Abstract:
A multilayer support (1), particularly for food products, comprising a blank (2) made of cardboard or card which is coated on a first face (21) by a peelable film (3) made of plastic material, the first face (21) comprising a weakened line (4) that is covered by the peelable film (3) and is adapted to form on the blank (2) a closed area (11) that is delimited by at least one edge (13) of the blank (2) and by the weakened line (4), so that the closed area (11) can consequently be torn away from the rest of the blank (12) together with the peelable film (3), the weakened line (4) being obtained by perforation or scoring performed starting from the first face (21) toward the opposite face (22) of the blank (2), characterized in that the weakened line (4) is formed by a continuous incision (40) which passes through to the second face (22) only at discrete through portions (41), at least one (41a, 41b) of the discrete through portions (41) intersecting the at least one edge (13) of the blank (2).
Abstract:
A method for manufacturing flat folding boxes (80), comprising the steps of: - providing slit-like windows (11, 12) on a supporting layer (1) preferably made of cardboard; - fixing at least one cover sheet (21, 22) on one face of the supporting layer (1); - die-cutting the supporting layer (1) coupled to the cover sheet (21); - first folding of the die-cut element along first slit-like windows (11); - second folding of the die-cut element along second slit-like windows (12), so as to form a collapsed container body (81) of the box (80); - coupling the collapsed container body to a lid (82) of the box.
Abstract:
A package (1) for optical discs such as CDs, DVDs, Blue-ray discs and the like, comprising a box (2) adapted to contain at least one optical disk (3) and comprising also a lid (4) and a resting surface (5) for the optical disk (3), the resting surface (5) comprising a wall (7) that protrudes transversely and at least one tab (10) that also protrudes transversely from the resting surface (5), the tab (10) being coupled onto the resting surface and being foldable onto it in order to define an abutment against a translation of the optical disk (3) away from the wall (7).
Abstract:
A tray for containing disk-like elements, such as CDs, DVDs, Blu- Ray disks and the like, comprising a bottom layer (3), at least one intermediate layer (4, 5) with a hollow (6) for accommodating a disk-like element (7) and an upper layer (8) with an opening (9) for extracting the disk-like element, the layers being mutually superimposed and made of paper-like material, the tray further comprising, at the extraction opening (9), an element (15) for retaining the disk-like element (7) which is connected to two separate and mutually spaced regions (17) of the edge of the extraction opening (9) and has a longer extension than the distance between the two separate and spaced regions (17).
Abstract:
A method for manufacturing boxes, comprising the steps of: - obtaining a blank (1), comprising a supporting layer (1a, 101a), which is preferably a layer of cardboard; - obtaining a die-cut element (8, 9, 109) by die-cutting the blank; - folding the die-cut element (8, 9, 109) to obtain a box (20, 120); the step of obtaining the blank comprising the steps of: - obtaining slit-like openings (2, 102) on said supporting layer (1a, 101a); - coupling at least one first covering sheet (1b, 101b) with a first face of the supporting layer (1a, 101a), so that each one of the slit-like openings (2, 102) is closed on one side by at least one first covering sheet (1b, 101b); the fold being provided along at least the slit-like openings so that a respective edge (21, 121) of the box (20, 120) is obtained along each one of the slit-like openings.
Abstract:
A method for providing a case for multimedia discs, such as CDs, DVDs, Blu-Rays and the like comprising the step of providing a containment body (1) constituted by a base element (2) and a lid (3) which are mutually hinged; the base element (2) and the lid (3) are obtained by means of steps of providing a die-cut base (10) made of paper-like material and a die-cut lid (11) made of paper-like material, which are provided perimetrically with foldable edges (12, 13), folding these edges (12, 13) substantially at right angles to the corresponding central portion, mating within the edges (12) of the die-cut base (10) a coupling rim (20) which protrudes with respect to the folded edges (12), superimposing the lid (3) on the base element (2), applying a covering layer (30) made of paper-like material, which covers the die-cut lid (11) and the edges (12) of the die-cut base (10), scoring the covering layer (30) between the edges (12, 13) except for the hingeing side, and applying, inside the containment body (1), an element (50) for retaining at least one disc.
Abstract:
A method for manufacturing a cardboard container, comprises the steps of: printing a coated face of a sheet-like cardboard element (1); die-cutting the sheet-like element in order to provide at least one monolithic element which has, on the free sides of a front wing (11) and of a rear wing (12), folding flaps (15, 16, 18, 19, 21, 22, 25, 26, 28, 29, 31, 32) which are separated by scoring lines (17, 20, 23, 30, 33) and have connecting tabs (40); applying a layer (50) of adhesive material to the inner face of the flaps that lies opposite the coated face; and forming the container by folding the flaps, superimposing them on the connecting tabs.
Abstract:
A tray (1; 1a) for food use, particularly of the type made of cardboard, comprising a main body (2; 2a) with a substantially convex shape in such a manner as to define an internal volume that is adapted to contain at least one product (25). The main body (2; 2a) defines a bottom and, on the opposite side from the bottom, an opening having a flanged edge (3) which is flanged outward for closing the tray (1; la) by way of a covering sheet (4) which is associated removably with the flanged edge (3) of the main body (2; 2a). In more detail, the main body (2; 2a) is formed from a single die-cut element (6; 6a), which is originally flat and which has, in its open flat form, a central portion (7) which defines the flanged edge (3) and from which at least four foldable flaps (8, 9, 10, 11) extend which are mutually complementary in order to define the bottom and the side faces of the tray (1; 1a). The die-cut element (6; 6a) comprises at least one lateral tab (16; 16a) extending laterally from at least one of the four flaps (8, 9, 10, 11) in the direction of at least one other flap (8, 9, 10, 11) in such a way that at least one corner of the tray (1; la), defined between two contiguous side faces of the tray (1; 1a), is beveled.
Abstract:
A folding container (1) having a substantially parallelepipedal shape comprising an outer sheet- like element (2) which forms a bottom (3), a front face (5), a rear face (6) and a lid (7), made of a substantially rigid material and joined by folding lines (4), an inner sheet- like element (10) being coupled to the outer sheet- like element (2) and forming lateral faces (20), the inner sheet- like element (10) being monolithic and forming a bottom flap (11), a front flap (12) and a rear flap (13), respectively, which are superimposable on and jointly connected to the bottom (3), the front face (5) and to the rear face (6) of the outer sheet- like element (2).
Abstract:
A tray for containing disc-like elements such as CDs, DVDs, Blu-Ray Discs and the like, comprising a plurality of mutually superimposed sheet- like elements (10, 20, 30, 40 and 50). The sheet-like elements (10, 20, 30, 40 and 50) comprise, in a mutually superimposed arrangement, a base layer (10), a first containment layer (20) that forms at least one first impression (21) for accommodating a first disc-like element (22), an intermediate layer (30) with a first cutout (31) that affects the first impression (21) except for a first portion (32) that is superimposed on the first disc-like element (22) inserted in the first impression (21), a second containment layer (40) that forms a second through impression (41), with a first region (42) that affects the first impression (21) and with at least one second region (43) that defines the region for accommodating an additional disc-like element (44) that is only partially superimposed on the first disc-like element (22), and an upper layer (50) with a second cutout (51) that affects the second impression (41) except for a second portion (52) that is superimposed on the additional disc-like element (44) that is inserted in the second region (43).