A microwaveable container for holding food includes a first container, a second container and a lid. The first container has a lower food holding space sized and shaped to hold a first food and a second container receiving space disposed above the lower food holding space. The first container has a shoulder extending outward from the lower food holding space. The second container nests with the first container and has an upper food holding space sized and shaped to hold a second food. The second container is positionable in the second container receiving space of the first container such that the second container separates the first and second foods held in the respective lower and upper food holding spaces. The second container engages and rests on the shoulder of the first container when nested. The lid attaches directly to the first container.

The present invention relates to a packing unit in which a sealing function of the container unit is improved and a lid unit can be firmly fixed to the container unit, and a sealed container having it, when storing a variety of contents in a container unit. To this end, the sealed container includes a container unit having a containing space to contain contents, a lid unit opening and closing the containing space provided in the container unit, a packing unit sealing between the container unit and the lid unit, and a rotating and tightening unit formed to interlock when the lid unit is moved and rotated toward the container unit.

The invention relates to a lid for releasable attachment to a container for containment of fluid, the container having an opening defined by a first rim, the lid comprising a body having a second rim adapted for abutment onto the first rim, and a flange comprising a body having an outer periphery for abutment to an inner surface of the container, wherein the body of the flange is adapted to permit fluid flow through the flange to exit the container between the first and second rim. There is also provided an abutment assembly of the container being adapted to receive the second rim of the lid for selectively displacing at least one portion of the second rim of the lid to allow fluid to exit the container. In an arrangement, the abutment assembly may be of the second rim.

A locking beverage container includes a container and a complementary removably securable lid. The lid includes a drinking aperture, a flap, and a lock. The drinking aperture is in fluid communication with the container when the lid is secured to the container and can be utilized by an individual to drink the contents of the container. The flap can be moved to a closed position to cover the drinking aperture to prevent access to the drinking aperture and contents of the container. The lock is operably connected to the flap and can selectively lock the flap in a closed position such that the flap cannot be moved by an unauthorized individual. The lock can also be unlocked thereby enabling the flap to move and enabling the individual to access and utilize the drinking aperture again.

A rigid container that may be used to store items. The container includes a first bowl and a second bowl. The first and second bowls both include center portions and at least one sidewall. The sidewalls are disposed about the peripheries of their respective center portions and oriented perpendicular to it. The sidewall(s) of the first bowl define an exterior profile and the sidewall(s) of the second bowl define an interior profile. The exterior profile and the interior profile are identical in shape but the interior profile is slightly larger so that the second bowl can be received over the first bowl.

A beverage container for hot or cold beverages, where the lid and base are connected via a glass joint. The glass joint forms a seal between the lid and base and eliminates the need for a synthetic material to form such a seal. The base has a double wall construction forming a cavity between the two walls. One or more of the surfaces facing the cavity are coated with a thermally reflective coating, which along with the glass materials, reduces heat transfer to the external surroundings. The lid is formed by a glass shell with an internal cavity, where the internal surfaces defining the cavity are optionally coated with a thermally reflective coating to further insulate the beverage container. A vent hole may be formed in a bottom of a dual-walled beverage container to prevent the formation of a vacuum. The outer surface of an inner wall of a dual-walled beverage container may have an inductively couplable layer secured to the inner wall to permit heating of fluids.

An edible cap for selectively covering an open end of a cup includes an edible flat body, an edible wax layer and an edible film. The edible flat body is in the form of a cap. The edible flat body is a solid body including a top portion and a wall extending around the top portion in a circle of a certain diameter to provide a profile in compliance with the open end of the cup. The wall includes an opening for receiving the open end of the cup. The edible wax layer is attached to a face of the edible flat body. The edible film is attached to a face of the edible wax layer opposite to the flat body in a detachable manner.

An elastic stretchable lid capable of absorbing moisture is revealed. The elastic stretchable lid includes a lid body and a hollow cap. The lid body made of soft and elastic materials is fit on an opening of a container while the hollow cap is arranged at a center of the lid body and provided with at least one air hole on a bottom thereof, a moisture-absorbing member mounted therein, and a moisture measurement unit arranged at the top thereof. Thereby the lid can be applied to different sizes of containers for closing openings and absorbing moisture to keep inner space of the container dry and prevent objects stored in the container from deterioration or mold growth. The reuse of containers protects the environment. Users can learn saturation degree of the moisture-absorbing member easily by the moisture measurement unit and further replace or regenerate the moisture-absorbing member.

An elastic stretchable lid capable of absorbing moisture is revealed. The elastic stretchable lid includes a lid body and a hollow cap. The lid body made of soft and elastic materials is fit on an opening of a container while the hollow cap is arranged at a center of the lid body and provided with at least one air hole on a bottom thereof, a moisture-absorbing member mounted therein, and a moisture measurement unit arranged at the top thereof. Thereby the lid can be applied to different sizes of containers for closing openings and absorbing moisture to keep inner space of the container dry and prevent objects stored in the container from deterioration or mold growth. The reuse of containers protects the environment. Users can learn saturation degree of the moisture-absorbing member easily by the moisture measurement unit and further replace or regenerate the moisture-absorbing member.

A sip lid for a children's drinking vessel includes a spout component having a first end region and a second end region opposite to the first end region. The spout component is shaped and sized to be received within a child's mouth. The first end region comprises one or more openings configured to allow liquid to be extracted through the spout component when the child is applying suction to the spout component. The sip lid also includes a base component extending from the second end region of the spout component and surrounding the spout component. The base component is made from an elastic material configured to allow the base component to stretch over differently sized mouths of drinking vessels to form a liquid-tight seal between the base component and the drinking vessels.