A package (5) is disclosed for holding a powdered material. The package (5) comprises a container (10) and a scoop (50). The container (10) comprises a main body (20), a first hinged closure (30), and a second hinged closure (40). The main body (20) may optionally comprise a collar (325). The first hinged closure (30) is configured to fully cover and resealably close the main body (20) of the container (10) when the container (10) is not in use. The first hinged closure (30) may comprise a pocket (33) to receive the bowl (52) of the scoop (50). Alternatively, the second hinged closure (40) may comprise a scoop receiving structure (344) to secure a scoop (50). The second hinged closure (40) covers at least a portion of the first hinged closure (30) when the container (10) is not in use, thereby keeping the scoop (50) clean between uses.

Method for providing a container with food, the method comprising: providing a container for infant formula food, adding the food, sealing the container with a gas-tight membrane seal, adding an inner scannable code on the gas-tight membrane seal, closing the container with a tamper-proof closure means, so that the inner scannable code is not scannable without breaking a part of the tamper-proof closure means, and storing the inner scannable code in a database.

The present disclosure relates to a two-side adherable high-frequency induction heating container sealing member, the sealing member comprising: an upper layer that comprises a first thermal-adhesion sealing layer, a first aluminum foil layer, an intermediate base layer, a synthetic resin layer having tensile strength and hardness, and a first thermal-adhesion resin layer, which are successively formed from the top to the bottom, the upper layer having a preformed opening guide cut line-provided opening tab, a preformed opening guide cut strip, and a preformed thermal-adhesion sealing strip; and a lower layer that is formed beneath the upper layer and comprises a second aluminum foil layer and a second thermal-adhesion sealing layer, which are successively formed from the top to the bottom, wherein the first thermal-adhesion resin layer of the upper layer is integrated with the second aluminum foil layer of the lower layer through thermal adhesion.

There is shown in embodiments of a closure mechanism configured to fit over the top of the can and prevent access. The closure mechanism is a child resistant senior friendly mechanism that can be opened and removed by the senior when access to the can is desired. The closure mechanism is designed for a single use as once removed it will no longer prevent access of the top of the can.

Aspects of the present disclosure relate to a container including a main body that includes a main body edge portion and a storage having an opening; a lid that includes a lid edge portion, the lid overlapping the main body edge portion, and covering and closing the opening; and a film that includes a film edge portion. The film is mountedly disposed on the main body edge portion. The main body or the lid includes a slit that partially exposes the film at least at the film edge portion, and that allows the film to be pulled out through the slit while the lid is closed.

A container cover comprises two halves that are integrally-molded. The two halves are connected by a common pivot point or hinge that is disposed to one side of each half which allows the halves to be folded over and onto one another. One half is a solid cover or lid structure (the lid) and one half is a ring-like base structure (the base), both of which are intended to be disposed atop a container, with the base in direct contact with the container although the lid and base could be modified the include other engaging structure. The lid is configured to fit with and engage the base via the common hinge or pivot point. Opposite the hinge point of each structure is part of a lock structure that provides the tamper-evident functionality when the lid is folded over and attached to the base.

A container is disclosed herein. The container includes a base and a lid, with the lid being movable between an open position and a closed position. The lid includes a first resealing feature defined by an inner lip and a second resealing feature defined by an outer lip. The resealing features are configured to connect when the lid is in moved into the closed position and disconnect when the lid is moved into the open position. Thus, the lid is releasably held to the base when the lid is closed. The lid incorporates a film layer for reducing waste and weight. The film layer is situated and sized to define a vent into the interior of the base to allow any products disclosed therein to be vented and non-airtight.

The present disclosure pertains to a laminate membrane for sealing an inner compartment in a packaging container comprising a top member and a bottom member. The top and bottom members are laminated sheet materials. The top member has a thickness, a top member first surface and a top member second surface facing the bottom member. The bottom member has a bottom member first surface facing the top member second surface and a bottom member second surface. The laminate membrane is provided with a valve for allowing gas in the inner compartment of the packaging container to exit therefrom. The valve has a valve outer edge and is arranged on the bottom member first surface. The valve is arranged within an opening in the top member such that an opening edge encircles the valve. A surface area of the opening is greater than a surface area of the valve.

A covered container manufacturing device for manufacturing a resin covered container that includes: a container main body; an outer cover portion that opens and closes the container main body; and a hinge portion that couples the container main body with the outer cover portion, and wherein the container main body, the outer cover portion and the hinge portion are integrally formed, the covered container manufacturing device including: an angle regulator that regulates a relative angle of the outer cover portion with respect to the container main body to a predetermined angle of less than 180 degrees, wherein the angle regulator comprises: a heater that comprises a heating portion that generates heat and heats the hinge portion; and a bender that bends the outer cover portion relative to the container main body at the heated hinge portion, wherein the heater heats inside of the hinge portion.

The invention relates to a device with at least one compartment and a closable lid arranged above the compartment, wherein the compartment has partition elements which form separate storage areas in the compartment which are open upwards in the direction of the lid. The device has a transport system with at least one cover plate which is designed as a slider and is mounted so as to be displaceable in a transport direction, the slider extending transversely to the transport direction over the entire width of the compartment and overall covering part of the storage regions of the compartment. It is essential that the slider is slidably mounted in a free space between the at least one compartment and the at least one lid in the transport direction, and at least two slider plates are arranged on the slider and overlap with the slider and are slidably mounted relative thereto in the transport direction of the slider. It is further essential that the transport system comprises at least one controllable drive and at least one controllable holding element, wherein the slide is displaceable in the transport direction by means of the drive and wherein at least one of the slide plates is fixable in a stationary manner by means of the holding element, whereby a relative movement between the slide and the slide plate can be effected.