Disclosed is a manual pouring device or belonging, suitable for piercing and emptying a granular material contained in a vacuum-sealed package, including: a tubular body, having a duct for the flow of the material, extending from an inlet opening positioned at a first end of the tubular body to an outlet opening for the granular material, positioned at a second end of the tubular body; and a hollow piercing tool having a distal end ending in a pointed tip, and a widened base at the proximal end thereof, rigidly connected to the body. The device further includes a shoulder serving as a stop, configured to come into contact with the wall of the package to stop the pouring device when the wall is pierced by the piercing tool.

A process of packaging includes providing a bottom support, providing a top film, and forming a closed chamber where a portion of the bottom support, a product and a portion of the top film are housed. The further includes sealing the portion of the bottom support to the portion of the top film along a sealing band circumscribing the product to sealingly house the product in a volume and forming one or more hollow structures by sealing a part of the portion of the top film to a part of the portion of the bottom support at one or more selected seal zones. Before forming the hollow structure, the part of the portion of the top film and of the portion of the bottom support destined to form the hollow structure are maintained separate at a distance the one from the other.

This invention relates to a label arrangement for consumer destined food packages. A food package (10, 50) comprises at least an undertray (20) and a lidstock (40) arranged together defining in between a cavity for a food product (30). The label arrangement according to the invention comprises a printable face material (110) and a pressure sensitive adhesive (120) for attachment of the label (100) onto the package (10, 50). The adhesive surface of the pressure sensitive adhesive (120) layer is arranged to have one or more adhesion free (550) and printed zones and the label (100) is further arranged with one or more weakenings (700) through the label face material (110) allowing to manually fold the part of the label with adhesion free (550) and printed zone for visual inspection of said printing while the label (100) otherwise remains attached to the package (10, 50). The label (100) is arranged onto the package (10, 50) so that said manual folding of the part of the label with the adhesion free (550) and printed zone increases visual access to food product (30) in the package (10, 50).

A food package having a heat-sealed cover composed of a lower plastic film and an upper plastic film which is distinct and separate from the lower plastic film is disclosed. The upper and lower films are collapsible, i.e., they can be creased and crumpled into a ball without effort or folded as a tissue paper. The lower film and upper film are heat-sealed to each other at respective perimeter edges to define a closed, watertight internal housing filled with a modified atmosphere. A tray, configured to house the food product, is inserted in the closed internal housing but is not fixed to the upper or lower film. The food packaging described herein allows a substantial reduction of plastic compared to those currently on the market, while guaranteeing its mechanical rigidity, and the long-term quality of the product. A method for producing the packaging is also disclosed.

A method includes obtaining a container sized to fit multiple high voltage light emitting diode (LED) lightbulbs, adding multiple loose high voltage LED lightbulbs to the container to fill the container, and sealing the container, such that the container contains a higher density of high voltage LED light bulbs than a same sized container can hold protective packaged equivalent watt incandescent bulbs.

A plurality of heat dissipation substrates stacked on each other, intermediate sheets disposed under a lowermost heat dissipation substrate, on an uppermost heat dissipation substrate, and between heat dissipation substrates adjacent to each other, a drying agent disposed over or under the plurality of heat dissipation substrates, and a bag that seals the plurality of heat dissipation substrates, the plurality of intermediate sheets, and the drying agent.

Disclosed is a pouring device suitable for piercing and emptying a granular material contained in a vacuum-sealed package, including: a tubular body, having a duct for the flow of the material, extending from an inlet opening positioned at a first end of the tubular body to an outlet opening for the granular material, positioned at a second end of the tubular body; and a hollow piercing tool having a distal end ending in a pointed tip, and a widened base at the proximal end thereof, rigidly connected to the body. The device further includes a shoulder serving as a stop coming into contact with the wall of the package to stop the pouring device when the wall is pierced by the piercing tool, and possibly a bowl bringing the granular material having escaped the hollow portion of the piercing tool into the inside of the hollow portion by gravity.

An inner frame blank for a pack of tobacco industry products, where the inner frame blank is foldable to form an inner frame for holding a group of tobacco industry products, and the inner frame blank has a first major panel and a second major panel joined to opposing edges of a central panel such that the first and second major panels are foldable relative to the central panel to form opposing sides of the inner frame, and where the inner frame blank also has an aperture in at least the central panel that defines an extraction opening for removing tobacco industry products from within the inner frame when the inner frame blank is folded to form the inner frame.

A vacuum bag storage system comprises a vacuum storage bag having a pocket with a releasably sealable opening through which items to be stored may be inserted and removed, and at least two substantially stiff panels configured to be at least partly removed from and inserted into the bag through the opening. The panels may be articulated and may be connected together by at least one length of flexible, preferably elastic, material.

The present disclosure provides a fitment. In an embodiment, the fitment includes a top portion, a base, and a channel extending through the top portion and the base for passage of a flowable material. The fitment is composed of a polymeric composition. The polymeric composition comprises: (i) from 60 weight % to 90 weight % of a propylene-based polymer having a density of 0.900 g/cc and a melt flow rate greater than 10.0 g/10 min; and (ii) from 40 weight % to 10 weight % of a propylene-based plastomer or elastomer (“PBPE”) having a density less than 0.900 g/cc, and a melt flow rate (MFR) from 5 g/10 min to 30 g/10 min. The present disclosure also provides a process for sealing multilayer films to the base of the fitment and the resultant flexible container formed from the process.