A lid and a combination of a tub and the lid, the lid comprising a web and a circumferential skirt depending thereon; wherein the skirt comprises at least one tab, a first retention tooth and a second retention tooth, the first retention tooth being molded on an inner surface of the tab; and wherein for positioning the lid in a first closed position on the tub, the first and the second retention teeth are engaged under a top lip of the tub by applying a pressure on the lid; when first opening the tub once the lid is in the first closed position, the tab is broken free from the skirt into a position of the tab in which the tab remains pivotably attached to the skirt, and the tab is pulled, causing disengagement of the first retention tooth from under the top lip of the tub, the second retention tooth acting as a pivoting axis for the lid.

The invention relates to a lid for closing a container, wherein connectors are arranged on the lid, which are movably mounted in relation to the lateral edge and are guided through a guide, and to a system comprising a lid and a container.

A container includes: a container part adapted to store a material therein and having a discharge part disposed on one side thereof to discharge the material therefrom; and a sliding cap coupled to top of the container part and moving a space between a first position for blocking the discharge part from the outside and a second position for exposing the discharge part to the outside according to external forces applied in different directions, wherein the container part and the sliding cap each have at least one or more magnetic members adapted to fix the sliding cap to the first position or the second position and help the sliding cap move, if the external force greater than a given level is applied to the sliding cap, in a direction to which the external force is applied.

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.

A container comprising a base portion, the base portion having at least one side support; and at least one end support at each end of the base portion; and a flexible, resilient lid portion, the lid portion configured to be installed to the base portion utilizing the resilience in the lid portion for inserting each end of the lid portion into the at least one end support. Further, a method for installing a flexible, resilient lid to a container, the container comprising a base portion having a side support at each side of the container and an end support at each end of the base portion, the method including bending the lid by applying pressure to each end of the lid; aligning the lid with each end support; and releasing the lid, wherein the lid re-forms into a flat lid within the end supports.

Device containers, such as therapeutic kit containers, are disclosed. In one embodiment, a device container comprises a first member configured to releasably hold a syringe barrel, a second member configured to releasably hold a vial, wherein the second member is coupled to the first member by a first hinge, and a third member configured to releasably hold a vial adapter, wherein the third member is coupled to the second member by a second hinge.

The closure adapted to cover a container aperture defines a retention projection dimensioned to be received in a retention aperture in a wall of the container. An insertion surface on the projection avoids the closure being impeded by an edge of the wall. The projection defines a disengagement surface to remove the projection from the retention aperture and defines a registering surface opposite the registering surface. The closure may be fitted agnostic to the rotational alignment of the closure relative to wall and then twisted relative to the container until resistance is provided by the registering surfaces engaging Automated closure requires only two degrees of movement and only two force sensors.

Device containers, such as therapeutic kit containers, are disclosed. In one embodiment, a device container comprises a first member configured to releasably hold a syringe barrel, a second member configured to releasably hold a vial, wherein the second member is coupled to the first member by a first hinge, and a third member configured to releasably hold a vial adapter, wherein the third member is coupled to the second member by a second hinge.

A cover for a container includes a plurality of panels extending at least partially around an interior of the cover. The plurality of panels includes a central panel, at least one side panel foldably connected to the central panel, and at least one end panel foldably connected to the central panel. At least one of the at least one side panel and the at least one end panel includes an opening configured to receive a portion of the container. The opening includes an engagement edge for engaging the container. The cover also includes a handle foldably connected to the central panel.

A receptacle and a container formed therewith. The receptacle includes a bottom wall; a side wall and a rim extending laterally outwardly from the side wall. At least locking member is integrally formed with the rim and is selectively deflectable or oriented at an angle relative to an imaginary plane along which the rim extends. The locking members are a plurality of tabs that alternating with spaces defined the rim. In one embodiment, two identical receptacles form a container by inverting one receptacle relative to the other, deflecting the tabs through complementary spaces defined in the rim of the other receptacle, thereby interlocking the two receptacles together. In another embodiment, the receptacle includes a folding axis allowing first and second halves of the receptacle to be folded relative to each other. The tabs are deflected through complementary spaces defined in the opposing half, thereby interlocking the two halves together.