A coffee storage container provides for the removal of coffee without introducing air into the remaining coffee within the container. The container includes a container body defining an internal chamber, a dispenser, and a floating ceiling. The dispenser includes a top side located within the internal chamber that provides a resting surface for coffee stored in the internal chamber. The dispenser dispenses the coffee through a bottom side of the dispenser. The floating ceiling is located within the internal chamber above the dispenser. The floating ceiling rests on the coffee stored in the internal chamber and moves downwards with a top level of remaining coffee in the internal chamber as the coffee is dispensed through the bottom side of the dispenser. The floating ceiling and the top side of the dispenser define a storage space for the coffee that decreases in volume as the coffee is dispensed by the dispenser.

A coffee storage container provides for the removal of coffee without introducing air into the remaining coffee within the container. The container includes a container body defining an internal chamber, a dispenser, and a floating ceiling. The dispenser includes a top side located within the internal chamber that provides a resting surface for coffee stored in the internal chamber. The dispenser dispenses the coffee through a bottom side of the dispenser. The floating ceiling is located within the internal chamber above the dispenser. The floating ceiling rests on the coffee stored in the internal chamber and moves downwards with a top level of remaining coffee in the internal chamber as the coffee is dispensed through the bottom side of the dispenser. The floating ceiling and the top side of the dispenser define a storage space for the coffee that decreases in volume as the coffee is dispensed by the dispenser.

An ergonomic leakproof travel container comprising a body member having a front side, a back side, and a continuous sidewall, wherein the continuous sidewall has an outer surface and inner surface forming a hollow interior; a first lid member hingedly attached to the body member via a first hinge member;a second lid member independent from the first lid member, wherein the second lid member is hingedly attached to the body member via the first hinge member, a chambered storage insert sized and shaped to fit in the hollow interior; a latch member attached to a second hinge member on the front side, wherein the latch member is configured to secure the first lid and second lid in a closed position; a first gasket positioned between the body member and the second lid creating a first leakproof seal; and a second gasket positioned between the chambered storage insert and the second lid creating a second leakproof seal.

A system for enabling the efficient evacuation of air within a food container. A bellows-enabled lid fits into a respective container in an air-tight relationship. A bellows mechanism having plural resilient members and dual one-way valves provides efficient manual operation and resulting air evacuation from the container interior. A lid-mounted release valve with associated resilient member enables efficient release of vacuum conditions within the container. Plural ornamental configurations of the container with associated bellows-enabled lid are illustrated.

Container (1) for foodstuffs comprising a main body (2) having a bottom wall (2a) and a perimeter side wall (2c) connected to the bottom wall (2a) so as to define a containment volume for foodstuffs. The perimeter side wall (2b) being provided with an edge portion (2c) distal from the bottom wall (2a).

The container (1) comprises a lid (3) comprising a central portion (3a) and engagement tabs (3b) extending from a perimeter portion (3c) of the central portion (3a) and configured to hook or to be hooked to the edge portion (2c) of the main body (2) so as to define a configuration for engaging the lid (3) with the main body (2). The central portion (3a) can be pressed by a user so as to obtain a movement of the engagement tabs (3b) away from the edge portion (2c), defining a configuration for disengaging the lid (3) from the main body (2).

The invention relates to a product container (1) for multiple dosing of a food product, comprising an inner volume (3) with a food product, this inner volume (3) being pressurized with nitrogen gas; the product container (1) further comprising a rotatable outlet element (7, 30) able to move from a position where the outlet of the container is open to a position where the outlet of the container is closed, being able to open and close the volume of the container under pressure; the pressure inside the container being higher than the atmospheric pressure. The invention further relates to a multi-serving product dispenser system for multiple dosing of a food product, comprising a product container (1) according as disclosed and a dosing mechanism (50), the container (1) being connectable to the dosing mechanism (50) by means of the rotatable outlet element (7, 30) in a tight manner, the dosing mechanism (50) comprising a moveable element (23) which movement is sequential with that of the rotatable outlet element (7, 30) such that the product can be stored, and can be dispensed into a dosing chamber (70) in the dosing mechanism (50), keeping the inner volume (3) of the container at a pressure higher than the atmospheric pressure. The invention also relates to a method for dispensing a food product one or a plurality of times using a multi-serving dispenser system as described.

The invention relates to a product container (1) for multiple dosing of a food product, comprising an inner volume (3) with a food product, this inner volume (3) being pressurized with nitrogen gas; the product container (1) further comprising a rotatable outlet element (7, 30) able to move from a position where the outlet of the container is open to a position where the outlet of the container is closed, being able to open and close the volume of the container under pressure; the pressure inside the container being higher than the atmospheric pressure. The invention further relates to a multi-serving product dispenser system for multiple dosing of a food product, comprising a product container (1) according as disclosed and a dosing mechanism (50), the container (1) being connectable to the dosing mechanism (50) by means of the rotatable outlet element (7, 30) in a tight manner, the dosing mechanism (50) comprising a moveable element (23) which movement is sequential with that of the rotatable outlet element (7, 30) such that the product can be stored, and can be dispensed into a dosing chamber (70) in the dosing mechanism (50), keeping the inner volume (3) of the container at a pressure higher than the atmospheric pressure. The invention also relates to a method for dispensing a food product one or a plurality of times using a multi-serving dispenser system as described.

A container assembly includes a lid, a gasket connected with the lid, and a container body. The gasket includes an outer peripheral edge. The container body may include an inner surface, an upper opening defined by a peripheral top edge, and at least one discontinuity where the inner surface or the peripheral top edge deviates in shape from the outer peripheral edge of the gasket. The container assembly may also include an inner container where the gasket includes an inner edge spaced inwardly from the outer peripheral edge. The inner container includes a top opening defined by a peripheral upper edge, and is receivable in the container body. The outer peripheral edge of the gasket seals against an inner surface of the container body and the inner edge of the gasket seals against an internal surface or the peripheral upper edge of the inner container.

The present invention relates to a multi-vacuum valve of a vacuum container. The present invention relates to a push button made from one selected from soft synthetic resin and soft silicone, comprising: a protruding annular rim protruding downward from the circumferential direction of the perimeter of a support part; a guide groove for the linear movement of a pressing part, which is recessed downward from a portion at which the outer circumferential end portion of the pressing part and the upper end of a height-varying part are in contact with each other; and a circular airtightness-maintaining rod for vertically moving downward by the pressing of the pressing part. The inflow/outflow of air, due to fine wear or damage caused by the cleaning of an airtight member, can be prevented and the inflow/outflow of air through a fine gap due to the distortion of the airtight member or gas pressure generated from food can be prevented, and thus a food storage period can be extended.

Described may be a magnetically resealable food storage container having a container body and a lid portion. The container body may have a container upper portion, a container opening, a container ledge, a container closure magnet, and a bottom container surface. The lid portion may a lid external end and a lid internal end. The lid internal end may be configured for placement against the container body and may further have a magnetic closing assembly or a magnetic lid ring. And the magnetic closing assembly may further comprise a lid closure magnet, a lid magnet housing, and a lid hinge. The lid hinge may connect the lid magnet housing to the lid internal end and may be further configured for a reversibly rotational clasping action between the lid closure magnet or and the container closure magnet or a magnetic track located on the container body.