (2) and (3) of which there are respective cutouts (2) with arrow ends (5) at creases (2). From one of the creases (3), it extends to the bottom (6), delimited by side creases (7) hollowed by a set of male coupling (8) consisting of the cutout (9) of angled extremities (10) and including a flap (11) with male locking tab (8a). Said bottom (6) has a crease (12) positioned opposite crease (3), from where the side face (13) extends, delimited by its side creases (14) equally equipped with male couplings (8), and the crease (15) opposite the crease (12) also receives a pair of male couplings (8), but in alignment and in a cross-sectional position.

(24) From the crease (3) opposite the base (1), it extends to the top (16), delimited by its side creases (17) also equipped with male couplings (8), and this top (16) is hollowed by the center cutout (18) delimiting the semi-circle flap (19), in addition to receiving a crease (21) on the free edge (20) for the female coupling (22) consisting of a reentrant flap (23) for cutouts (24) and incorporating a locking tab (25) with crease (26), interrupted by rectangular center cutout opposite a semicircular cutout forming the female cutout (22a).

(25) From the creases (2) of the base (1), the front faces (27) extend with the free edges equipped with their female couplings (22). These front faces (27) protrude, from their peripheral edge (28), an angled coupling flap (29), defined by a coupling end (30) with supporting part (31) of smaller height. On the opposite side, this angled coupling flap (29) forms a stop (32) with displacement part (33) of greater height. The coupling flap (29) also receives a reinforcement glue (34) on its inner side.

(26) To mount, from the creases (3), the bottom (6) and the top (16) are positioned on the vertical, as shown in FIG. 3, folding through the crease (12) the side face (13) and then folding its crease (15) to align the cutouts (9) to the flap (23) with the extremities of its locking tab (25) folded to insert into the angled terminal (10), as shown in detail A of FIG. 4. Next, the male locking tab (8a) of the male coupling (8) is folded and inserted in the female cutout (22a) of the female coupling (22) of the top (16), as shown in detail B of FIG. 5. This is how the bottom (6), side face (13) and top (16) are locked, as also shown in FIG. 6 and its detail D and FIG. 7 and its detail E.

(27) After, the creases of the bottom (7), creases (14) of the side face (13) and creases (17) of the top (16) are folded, as shown in FIG. 8, aligning their cutouts (9) to the flaps (23) of the front faces (27). Then, as shown in FIG. 9, the locking tabs (25) are folded in order to be inserted in the angled terminals (10) while the locking tab (10a) is also folded and inserted in the cutout (22a) to lock the front faces (27), after its verticalization through the creases (2), as shown in FIG. 10, thus mounting the display box (35), completing the lock with the joining of the male locking tab (8a), as shown in FIGS. 11, 12 and 13. Thus the trapezoidal display box (35) is formed with wider top (16), suffering gradual reduction in the perimeter to the bottom (6).

(28) To use it, the top (16) is turned upward and the bottom (6) downward, as shown in FIG. 14, in order to be used in various units coupled together, in a new mounting system for an assembly through which a communication arch (A) is formed. For this purpose, as shown in the sequence of FIGS. 15 and 16, the coupling flaps (29) of a unit has the coupling ends (30) folded and, after this unit (35) is handled in slight angulation, the stop (32) is surpassed and inserted in the arrows (5) of the cutouts (4) of the subsequent unit (35). Then the assembler must insert his hand through the cutout (18), as shown by the arrow tracking the sequence of FIG. 18 of this subsequent box (35) and, internally unfold the coupling ends (30) that, when opened, lock one unit to another and so on successively, as shown in FIG. 19, forming an assembly of predefined extension for the installation site.

(29) Through the proposed system, the assembly is raised through its central part, as shown by the arrow of the sequence of FIG. 20, when the displacement parts (33) of greater height of the coupling flaps (29) slide through its displacement parts (33) through the cutouts (4) of the subsequent displays (35) in a course delimited by the open coupling ends (30), simultaneously forcing the bottoms to meet (6). Thus, through the course of the coupling flaps (29), combined with the trapezoidal geometry of the display boxes (35), an adjustment movement is provided for spacing between the tops (16), in automatic radial position, while the bottoms (6) meet providing structuring, supporting the resulting stress imposed vertically from top to bottom, for the formation of the arch. FIG. 21 shows the communication arch in lines and rendered.

(30) Therefore, as shown in FIG. 22, the assembly can be supported by its peripheral display box (35) units, between two opposite shelves (G) in a supermarket corridor for example. Through its end of greater height, the communication arch (A) formed receives the fixation of a large media (M), which is maintained well above the corridor, calling the attention of consumers.