An inflatable cover apparatus and methods of using same are provided. The apparatus includes a bottom surface, a plurality of inflatable walls coupled to the bottom surface, and at least one bladder, wherein at least one of the bladders is disposed within at least one of the inflatable walls. The bladders are configured to be filled with air or other gases. A method of using such an apparatus to enclose a good includes positioning the good within the apparatus, inflating one or more of the bladders with air or other gases, and closing the apparatus to enclose the good. A method of using such an apparatus to remove a good includes opening the apparatus, deflating one or more of the bladders, and removing the good.

An inflatable cover apparatus and methods of using same are provided. The apparatus includes a bottom surface, a plurality of inflatable walls coupled to the bottom surface, and at least one bladder, wherein at least one of the bladders is disposed within at least one of the inflatable walls. The bladders are configured to be filled with air or other gases. A method of using such an apparatus to enclose a good includes positioning the good within the apparatus, inflating one or more of the bladders with air or other gases, and closing the apparatus to enclose the good. A method of using such an apparatus to remove a good includes opening the apparatus, deflating one or more of the bladders, and removing the good.

In a packaging for filler materials, in particular a bag or pouch made of a plastic film, with a packaging wall enclosing the filler material, which is formed by means of at least one front and rear wall (2, 3, 22, 23), wherein the front and rear wall are joined to one another in the base region (5, 25) via a stand base (4, 24), which is formed from at least two inner layers of an in-fold of a tubular web section folded at least on one side in the longitudinal direction; the front and rear walls (2, 3, 22, 23) each have a fold-over (7, 8, 27, 28) in the header region (6, 26) of the packaging (1, 21), wherein the upper wall section of one of the walls (2, 23) is folded over upon itself so as to form a multi-layer region (16, 40), and wherein the upper wall section of the other wall (3, 22) is folded over with its inner face onto the multi-layer region (16, 40) so as to form an overlap region (17, 41), and in the overlap region (17, 41) at least one joining seam (9, 29) is provided, by means of which certain layers of the walls (2, 3, 22, 23) of the packaging (1, 21) are at least partially joined together to form a closure.

In a packaging for filler materials, in particular a bag or pouch made of a plastic film, with a packaging wall enclosing the filler material, which is formed by means of at least one front and rear wall (2, 3, 22, 23), wherein the front and rear wall are joined to one another in the base region (5, 25) via a stand base (4, 24), which is formed from at least two inner layers of an in-fold of a tubular web section folded at least on one side in the longitudinal direction; the front and rear walls (2, 3, 22, 23) each have a fold-over (7, 8, 27, 28) in the header region (6, 26) of the packaging (1, 21), wherein the upper wall section of one of the walls (2, 23) is folded over upon itself so as to form a multi-layer region (16, 40), and wherein the upper wall section of the other wall (3, 22) is folded over with its inner face onto the multi-layer region (16, 40) so as to form an overlap region (17, 41), and in the overlap region (17, 41) at least one joining seam (9, 29) is provided, by means of which certain layers of the walls (2, 3, 22, 23) of the packaging (1, 21) are at least partially joined together to form a closure.

Packaging material is folded around an item. First punches are actuated to pierce through the packaging material at a first location, and first dies are actuated to receive a portion of individual first punches of the first punches. Second punches are actuated to pierce through the packaging material at a second location, and second dies are actuated to receive a portion of individual second punches of the second punches. A first press compresses the packaging material at the first location, and a second press compresses the packaging material at the second location.

Packaging material is folded around an item. First punches are actuated to pierce through the packaging material at a first location, and first dies are actuated to receive a portion of individual first punches of the first punches. Second punches are actuated to pierce through the packaging material at a second location, and second dies are actuated to receive a portion of individual second punches of the second punches. A first press compresses the packaging material at the first location, and a second press compresses the packaging material at the second location.

The package includes an inner package including a first panel defining a first compartment, the first panel including a first end that is at least partially heat sealed, the first end defining a first tear-point, a second panel defining a second compartment, a first interfacing edge of the first panel being connected to a second interfacing edge of the second panel, the second panel including a second end that is at least partially heat sealed, the second end defining a second tear-point, the first re-closeable seal and the second re-closeable seal being on a third end of the first compartment and a fourth end of the at least one second compartment, respectively.

The package includes an inner package including a first panel defining a first compartment, the first panel including a first end that is at least partially heat sealed, the first end defining a first tear-point, a second panel defining a second compartment, a first interfacing edge of the first panel being connected to a second interfacing edge of the second panel, the second panel including a second end that is at least partially heat sealed, the second end defining a second tear-point, the first re-closeable seal and the second re-closeable seal being on a third end of the first compartment and a fourth end of the at least one second compartment, respectively.

A packaging for drinking water/minerals or other liquid substances for individualized ice formation is disclosed, which provides for areas of expansion of the liquid for its transformation into ice and its tubular shape without damaging the packaging, i.e. the weak sealing (3) which provides for the expansion/expansion, which will be broken at the proposed end(s) and the expansion generated in the change of state from liquid to solid will be assimilated normally by the package conformation, but limited by the strong sealing (2) and stronger (4), avoiding early package rupture, ensuring its integrity, either for storage or after frozen for consumption.

A packaging for drinking water/minerals or other liquid substances for individualized ice formation is disclosed, which provides for areas of expansion of the liquid for its transformation into ice and its tubular shape without damaging the packaging, i.e. the weak sealing (3) which provides for the expansion/expansion, which will be broken at the proposed end(s) and the expansion generated in the change of state from liquid to solid will be assimilated normally by the package conformation, but limited by the strong sealing (2) and stronger (4), avoiding early package rupture, ensuring its integrity, either for storage or after frozen for consumption.